text stringlengths 37 947 | entailment stringlengths 40 933 | contradiction stringlengths 40 933 | label stringclasses 2
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Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: given energy efficiency class determined by a standard procedure (energy label classification); Name: Energy efficiency class | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: document which describes the material of the can in form of an obligatorily recognized regulation; Name: Reference norm of the can material | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: description, type name or article number of another product with which, or for which, the product/material can be used; Name: Use for product | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: group of construction elements with the same construction features and the same construction for the transportation of media which are combined due to similar production techniques for the construction admittance examination and quality conformity controls; Name: Construction type conveying element | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: usual name or brand name of the material in everyday language, of the bearing neck; Name: Material description of the bearing neck | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: The fed volume per revolution of the pump shaft; Name: Feed volume per revolution | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material in general language; Name: Material description of the rotor | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material in general language; Name: Material description of the sleeve | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm-based coding of the material of the bearing neck; Name: Material number of the bearing neck | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the rotor | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: A norm-based numbering of the materials. The reference to a norm unambiguously describes the material; Name: Material number of the sleeve | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm describing the material The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given; Name: Reference norm material of the sleeve | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm describing the material. The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given; Name: Reference norm material of the rotor | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Information as to whether an object or function is an integral component of the object; Name: Overflow valve integrated | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: The difference between the pressure in the inlet cross-section and the pressure in the outlet cross-section; Name: Max. feed pressure suction-side | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: The difference between the pressure in the inlet cross-section and the pressure in the outlet cross-section; Name: Max. feed pressure, suction-side | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Difference between the outlet and inlet pressure; Name: Max. permissible pressure differential | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: The difference between the pressure in the inlet cross-section and the pressure in the outlet cross-section; Name: Min. feed pressure, suction-side | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: highest permissible rotating speed of the pump; Name: maximum rotation speed of the pump | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: document which describes the material of the bearing neck in form of an obligatorily recognized regulation; Name: Reference norm of the bearing neck material | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: pressure at the input of a device or a plant which is needed so that the device or the plant works according to design; Name: required supply pressure | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Set overpressure for a fluid at an object or within a system at which nominal conditions are achieved; Name: Setting pressure of the overflow valve | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Description of the form of shaft bearing; Name: Type of bearing | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: standards-based seal coding system that uses letter/number combinations to describe the material composition of the mechanical seal pair; Name: material pairing of the mechanical seal | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: specification that defines the undersize of the rotor to compensate for higher working temperatures; Name: design of the rotor | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: standards-based number code of coating materials on the rotor; Name: material number of rotor coating | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: standards-based number code of coating materials on the housing surface; Name: material number of housing surface coating | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Constructional form of the teeth of the gear pump; Name: Design of the gearing | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: the norm the material. The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given; Name: Reference norm material of the displacement units | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material in general language; Name: Material description of the hose | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: A norm-based numbering of the materials. The reference to a norm unambiguously describes the material; Name: Material number of the hose | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm describing the material The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given; Name: Reference norm material of the hose | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material in general language; Name: Material description of the displacement units | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the displacement units | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Quantitative volume information (which can be represented by a natural number); Name: Number of the feed elements | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: The largest radial measurement for a round object, measured as a distance through the centre line between two points in the outer circumference; Name: External diameter of the displacement unit | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material in general language; Name: Material description of the membrane | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material in general language; Name: Material description of the pump head | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material in general language; Name: Material description of the valve ball/valve cone | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: usual name or brand name of the material in everyday language, of the valve body; Name: Material description of the valve body | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material in general language; Name: Material description of the valve face | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: A norm-based numbering of the materials. The reference to a norm unambiguously describes the material; Name: Material number of the membrane | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the pump head | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Usual name or brand name of the material. The material is unambiguously described by referring to a norm; Name: Material number of the valve ball, valve cone | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm-based coding of the material of the valve body; Name: Material number of the valve body | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the valve face | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Quantitative statement about the set of cylinders; Name: Number of cylinders | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Quantitative volume information (which can be represented by a natural number); Name: Number of pump heads | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm describing the material. The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given; Name: Reference norm material of the valve ball/valve cone | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm describing the material The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given; Name: Reference norm material of the membrane | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm describing the material. The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given; Name: Reference norm material of the pump head | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm describing the material. The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given; Name: Reference norm material of the valve face | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: highest absolute static pressure of the leaving mixture immediately downstream the pressure connection, as authorized by the manufacturer; Name: maximum permissible counterpressure | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: The distance between the upper and lower terminal point of the stroke; Name: Max. length of the stroke | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Number of run cycles between the upper and lower dead centre of the piston movement in a specific time unit; Name: Max. number of strokes per minute for the piston | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Number of run cycles between the upper and lower dead centre of the piston movement in a specific time unit; Name: Min. number of strokes per minute for the piston | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: document which describes the material of the valve body in form of an obligatorily recognized regulation; Name: Reference norm of the valve body material | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: section between an upper and lower dead center of the piston of a piston machine; Name: Stroke length | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: number of cycles between an upper and lower dead center of the piston movement in a certain period of time; Name: Stroke rate piston | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Method for adjusting the stroke length of a piston pump. This can be manual or automatic; Name: Type of elevation adjustment | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Classification of electrical and not electrical operating supplies according to the explosion capable atmosphere in which they are provided for use; Name: Explosion protection-device group of the complete device | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: A category represents the classification within a device cluster with regard to the required degree of safety; Name: Explosion protection-category for devices of the complete device | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: special measures which are hit on equipment to prevent the ignition of a surrounding atmosphere; Name: Explosion protection-ignition protection type of the complete device | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Allocation of equipment, protection systems or components for explosion capable atmospheres according to its maximum surface temperature; Name: Explosion protection-temperature class of the complete device | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: norm-based coding of the material of the diaphragm cap; Name: Material number of the diaphragm cap | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Value indicated by the manufacturer of the device which arises from measurements which have been found out under fixed conditions and rules for the tension which can be laid out to electrical operating supplies under consideration of the use conditions and on which the different product-specific testings r... | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: document which describes the material of the diaphragm cap in form of an obligatorily recognized regulation; Name: Reference norm of the diaphragm cap material | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: usual name or brand name of the material in everyday language, of the diaphragm cap; Name: Material description of the diaphragm cap | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: document which describes the material of the displacement piston in form of an obligatorily recognized regulation; Name: Reference norm of the displacement piston material | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Medium driving a firm proportion between the one to conveying and this; Name: Pressure ratio pumping medium to actuator medium | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: indication of wether a pump has an adjustable and parametrically dependent power on / off function or not; Name: automatic switch present | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: maximum material volume which can be moved in a unit time from the pump; Name: max. discharge flow | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: Greatest permissible rotation speed with which the motor or feeding unit may be operated; Name: Max. rotation speed | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: maximum removable power from the pump motor; Name: max. engine power | contradiction |
Description: the highest amount of power that can be extracted from the pump motor; Name: maximum power of the engine | Description: maximum removable power from the pump motor; Name: max. engine power | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: internationally unique and unambiguous article number for products and services (Global Trade Item Number); Name: GTIN | entailment |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: unique product order identifier of the supplier; Name: product article number of supplier | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: 13-digit numeric code, identifying all the standardized material items of supply as they have been recognized by the United States Department of Defense; Name: National stock number | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Characteristic to differentiate between different products of a product family or special variants; Name: Product type | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Short description of the product (short text); Name: Manufacturer product designation | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Name of the supplier or vendor of a device/name of supplier which provides the customer with a product or a service; Name: name of supplier | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: legally valid designation of the natural or judicial person which is directly responsible for the design, production, packaging and labeling of a product in respect to its being brought into circulation; Name: Manufacturer name | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: alphanumeric character sequence assigned to a fabricated product, which allows the date, time and circumstances of fabrication to be traced; Name: fabrication number | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Unique combination of numbers and letters used to identify the device once it has been manufactured; Name: Serial number | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Date from which the production and / or development process is completed or from which a service is provided completely; Name: Date of manufacture | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Unique global identification of the product using an universal resource identifier (URI); Name: URI of the product | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Fully qualified domain name of the manufacturer of a product using a universal resource identifier (URI); Name: URI of manufacturer | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: pressure for a component on the basis of materials used and on the basis of calculation rules at the specified operating temperature; Name: maximum allowable working pressure | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Rate of flow at the point of best efficiency; Name: Optimum rate of flow | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Total head developed by the pump at a rate of flow corresponding to the best efficiency; Name: Optimum head | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Maximum permissible head at which the pump can be continuously operated without suffering damage; Name: Maximum allowable head | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Speed corresponding to the motor used according to the name plate ratings; Name: nominal speed | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: describes the nominal power consumption; Name: Nominal power consumption | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: nominal voltage is the specified value which shows the voltag in normal operation given by the manufacturer or supplier; Name: Nominal voltage | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Highest value of outlet pressure at which the pump or component is capable of functioning on the basis of the materials used; Name: Maximum allowable outlet pressure | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Lowest value of outlet pressure at which the pump or component is capable of functioning on the basis of the materials used; Name: Minimum allowable outet pressure | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: highest speed for continuous operation recommended by the manufacturer; Name: maximum allowable continuous speed | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Minimum permissible head at which the pump can be operated without suffering damage; Name: Minimum allowable head | contradiction |
Description: The operating voltage is the voltage that, in combination with the rated operating current, determines the suitable use of the device. It is the reference for various tests and usage categories. For single pole devices, the rated operating voltage is typically the voltage across the pole. For multi-pole de... | Description: voltage which, together with the rated operating current, determines the use of the device and to which the various tests and the use categories refer. With single pole devices the rated rated operating voltage is generally the voltage over the pole. With multi-pole devices it is generally given as chained... | Description: Ten times the logarithm to the base 10 of the ratio of the square of the sound pressure, p, to the square of a reference value, p0, expressed in decibels; Name: Sound pressure level | contradiction |
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