text stringlengths 40 1.01k | entailment stringlengths 40 933 | contradiction stringlengths 40 933 | label stringclasses 2
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Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: guideline, stipulation or legislation used for determining conformity; Name: guideline for conformity declaration | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The maximum length-wise expansion of the object; Name: Length over all, base plate | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The maximum height-wise expansion of the object; Name: Height over all, base plate | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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 travel wheel | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: maximum height-wise expansion of the object; Name: over all height | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: maximum length-wise expansion of the object; Name: overall length | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: internal volume of a compartment, including the volume of nozzles to the first connection (flange, coupling, screwed connection, weld seam) but excluding the volume of internal structures (e. g. baffles, agitators); Name: Filling volume of the equipment | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Mechanical resistance that the motor must overcome before movement occurs; Name: Initial breakaway torque of the drive | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material in general language; Name: Material description of the coating, room1 | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: usual name or brand name of the material in everyday language, of the containment shroud; Name: Material description of the containment shroud | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material in general language; Name: Material description of the drive housing | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: usual name or brand name of the material in everyday language, of the plain bearing bush; Name: Material description of the plain bearing bush | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: name of material from which the housing is made; Name: material of housing | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: name of material from which the dynamic seal is made; Name: material of dynamic seal | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material or material blend in general language; Name: Material description of the pumping medium | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: usual name or brand name of the material in everyday language, of the secondary sealing element; Name: Material description of the secondary sealing element | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material in general language; Name: Material description of the shaft | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material in general language; Name: Material description of the shaft protection sleeve | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material in general language; Name: Material description of the static seal, housing | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material in general language; Name: Material description of the stator | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The EU directive 2014/34 (ATEX) classifies explosion-proof devices into categories in Europe. At the international level, there was introduced the EPL (Equipment Protection Level); Name: Explosion protection Equipment Protection Level (EPL) of the pump | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: classification of dangerous gaseous substances based on their ability to cause an explosion; Name: Explosion protection explosion group of the electric motor | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The EU directive 2014/34 (ATEX) classifies explosion-proof devices into categories in Europe. At the international level, there was introduced the EPL (Equipment Protection Level); Name: Explosion protection Equipment Protection Level (EPL) of the electric motor | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: classification of dangerous gaseous substances based on their ability to cause an explosion; Name: Explosion protection explosion group of the pump | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Construction measures for electrical operating media for preventing ignition of the surrounding explosion-capable atmosphere; Name: Explosion protection Type of 'e' protection of the pump | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Allocation of explosion-protected electrical operating media according to their maximum surface temperature for use in explosion-capable atmosphere; Name: Explosion protection temperature class of the pump | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Allocation of the devices according to deployment site and cause of the hazard. NOTE: The Group II operating media are further subdivided into explosion groups and temperature classes; Name: Explosion protection device group of the pump | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: indicates the complete code of the explosion protection in accordance with guideline 94/9/EC. NOTE: the 1st line contains the code according to 94/9/EG /e.g. CE9999 II 2 G) : - conformity to guideline 94/9/EC, - code of the named position, - active in the production control, - hexagonal symbol as a specifi... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Allocation of the devices in accordance with the safety measure; Name: Explosion protection category for devices, pump | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: unique global identification of an object within a plant using an universal resource identifier (URI); Name: Object identifier within a plant | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: usual name or brand name of the material in everyday language, of the statorpipe; Name: Material description of the statorpipe | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material in general language; Name: Material description of the travel wheel | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the can | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: coded name of the used materials/material combinations; Name: material code of dynamic seal | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the coating, room1 | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: norm-based coding of the material of the containment shroud; Name: Material number of the containment shroud | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the drive housing | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: norm-based coding of the material of the plain bearing bush; Name: Material number of the plain bearing bush | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: standard-based coding of materials of housing; Name: material code of housing | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: standard-based coding of materials of dynamic sea; Name: material code of dynamic seal | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A norm-based numbering of the materials. The reference to a norm unambiguously describes the material; Name: Material number of the pumping medium | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: norm-based coding of the material of the secondary sealing element; Name: Material number of the secondary sealing element | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the shaft | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Usual name or brand name of the material. The material is unambiguously described by referring to a norm; Name: Material number of the shaft protective sleeve | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the static seal, housing | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the stator | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: norm-based coding of the material of the statorpipe; Name: Material number of the statorpipe | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A norm-based numbering of the materials. The material is unambiguously described by referring to a norm; Name: Material number of the travel wheel | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Country in which the product is manufactured (manufacturer country); Name: Product country of origin | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Quantitative volume information (which can be represented by a natural number); Name: Number of levels | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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 coating, room1 | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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 shaft | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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 drive housing | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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 can | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: PN (nominal pressure) is an alphanumeric variable for reference purposes, relating to a combination of mechanical and measurement properties of a pipe component. It comprises the letters PN followed by a dimensionless number (according to EN 1333/96.08); Name: Nominal pressure of the muffs, A1 | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: PN (nominal pressure) is an alphanumeric variable for reference purposes, relating to a combination of mechanical and measurement properties of a pipe component. It comprises the letters PN followed by a dimensionless number (according to EN 1333/96.08); Name: Nominal pressure of the muffs, A2 | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: DN (nominal width) is an alphanumeric description of the size for components in a pipe system as a reference, in contrast to components that are defined by an external diameter or by a thread size. It comprises the letters DN followed by dimensionless whole number, which is in indirect correlation with phy... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: DN (nominal width) is an alphanumeric description of the size for components in a pipe system as a reference, in contrast to components that are defined by an external diameter or by a thread size. It comprises the letters DN followed by dimensionless whole number, which is in indirect correlation with phy... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: classifies the scope of the protection of the electromagnetic device against direct contact, against insertion of hard foreign objects and/or infiltration through water; Name: Protection type class of the electric motor | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: permanent operation, short-term operation or periodic operation characterized by one of more loads and which remains unchanged during a certain period, or, in the case of non-periodic operation, where the load and speed generally change within the permissible operating range; Name: Operation type time sequ... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: DUNS-no., supplier number, or other number as identifier of an offeror or supplier of the identification; Name: supplier of the identifier | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: standard being in fixed relation to the describing property; Name: reference standard | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: standard to which the code of a material refers; Name: reference standard for material of the housing | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: the pressure whose value is equal to the algebraic difference between the absolute pressure and the atmospheric pressure. To this end, the overpressure for a pressure room can, for example, be negative with underpressure or under vacuum; Name: Max. overpressure of the shaft seal | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating overpressure PS1+ is the maximum value of the operating overpressure defined from a safety point of view by the manufacturer of the system for the various components in relation to the atmospheric pressure (1 bar) at the maximum permissible temperature TS1; Name: Max. permissible overpressure... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating underpressure PS2- is the maximum value of the operating underpressure defined from a safety point of view by the manufacturer of the system for the various components in relation to the atmospheric pressure (1 bar) at the maximum permissible temperature TS2; Name: Max. permissible underpress... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating underpressure PS2- is the maximum value of the operating underpressure defined from a safety point of view by the manufacturer of the system for the various components in relation to the atmospheric pressure (1 bar) at the maximum permissible temperature TS2; Name: Max. permissible underpress... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating underpressure PS- is the maximum value of the operating underpressure defined from a safety point of view by the manufacturer of the system for the various components in relation to the atmospheric pressure (1 bar) at the maximum permissible temperature TS1; Name: Max. permissible underpressu... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating underpressure PS- is the maximum value of the operating underpressure defined from a safety point of view by the manufacturer of the system for the various components in relation to the atmospheric pressure (1 bar) at the maximum permissible temperature TS1; Name: Max. permissible underpressu... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating overpressure PS2+ is the maximum value of the operating overpressure defined from a safety point of view by the manufacturer of the system for the various components in relation to the atmospheric pressure (1 bar) at the maximum permissible temperature TS2; Name: Max. permissible overpressure... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating overpressure PS2+ is the maximum value of the operating overpressure defined from a safety point of view by the manufacturer of the system for the various components in relation to the atmospheric pressure (1 bar) at the maximum permissible temperature TS2; Name: Max. permissible overpressure... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating overpressure PS1+ is the maximum value of the operating overpressure defined from a safety point of view by the manufacturer of the system for the various components in relation to the atmospheric pressure (1 bar) at the maximum permissible temperature TS1; Name: Max. permissible overpressure... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: highest value of the outside diameter of the impeller for one certain pump case; Name: maximum permissible outside diameter of the impeller | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: smallest value of the outside diameter of a impeller for a certain pump case; Name: minimum permissible outside diameter of the impeller | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: absolute total inlet head above the head equivalent to the vapor pressure based on the NPSH at maximum rate of flow; Name: NPSH at maximum feed flow | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: absolute total inlet head above the head equivalent to the vapor pressure based on the NPSH at minimum rate of flow; Name: NPSH at minimum feed flow | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: minimum mass of the liquid at design temperature divided by its volume, when stating the density, the unit of density used, together with the temperature, shall be explicitly given, for example kilogram per cubicmeter or gramme per mililiter at t°C (see the note). the standard reference temperature for int... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: maximum value of the mass of the liquid at design temperature divided by its volume, when stating the density, the unit of density used, together with the temperature, shall be explicitly given, for example kilogram per cubicmeter or gramme per mililiter at t°C (see the note), the standard reference temper... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Quotient of the number of revolutions and the corresponding time span; Name: Max. speed of the drive | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Quotient of the number of revolutions and the corresponding time span; Name: Min. speed of the drive | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Speed set at the measurement voltage (or measurement output) and measurement torque; Name: Measurement speed of the electric motor | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Quotient of the number of revolutions and the corresponding time span; Name: Nominal speed of the drive | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: maximum value of ratio between the applied shear stress and rate of shear of a liquid at design temperature it is sometimes referred to as the coefficient of dynamic viscosity, or simply viscosity, thus dynamic viscosity is a measure of the resistance to flow or deformation of a liquid; Name: maximum dynam... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: minimum value of ratio between the applied shear stress and rate of shear of a liquid at concept temperature it is sometimes referred to as the coefficient of dynamic viscosity, or simply viscosity. Thus dynamic viscosity is a measure of the resistance to flow or deformation of a liquid; Name: minimum dyna... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The output measured by the manufacturer for the operating medium at defined operating conditions; Name: Measurement performance of the electric motor | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: smallest value of the mechanical power demand of the pump for any delivery flow under any permitted working conditions; Name: minimum power requirement of the pump | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: A voltage value given by the manufacturer resulting from measurement values determined under defined conditions and rules; Name: Measurement tension of the electric motor | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: For a given operating resource, the lowest temperature, below which the temperature may not ever fall, of materials or measuring substances below which the resource cannot be operated without permanent changes in its characteristics; Name: Min. work temperature | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: For a given operating resource, the greatest temperature, not ever to be exceeded, of materials or measuring substances above which the resource cannot be operated without permanent changes in its characteristics; Name: Max. work temperature | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating temperature TS1 is the maximum value of the operating temperature defined from a safety point of view by the manufacturer of the system for the various components. The temperature point TS1 is in correlation to the pressures PS1+ and PS1-; Name: Max. permissible operating temperature at TS1, ... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating temperature TS1 is the maximum value of the operating temperature defined from a safety point of view by the manufacturer of the system for the various components. The temperature point TS1 is in correlation to the pressures PS1+ and PS1-; Name: Max. permissible operating temperature at TS1, ... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating temperature TS2 is the maximum value of the operating temperature defined from a safety point of view by the manufacturer of the system for the various components. The temperature point TS2 is in correlation to the pressures PS2+ and PS2-; Name: Min. permissible operating temperature at TS2, ... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The operating temperature TS2 is the maximum value of the operating temperature defined from a safety point of view by the manufacturer of the system for the various components. The temperature point TS2 is in correlation to the pressures PS2+ and PS2-; Name: Min. permissible operating temperature at TS2, ... | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: Moment of inertia of its mass relating to the rotational axis; Name: Moment of inertia of the drive | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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 shaft protection sleeve | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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: o | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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 stator | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | 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 travel wheel | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The norm in fixed relation to the feature being described. This defines the parameters that influence the contents of the correlated feature. Type and number of the norm with issue year and issue month must be given, e.g. DIN ISO 4711:YYYY-MM.; Name: Reference norm material, pumping medium | contradiction |
Description: Method of the volume flow adjustment and change, of the piston pump; Name: control method | Description: Method of change to and adjustment of the volume flow of the piston pump, e.g. speed, piston stroke; Name: Type of control | Description: The norm in fixed relation to the feature being described. This defines the parameters that influence the contents of the correlated feature. Type and number of the norm with issue year and issue month must be given, e.g. DIN ISO 4711:YYYY-MM.; Name: Reference norm of the coating, room1 | contradiction |
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