did
int64 0
671
| query
stringlengths 6
865
| name
stringlengths 1
75
| datatype
stringclasses 6
values | unit
stringclasses 5
values | IRDI
stringlengths 20
21
| metalabel
int64 1
37
|
|---|---|---|---|---|---|---|
500 | 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 physical size of the bore or external diameter of the connections (measured in millimeters). NOTE 1: the nominal width DN cannot be used for measurements or calculations. NOTE 2: Some older international norms describe the nominal width as a nominal diameter, but both terms are identical for this norm. NOTE 3: the nominal width is defined is alignment with ISO 6708. in accordance with EN 60534-1 | Nominal width of the muffs, A1 | STRING | null | 0173-1#09-AAN941#001 | 1 |
501 | 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 physical size of the bore or external diameter of the connections (measured in millimeters). NOTE 1: the nominal width DN cannot be used for measurements or calculations. NOTE 2: Some older international norms describe the nominal width as a nominal diameter, but both terms are identical for this norm. NOTE 3: the nominal width is defined is alignment with ISO 6708. in accordance with EN 60534-1 | Nominal width of the muffs, A2 | STRING | null | 0173-1#09-AAN942#001 | 1 |
502 | classifies the scope of the protection of the electromagnetic device against direct contact, against insertion of hard foreign objects and/or infiltration through water | Protection type class of the electric motor | STRING | null | 0173-1#02-AAO885#002 | 1 |
503 | 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 | Operation type time sequence of the drive | STRING_TRANSLATABLE | null | 0173-1#02-AAD399#006 | 7 |
504 | DUNS-no., supplier number, or other number as identifier of an offeror or supplier of the identification | supplier of the identifier | STRING | null | 0173-1#02-AAP796#004 | 1 |
505 | standard being in fixed relation to the describing property | reference standard | STRING | null | 0173-1#02-AAP926#002 | 1 |
506 | standard to which the code of a material refers | reference standard for material of the housing | STRING | null | 0173-1#02-AAQ132#003 | 1 |
507 | 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 | Max. overpressure of the shaft seal | REAL_MEASURE | null | 0173-1#02-BAI188#007 | 19 |
508 | 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 | Max. permissible overpressure PS1+ at TS1, room1 | REAL_MEASURE | null | 0173-1#02-BAI191#008 | 19 |
509 | 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 | Max. permissible underpressure PS2- at TS2, room1 | REAL_MEASURE | null | 0173-1#02-BAI210#008 | 19 |
510 | 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 | Max. permissible underpressure PS2- at TS2, room2 | REAL_MEASURE | null | 0173-1#02-BAI211#008 | 19 |
511 | 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 | Max. permissible underpressure PS1- at TS1, room1 | REAL_MEASURE | null | 0173-1#02-BAI205#009 | 19 |
512 | 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 | Max. permissible underpressure PS1- at TS1, room2 | REAL_MEASURE | null | 0173-1#02-BAI206#009 | 19 |
513 | 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 | Max. permissible overpressure PS2+ at TS2, room1 | REAL_MEASURE | null | 0173-1#02-BAI196#008 | 19 |
514 | 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 | Max. permissible overpressure PS2+ at TS2, room2 | REAL_MEASURE | null | 0173-1#02-BAI197#008 | 19 |
515 | 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 | Max. permissible overpressure PS1+ at TS1, room2 | REAL_MEASURE | null | 0173-1#02-BAI192#008 | 19 |
516 | highest value of the outside diameter of the impeller for one certain pump case | maximum permissible outside diameter of the impeller | REAL_MEASURE | null | 0173-1#02-BAJ138#008 | 19 |
517 | smallest value of the outside diameter of a impeller for a certain pump case | minimum permissible outside diameter of the impeller | REAL_MEASURE | null | 0173-1#02-BAJ139#008 | 19 |
518 | absolute total inlet head above the head equivalent to the vapor pressure based on the NPSH at maximum rate of flow | NPSH at maximum feed flow | REAL_MEASURE | null | 0173-1#02-BAJ151#009 | 19 |
519 | absolute total inlet head above the head equivalent to the vapor pressure based on the NPSH at minimum rate of flow | NPSH at minimum feed flow | REAL_MEASURE | null | 0173-1#02-BAJ152#009 | 19 |
520 | 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 international trade in petroleum and its products is 15°C (see ISO 5024), but other reference temperatures may be required for legal metrology or other special purposes | minimum density at design temperature | REAL_MEASURE | null | 0173-1#02-BAJ109#009 | 19 |
521 | 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 temperature for international trade in petroleum and its products is 15°C (see ISO 5024), but other reference temperatures may be required for legal metrology or other special purposes. | maximum density at design temperature | REAL_MEASURE | null | 0173-1#02-BAJ110#009 | 19 |
522 | Quotient of the number of revolutions and the corresponding time span | Max. speed of the drive | null | null | 0173-1#02-BAH609#005 | 13 |
523 | Quotient of the number of revolutions and the corresponding time span | Min. speed of the drive | null | null | 0173-1#02-BAH608#005 | 13 |
524 | Speed set at the measurement voltage (or measurement output) and measurement torque | Measurement speed of the electric motor | null | null | 0173-1#02-AAC880#006 | 13 |
525 | Quotient of the number of revolutions and the corresponding time span | Nominal speed of the drive | null | null | 0173-1#02-AAC881#006 | 13 |
526 | 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 | maximum dynamic viscosity at design temperature | REAL_MEASURE | null | 0173-1#02-BAJ168#009 | 19 |
527 | 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 | minimum dynamic viscosity at design temperature | REAL_MEASURE | null | 0173-1#02-BAJ169#009 | 19 |
528 | The output measured by the manufacturer for the operating medium at defined operating conditions | Measurement performance of the electric motor | REAL_MEASURE | null | 0173-1#02-BAH734#003 | 19 |
529 | smallest value of the mechanical power demand of the pump for any delivery flow under any permitted working conditions | minimum power requirement of the pump | REAL_MEASURE | null | 0173-1#02-BAJ144#008 | 19 |
530 | A voltage value given by the manufacturer resulting from measurement values determined under defined conditions and rules | Measurement tension of the electric motor | REAL_MEASURE | null | 0173-1#02-BAH737#004 | 19 |
531 | 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 | Min. work temperature | REAL_MEASURE | null | 0173-1#02-BAA374#005 | 19 |
532 | 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 | Max. work temperature | REAL_MEASURE | null | 0173-1#02-BAA373#005 | 19 |
533 | 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- | Max. permissible operating temperature at TS1, room1 | REAL_MEASURE | null | 0173-1#02-BAH749#007 | 19 |
534 | 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- | Max. permissible operating temperature at TS1, room2 | REAL_MEASURE | null | 0173-1#02-BAH750#007 | 19 |
535 | 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- | Min. permissible operating temperature at TS2, room1 | REAL_MEASURE | null | 0173-1#02-BAH754#006 | 19 |
536 | 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- | Min. permissible operating temperature at TS2, room2 | REAL_MEASURE | null | 0173-1#02-BAH755#006 | 19 |
537 | Moment of inertia of its mass relating to the rotational axis | Moment of inertia of the drive | REAL_MEASURE | null | 0173-1#02-BAI184#004 | 19 |
538 | 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 | Reference norm material of the shaft protection sleeve | STRING | null | 0173-1#02-AAQ116#002 | 1 |
539 | 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 | o | STRING | null | 0173-1#02-AAQ104#002 | 1 |
540 | 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 | Reference norm material of the stator | STRING | null | 0173-1#02-AAQ167#002 | 1 |
541 | 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 | Reference norm material of the travel wheel | STRING | null | 0173-1#02-AAQ145#002 | 1 |
542 | 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. | Reference norm material, pumping medium | STRING | null | 0173-1#02-AAQ046#002 | 1 |
543 | 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. | Reference norm of the coating, room1 | STRING | null | 0173-1#02-AAP937#002 | 1 |
544 | 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. | Reference norm of the connection, muff A1 | STRING | null | 0173-1#02-AAP995#002 | 1 |
545 | 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. | Reference norm of the connection, muff A2 | STRING | null | 0173-1#02-AAP996#002 | 1 |
546 | document which describes the material of the containment shroud in form of an obligatorily recognized regulation | Reference norm of the containment shroud material | STRING | null | 0173-1#02-AAQ018#001 | 1 |
547 | norm/stipulation describing the explosion protection. The explosion protection type, the device category, the temperature class as well as the device / explosion group are taken from this norm. The type and number of the norm/stipulation with issue year and issue month must be given | Reference norm of the explosion protection | STRING | null | 0173-1#02-AAQ007#001 | 1 |
548 | standard to which the dynamic seal refers | reference standard for the dynamic seal | STRING | null | 0173-1#02-AAP946#002 | 1 |
549 | norm/stipulation describing the explosion protection. The explosion protection type, the device category, the temperature class as well as the device / explosion group are taken from this norm. The type and number of the norm/stipulation with issue year and issue month must be given | Reference norm of the explosion protection of the electric motor | STRING | null | 0173-1#02-AAQ008#002 | 1 |
550 | document which describes the material of the plain bearing bush in form of an obligatorily recognized regulation | Reference norm of the plain bearing bush material | STRING | null | 0173-1#02-AAQ012#001 | 1 |
551 | document which describes the material of the secondary sealing element in form of an obligatorily recognized regulation | Reference norm of the secondary sealing element material | STRING | null | 0173-1#02-AAQ015#001 | 1 |
552 | 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. | Reference norm of the static seal, housing | STRING | null | 0173-1#02-AAP976#002 | 1 |
553 | document which describes the material of the statorpipe in form of an obligatorily recognized regulation | Reference norm of the statorpipe material | STRING | null | 0173-1#02-AAQ019#001 | 1 |
554 | norm describing the protection type classes. Issue year and issue month must be given | Reference norm protection type of electric motor | STRING | null | 0173-1#02-AAQ042#002 | 1 |
555 | Motion direction (rotating direction) in the case of rotation. NOTE: The rotational direction takes place in view of the targeted end. Anti-clockwise shaft rotation (left L) is described as positive and clockwise (right R ) as negative. Rotational direction-independence is described with (S) | Rotational direction of the drive | STRING_TRANSLATABLE | null | 0173-1#02-AAD410#005 | 7 |
556 | Information as to whether the pump unit is suitable for feeding gases and liquids and gas mixes and liquid mixes without additional external aids | Regenerative design | BOOLEAN | null | 0173-1#02-AAC252#007 | 25 |
557 | number of revolutions of the pump per unit of time | Rotation speed pump | null | null | 0173-1#02-BAJ155#008 | 13 |
558 | The specifying designation (type name, type code, abbreviated name, article number) for distinguishing by type and size or design (variant) of the used product/material | Type description | STRING | null | 0173-1#02-AAO945#001 | 1 |
559 | translation i of a pair of gears or a multiple gear pair is the ratio of the angle speed wa (or the speed na) of the first driving wheel to that of the last driven wheel wb (or nb) | Transmission ratio of the transmission | STRING | null | 0173-1#02-AAO991#001 | 1 |
560 | In the case of general measurement information, the minimum expansion of the material/object | Thickness of the coating, room1 | REAL_MEASURE | null | 0173-1#02-BAH945#005 | 19 |
561 | The output provided by the machine directly to the coupling. Losses in transmission elements outside of the machine, such as gear transmissions and belt drives, are not included | Shaft performance for nominal speed, drive | REAL_MEASURE | null | 0173-1#02-BAI261#004 | 19 |
562 | Constructive design of sealing | Sealing type | STRING | null | 0173-1#02-AAQ204#005 | 1 |
563 | additional information for the product name of the sealing to be able to distinguish - for a product family or for special design (variants) - the products from each other | Type description of the sealing | STRING | null | 0173-1#02-AAO946#001 | 1 |
564 | Method with which the coating or classing is applied to the base material | Type of coating application, room 1 | STRING_TRANSLATABLE | null | 0173-1#02-AAD256#005 | 7 |
565 | type for power attack | Type of drive | STRING | null | 0173-1#02-BAB716#005 | 1 |
566 | The position of the main axle of the technical object in reference to the horizontal level. The normal methods are standing, lying or diagonal | Type of set-up | STRING_TRANSLATABLE | null | 0173-1#02-AAD445#004 | 7 |
567 | Method of sealing in pumps. We distinguish between dynamically sealed and hermetically sealed | Type of the seal | STRING_TRANSLATABLE | null | 0173-1#02-BAI143#001 | 7 |
568 | Year as completion date of object | Year of construction | STRING | null | 0173-1#02-AAP906#001 | 1 |
569 | The maximum expansion of the object width-wise | width over all, base plate | REAL_MEASURE | null | 0173-1#02-BAH927#006 | 19 |
570 | maximum expansion of the object width-wise | overall width | REAL_MEASURE | null | 0173-1#02-BAH926#006 | 19 |
571 | volume of a fluid crossing the transverse plane of a flow path per unit of time | Volume flow of the sealing liquid | REAL_MEASURE | null | 0173-1#02-BAJ164#006 | 19 |
572 | Construction design of the filter element fixture | Design of the fixing | STRING_TRANSLATABLE | null | 0173-1#02-BAI142#003 | 7 |
573 | classification of a dynamic seal according to its mechanical construction | type of dynamic seal | STRING | null | 0173-1#09-AAN944#001 | 1 |
574 | Group of components with the same construction features and the same structure, which - due to similar manufacturing techniques - can be collated for construction approval testing and class conformity controls. They are generally allocated to a construction type. Note: in certain cases, components can be viewed from various construction type specifications as belonging to the same type and, therefore, can be collated for construction approval and class conformity controls | construction form of impeller | STRING | null | 0173-1#09-AAN945#001 | 1 |
575 | information as to whether the object has installations capable of heating or cooling | heater/cooler | STRING | null | 0173-1#09-AAN948#001 | 1 |
576 | standard-based coding of materials of housing | material code of housing | STRING | null | 0173-1#09-AAN952#001 | 1 |
577 | motion direction (rotating direction) of the pumpe in the case of rotation seen from drive to shaft | rotational direction of the pump | STRING | null | 0173-1#09-AAN949#001 | 1 |
578 | position of the main axle of the technical object in reference to the horizontal level. The normal methods are standing, lying or diagonal | type of set-up | STRING | null | 0173-1#09-AAN943#001 | 1 |
579 | dimension of the shaft or shaft sleeve for which the mechanical seal is designed | diameter/dimensions of the mechanical seal | REAL_MEASURE | null | 0173-1#02-ABF492#001 | 19 |
580 | size of the impeller, which is provided as standard for the respective pump size by the manufacturer | diameter of nominal impeller | REAL_MEASURE | null | 0173-1#02-ABF502#001 | 19 |
581 | measure of the increase in the pumped liquid water on a pipe connected vertically to the pump when the flow rate is zero. related to the operation of the pump at 1,450 rpm with maximum impeller size | pump shut-off head for maximum impeller diameter at 1450/min | REAL_MEASURE | null | 0173-1#02-ABF503#001 | 19 |
582 | measure of the increase in the liquid to be pumped, water, on a pipe connected vertically to the pump when the flow rate is zero. related to the operation of the pump at 2,900 rpm with maximum impeller size | pump shut-off head for maximum impeller diameter at 2900/min | REAL_MEASURE | null | 0173-1#02-ABF504#001 | 19 |
583 | measure of the increase in the liquid to be pumped, water, on a pipe connected vertically to the pump when the flow rate is zero. related to the operation of the pump at 1,450 rpm with the current impeller size | pump shut-off head for actual impeller diameter at 1450/min | REAL_MEASURE | null | 0173-1#02-ABF505#001 | 19 |
584 | measure of the increase in the liquid to be pumped, water, on a pipe connected vertically to the pump when the flow rate is zero. related to the operation of the pump at 2,900 rpm with the current impeller size | pump shut-off head for actual impeller diameter at 2900/min | REAL_MEASURE | null | 0173-1#02-ABF506#001 | 19 |
585 | indicates the maximum working temperature that can be achieved when the pump is operated at maximum pressure | temperature at maximum pressure | REAL_MEASURE | null | 0173-1#02-ABF507#001 | 19 |
586 | indicates the maximum pressure that can be achieved when the pump is operated at maximum working temperature | pressure at maximum temperature | REAL_MEASURE | null | 0173-1#02-ABF964#001 | 19 |
587 | indication of the minimum flow rate at which the pump can still be operated without problems. related to pump operation at 2,900 rpm | minimum feed flow at 2900 / min | REAL_MEASURE | null | 0173-1#02-ABF512#001 | 19 |
588 | net positive suction head (NPSH) from flow rate at best efficiency point for actual impeller (indication of the minimum inlet pressure in meters required for the pump to deliver according to the QH curve. related to the optimum duty point at the current impeller diameter) | net positive suction head for Q opt at actual impeller size | REAL_MEASURE | null | 0173-1#02-ABF513#001 | 19 |
589 | standards-based seal coding system that uses letter or number combinations to describe the material composition of the mechanical seal pair | material pairing of the dynamic seal | STRING | null | 0173-1#02-ABF515#001 | 1 |
590 | combination of letters and/or numbers created by the customer to uniquely identify the product. The ordering process is carried out by the customer under this code | order number of customer | STRING | null | 0173-1#02-ABF517#001 | 1 |
591 | standard-based coding of the material of the can | material number of the can (outside) | STRING | null | 0173-1#09-AAN955#001 | 1 |
592 | standard-based coding of the material of the plain bearing | material number of the plain bearing | STRING | null | 0173-1#09-AAN956#001 | 1 |
593 | information about the manner in which clamps respectively the carrier of the supply voltage and / or signal voltage are put into effect data-, line- and / or fixationwise | type of connection system | STRING | null | 0173-1#09-AAC636#004 | 1 |
594 | Are tangible objects of all kinds | Material | STRING | null | 0173-1#09-AAB766#009 | 1 |
595 | extent of protection provided by an enclosure against access to hazardous parts, against ingress of solid foreign objects and/or ingress of water and verified by standardized test methods, expressed as a IP rating | degree of protection | STRING | null | 0173-1#09-AAB479#010 | 1 |
596 | given energy efficiency class determined by a standard procedure (energy label classification) | Energy efficiency class | STRING | null | 0173-1#09-AAC147#010 | 1 |
597 | document which describes the material of the can in form of an obligatorily recognized regulation | Reference norm of the can material | STRING | null | 0173-1#02-AAQ017#001 | 1 |
598 | description, type name or article number of another product with which, or for which, the product/material can be used | Use for product | STRING_TRANSLATABLE | null | 0173-1#02-BAF281#003 | 7 |
599 | 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 | Construction type conveying element | STRING_TRANSLATABLE | null | 0173-1#02-BAJ122#004 | 7 |