JoBeer/eclassCorpus · Datasets at Hugging Face

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
0	internationally unique and unambiguous article number for products and services (Global Trade Item Number)	GTIN	STRING	null	0173-1#02-AAO663#003	1
1	unique product order identifier of the supplier	product article number of supplier	STRING	null	0173-1#02-AAO736#004	1
2	13-digit numeric code, identifying all the standardized material items of supply as they have been recognized by the United States Department of Defense	National stock number	STRING_TRANSLATABLE	null	0173-1#02-AAN075#003	7
3	Characteristic to differentiate between different products of a product family or special variants	Product type	STRING_TRANSLATABLE	null	0173-1#02-AAO057#002	7
4	Short description of the product (short text)	Manufacturer product designation	STRING_TRANSLATABLE	null	0173-1#02-AAW338#001	7
5	Name of the supplier or vendor of a device/name of supplier which provides the customer with a product or a service	name of supplier	STRING	null	0173-1#02-AAO735#003	1
6	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	Manufacturer name	STRING	null	0173-1#02-AAO677#002	1
7	alphanumeric character sequence assigned to a fabricated product, which allows the date, time and circumstances of fabrication to be traced	fabrication number	STRING	null	0173-1#02-AAO674#004	1
8	Unique combination of numbers and letters used to identify the device once it has been manufactured	Serial number	STRING_TRANSLATABLE	null	0173-1#02-AAM556#002	7
9	Date from which the production and / or development process is completed or from which a service is provided completely	Date of manufacture	null	null	0173-1#02-AAR972#002	13
10	Unique global identification of the product using an universal resource identifier (URI)	URI of the product	STRING_TRANSLATABLE	null	0173-1#02-AAY811#001	7
11	Fully qualified domain name of the manufacturer of a product using a universal resource identifier (URI)	URI of manufacturer	null	null	0173-1#02-ABA669#001	13
12	pressure for a component on the basis of materials used and on the basis of calculation rules at the specified operating temperature	maximum allowable working pressure	REAL_MEASURE	null	0173-1#02-ABB705#001	19
13	Rate of flow at the point of best efficiency	Optimum rate of flow	REAL_MEASURE	null	0173-1#02-ABC048#001	19
14	Total head developed by the pump at a rate of flow corresponding to the best efficiency	Optimum head	REAL_MEASURE	null	0173-1#02-ABC046#001	19
15	Maximum permissible head at which the pump can be continuously operated without suffering damage	Maximum allowable head	REAL_MEASURE	null	0173-1#02-ABB545#001	19
16	Speed corresponding to the motor used according to the name plate ratings	nominal speed	REAL_MEASURE	null	0173-1#02-BAA580#006	19
17	describes the nominal power consumption	Nominal power consumption	REAL_MEASURE	W	0173-1#02-AAI843#002	20
18	nominal voltage is the specified value which shows the voltag in normal operation given by the manufacturer or supplier	Nominal voltage	REAL_MEASURE	V	0173-1#02-AAF583#004	21
19	Highest value of outlet pressure at which the pump or component is capable of functioning on the basis of the materials used	Maximum allowable outlet pressure	REAL_MEASURE	null	0173-1#02-ABC196#001	19
20	Lowest value of outlet pressure at which the pump or component is capable of functioning on the basis of the materials used	Minimum allowable outet pressure	REAL_MEASURE	null	0173-1#02-ABC197#001	19
21	highest speed for continuous operation recommended by the manufacturer	maximum allowable continuous speed	REAL_MEASURE	null	0173-1#02-ABB544#001	19
22	Minimum permissible head at which the pump can be operated without suffering damage	Minimum allowable head	REAL_MEASURE	null	0173-1#02-ABC040#001	19
23	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	Sound pressure level	REAL_MEASURE	null	0173-1#02-AAO419#004	19
24	comprising a fluid together with substances in solid or gaseous states, whether due to deliberate addition or a change of state caused by a change in conditions	multi-phase	BOOLEAN	null	0173-1#02-ABC083#001	25
25	2nd level of a 3 level manufacturer specific product hierarchy	Manufacturer product family	STRING_TRANSLATABLE	null	0173-1#02-AAU731#001	7
26	web site address where information about the product or contact is given	adress of additional link	STRING	null	0173-1#02-AAQ326#002	1
27	guideline, stipulation or legislation used for determining conformity	guideline for confirmity declaration	STRING	null	0173-1#02-AAO856#003	1
28	Speed of rotation at which the frequency of vibration (or its multiples) corresponds to the rotor resonant (lateral or torsional)	Critical speed	REAL_MEASURE	null	0173-1#02-ABA888#001	19
29	Rotor resonant frequency calculated assuming that the rotor is supported only at its bearings and that the bearings are of infinite stiffness	Dry critical speed	REAL_MEASURE	null	0173-1#02-ABB129#001	19
30	Rotor resonant frequency calculated considering the additional support and damping produced by the action of the pumped fluid within rotor	Wet critical speed	REAL_MEASURE	null	0173-1#02-ABC073#001	19
31	Speed that characterizes a pump in terms of its speed, flow rate per impeller eye, i.e. total flow for single-flow impeller, half flow for double-flow impeller, at the best efficiency point and head per stage at maximum impeller diameter	Specific speed	REAL_MEASURE	null	0173-1#02-ABC063#001	19
32	Speed that characterizes a pumps cavitation performance in terms of its speed, optimum rate of flow per impeller eye at best efficiency point and NPSH3 at best efficiency point for the first stage at maximum impeller diameter	Suction-specific speed	REAL_MEASURE	null	0173-1#02-ABC067#001	19
33	highest pressure, excluding hydrostatic testing, to which the seal can be subjected while the pump is shut down	maximum static sealing pressure	REAL_MEASURE	null	0173-1#02-ABB797#001	19
34	greatest outlet pressure at the specified operating temperature at which the pump casing can be used	Maximum allowable casing working pressure	REAL_MEASURE	null	0173-1#02-ABB543#001	19
35	pressure to which the pulsation dampener is charged with dry gas prior to start of operation	Pre-charge pressure	REAL_MEASURE	null	0173-1#02-ABC051#001	19
36	Rate of flow which is extracted to activate a balance device	Balancing rate of flow	REAL_MEASURE	null	0173-1#02-ABA884#001	19
37	Rate of flow leaking from shaft seals	Leakage rate of flow	REAL_MEASURE	null	0173-1#02-ABB474#001	19
38	Lowest flow at which the pump can operate without its operation being impaired by the temperature rise of the pumped liquid	Minimum allowable thermal flow	REAL_MEASURE	null	0173-1#02-ABC041#001	19
39	Lowest flow at which the pump can be operated without it adversely affecting ist performance in terms of life expectancy, noise and vibrations	Minimum continuous stable flow	REAL_MEASURE	null	0173-1#02-ABC042#001	19
40	Lowest flow at which the pump can operate without its operation being impaired by the temperature rise of the pumped liquid	Minimum continuous thermal flow	REAL_MEASURE	null	0173-1#02-ABC043#001	19
41	Flow lost internally through clearances	Slip flow	REAL_MEASURE	null	0173-1#01-ABC058#001	19
42	displacement volume for one stroke or one cycle	geometrical flow	REAL_MEASURE	null	0173-1#02-ABB205#001	19
43	NPSH-value required for a drop of 3 % in the total head of the first stage of the pump as a standard basis for use in performance curves	Net positive suction head required for a drop of 3 %	REAL_MEASURE	null	0173-1#02-ABC045#001	19
44	minimum NPSH-value at the pump inlet connection required to give the rated or operating performance at the specified conditions	Net positive suction head required	REAL_MEASURE	null	0173-1#02-ABC044#001	19
45	Highest total head developed by a pump when this does not occur at a zero rate of flow	Head at peak point	REAL_MEASURE	null	0173-1#02-ABB342#001	19
46	relationship between the pump power input and the rate of flow given operating conditions of speed and liquid	pump curve	null	null	0173-1#02-ABC052#001	13
47	relationship between the net positive suction head required and the rate of flow at given operating conditions of speed and liquid	Pump power input curve	null	null	0173-1#02-ABC056#001	13
48	Relationship between the net positive suction head required and the rate of flow at given operating conditions of speed and liquid	Pump NPSH curve	null	null	0173-1#02-ABC055#001	13
49	relationship between the total head of the pump and the rate of flow at given operating conditions /rated conditions of speed and liquid	Pump efficiency curve	null	null	0173-1#02-ABC053#001	13
50	pump H(Q) curve where the maximum head and shut-off head are coincidental, and the total head declines continuously as the rate of flow increases	Pump H(Q) curve	null	null	0173-1#02-ABC054#001	13
51	Residual axial thrust on the pump rotor on which the thrust-bearing selection is based	Design axial load	REAL_MEASURE	null	0173-1#02-ABA890#001	19
52	Greatest value of the residual axial thrust on the pump rotor resulting from operating the pump at any condition within its allowable operating range	Maximum axial load	REAL_MEASURE	null	0173-1#02-ABB758#001	19
53	Radial load of the pump rotor for which the bearing system is selected	Design radial load	REAL_MEASURE	null	0173-1#02-ABA914#001	19
54	Greatest radial load of the pump rotor resulting from operating the pump at any condition within ist allowable operating range	Maximum radial load	REAL_MEASURE	null	0173-1#02-ABB796#001	19
55	expectation of the operating time between failures	mean time between failures (MTBF)	REAL_MEASURE	null	0173-1#02-AAQ399#005	19
56	Provides information as to whether it is possible to continuously adapt the control variable to the reference variable of the control unit of the object	Controllable	BOOLEAN	null	0173-1#02-BAI732#009	25
57	Fluid that can be pumped by the pump	Possible Fluid	STRING	null	0173-1#02-ABC050#001	1
58	Specifies whether the pump is to be operated in single, parallel or series connection.	Operating mode	STRING	null	0173-1#02-ABC085#001	1
59	control mode is to be used for the use case	Required control mode	STRING	null	0173-1#02-ABC088#001	1
60	Fluid that is handled by the pump at specified operating conditions	Fluid	STRING	null	0173-1#02-ABC075#001	1
61	maximal permitted temperature of the atmosphere surrounding the operating resource during operation	maximum ambient temperature (during operation)	REAL_MEASURE	null	0173-1#02-AAW302#002	19
62	minimal permitted temperature of the atmosphere surrounding the operating resource during operation	minimum ambient temperature (during operation)	REAL_MEASURE	null	0173-1#02-AAW301#002	19
63	Temperature determined by the given application and fluid.	Working temperature	REAL_MEASURE	null	0173-1#02-AAJ936#003	19
64	maximum value of physical and thermodynamical state variable temperature dimensioned for an operational medium	max. temperature	REAL_MEASURE	null	0173-1#02-AAF584#003	19
65	minimum maximum value of physical and thermodynamical state variable temperature dimensioned for an operational medium	min. temperature	REAL_MEASURE	null	0173-1#02-AAF585#003	19
66	Inlet pressure of the installation for the working conditions	Rated inlet pressure of the installation	REAL_MEASURE	null	0173-1#02-ABC086#001	19
67	Lowest outlet pressure that can occur during operation for the pump	Minimum outlet pressure	REAL_MEASURE	null	0173-1#02-ABC082#001	19
68	Lowest inlet pressure that can occur during operation for the pump	Minimum inlet pressure	REAL_MEASURE	null	0173-1#02-ABC081#001	19
69	horizontal plane for use as the datum for height measurement	Reference plane	REAL_MEASURE	null	0173-1#02-ABC087#001	19
70	Height of the fluid level on the outlet side of the installation or in the centre of the outlet manifold	Height of the outlet side of the installation	REAL_MEASURE	null	0173-1#02-ABC078#001	19
71	Height of the fluid level on the inlet side of the installation, or in the centre of the inlet manifold	Height of the inlet side of the installation	REAL_MEASURE	null	0173-1#02-ABC077#001	19
72	Height of the centre of the pump	Height of the pump	REAL_MEASURE	null	0173-1#02-ABC079#001	19
73	Height of the zero or centre position of the outlet manometer, or other point as defined by the manometer calibration	Height of the outlet manometer	REAL_MEASURE	null	0173-1#02-ABC093#001	19
74	Height of the zero or centre position of the inlet manometer, or other point as defined by the manometer calibration	Height of the inlet manometer	REAL_MEASURE	null	0173-1#02-ABC091#001	19
75	Ratio of the shear stress to the shear velocity acting in a liquid subjected to a plane shear motion	Dynamic viscosity	REAL_MEASURE	null	0173-1#02-BAB606#006	19
76	ratio of the dynamic viscosity to the density of the pumped liquid	Kinematic viscosity	REAL_MEASURE	null	0173-1#02-ABC096#001	19
77	quotient of the mass m divided by the spatial volume V	Density	REAL_MEASURE	null	0173-1#02-BAA356#004	19
78	Mean absolute pressure of the atmosphere measured at the place of installation of the pump	Atmospheric pressure	REAL_MEASURE	null	0173-1#02-ABC090#001	19
79	Differential pressure for the operating conditions at the guarantee point	Rated differential pressure	REAL_MEASURE	null	0173-1#02-ABC109#001	19
80	Highest pressure expected at the shaft seals during any specified operating condition and during startup and shutdown	Maximum dynamic sealing pressure	REAL_MEASURE	null	0173-1#02-ABC097#001	19
81	Lowest flow at which the pump can operate without exceeding the noise and vibration limits imposed in the order	Minimum allowable stable flow	REAL_MEASURE	null	0173-1#02-ABC101#001	19
82	proportion of gaseous substance in the liquid to be pumped, either as a contaminant or as vapour from the main body of liquid	gas content	REAL_MEASURE	null	0173-1#02-ABC076#001	19
83	generic term for different physically distinct bus systems for automation , manufacturing technology , building automation	Field bus system	STRING	null	0173-1#02-AAW334#001	1
84	ratio of the volume of the solids to the total volume of all constituents the fluid	solids volume fraction	REAL_MEASURE	null	0173-1#02-AAQ874#003	19
85	Difference between the total head at the outlet side of the pump and the total head at the inlet side of the pump	Pump total head	REAL_MEASURE	null	0173-1#02-ABC108#001	19
86	Difference between the NPSH datum plane and the reference plane	Height of the NPSH datum plane	REAL_MEASURE	null	0173-1#02-ABC092#001	19
87	Minimum NPSH available at the inlet area of the pump as determined by the conditions of the installation for a specified rate of flow	Net positive suction head available	REAL_MEASURE	null	0173-1#02-ABC102#001	19
88	Rated flow at the inlet area of the installation divided by the inlet area of the installation	Mean rated velocity at inlet area of the installation	REAL_MEASURE	null	0173-1#02-ABC098#001	19
89	Rated flow at the outlet area of the installation divided by the inlet area of the installation	Mean rated velocity at outlet area of the installation	REAL_MEASURE	null	0173-1#02-ABC099#001	19
90	Power required by the pump at the rated conditions	Pump rated power input	REAL_MEASURE	null	0173-1#02-ABC107#001	19
91	maximum boundary value of temperature range in a specified temperature, in which an operating unit can be used, without serious changes of assigned features, depending on the exposure time. Temporal restrictions like short-time or durability have to be stated	max. temperature range	REAL_MEASURE	null	0173-1#02-AAH176#003	19
92	Greatest value of pump efficiency obtained at given operating conditions	Pump best efficiency	REAL_MEASURE	null	0173-1#02-ABC104#001	19
93	minimum boundary value of the temperature range, in which an operating unit can be used, without serious changes of assigned features, depending on the exposure time. Temporal restrictions like short-time or durability have to be stated	min. temperature range	REAL_MEASURE	null	0173-1#02-AAH177#003	19
94	quantitative information relating to the utilization duration in years	Useful life	null	null	0173-1#02-BAF286#005	13
95	Number of revolutions of the pump in a given time required to meet the rated conditions	Rated speed	REAL_MEASURE	null	0173-1#02-ABC110#001	19
96	Time interval from first use until the instant when a limiting state is reached	useful life	null	null	0173-1#02-ABC113#001	13
97	passed time period after comissioning of a system, sub-system, component or piping	Operating time	REAL_MEASURE	null	0173-1#02-AAZ825#001	19
98	Time interval when maintenance is carried out on an item including technical, logistic and internal administrative delays	Maintenance time	REAL_MEASURE	null	0173-1#02-ABA719#001	19
99	Part of the maintenance time when active maintenance is carried out on an item	Active maintenance time	REAL_MEASURE	null	0173-1#02-ABA713#001	19

0

internationally unique and unambiguous article number for products and services (Global Trade Item Number)

GTIN

STRING

null

0173-1#02-AAO663#003

1

unique product order identifier of the supplier

product article number of supplier

STRING

null

0173-1#02-AAO736#004

1

2

13-digit numeric code, identifying all the standardized material items of supply as they have been recognized by the United States Department of Defense

National stock number

STRING_TRANSLATABLE

null

0173-1#02-AAN075#003

7

3

Characteristic to differentiate between different products of a product family or special variants

Product type

STRING_TRANSLATABLE

null

0173-1#02-AAO057#002

7

4

Short description of the product (short text)

Manufacturer product designation

STRING_TRANSLATABLE

null

0173-1#02-AAW338#001

7

5

Name of the supplier or vendor of a device/name of supplier which provides the customer with a product or a service

name of supplier

STRING

null

0173-1#02-AAO735#003

1

6

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

Manufacturer name

STRING

null

0173-1#02-AAO677#002

1

7

alphanumeric character sequence assigned to a fabricated product, which allows the date, time and circumstances of fabrication to be traced

fabrication number

STRING

null

0173-1#02-AAO674#004

1

8

Unique combination of numbers and letters used to identify the device once it has been manufactured

Serial number

STRING_TRANSLATABLE

null

0173-1#02-AAM556#002

7

9

Date from which the production and / or development process is completed or from which a service is provided completely

Date of manufacture

null

0173-1#02-AAR972#002

13

10

Unique global identification of the product using an universal resource identifier (URI)

URI of the product

STRING_TRANSLATABLE

null

0173-1#02-AAY811#001

7

11

Fully qualified domain name of the manufacturer of a product using a universal resource identifier (URI)

URI of manufacturer

null

0173-1#02-ABA669#001

13

12

pressure for a component on the basis of materials used and on the basis of calculation rules at the specified operating temperature

maximum allowable working pressure

REAL_MEASURE

null

0173-1#02-ABB705#001

19

13

Rate of flow at the point of best efficiency

Optimum rate of flow

REAL_MEASURE

null

0173-1#02-ABC048#001

19

14

Total head developed by the pump at a rate of flow corresponding to the best efficiency

Optimum head

REAL_MEASURE

null

0173-1#02-ABC046#001

19

15

Maximum permissible head at which the pump can be continuously operated without suffering damage

Maximum allowable head

REAL_MEASURE

null

0173-1#02-ABB545#001

19

16

Speed corresponding to the motor used according to the name plate ratings

nominal speed

REAL_MEASURE

null

0173-1#02-BAA580#006

19

17

describes the nominal power consumption

Nominal power consumption

REAL_MEASURE

W

0173-1#02-AAI843#002

20

18

nominal voltage is the specified value which shows the voltag in normal operation given by the manufacturer or supplier

Nominal voltage

REAL_MEASURE

V

0173-1#02-AAF583#004

21

19

Highest value of outlet pressure at which the pump or component is capable of functioning on the basis of the materials used

Maximum allowable outlet pressure

REAL_MEASURE

null

0173-1#02-ABC196#001

19

20

Lowest value of outlet pressure at which the pump or component is capable of functioning on the basis of the materials used

Minimum allowable outet pressure

REAL_MEASURE

null

0173-1#02-ABC197#001

19

21

highest speed for continuous operation recommended by the manufacturer

maximum allowable continuous speed

REAL_MEASURE

null

0173-1#02-ABB544#001

19

22

Minimum permissible head at which the pump can be operated without suffering damage

Minimum allowable head

REAL_MEASURE

null

0173-1#02-ABC040#001

19

23

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

Sound pressure level

REAL_MEASURE

null

0173-1#02-AAO419#004

19

24

comprising a fluid together with substances in solid or gaseous states, whether due to deliberate addition or a change of state caused by a change in conditions

multi-phase

BOOLEAN

null

0173-1#02-ABC083#001

25

2nd level of a 3 level manufacturer specific product hierarchy

Manufacturer product family

STRING_TRANSLATABLE

null

0173-1#02-AAU731#001

7

26

web site address where information about the product or contact is given

adress of additional link

STRING

null

0173-1#02-AAQ326#002

1

27

guideline, stipulation or legislation used for determining conformity

guideline for confirmity declaration

STRING

null

0173-1#02-AAO856#003

1

28

Speed of rotation at which the frequency of vibration (or its multiples) corresponds to the rotor resonant (lateral or torsional)

Critical speed

REAL_MEASURE

null

0173-1#02-ABA888#001

19

29

Rotor resonant frequency calculated assuming that the rotor is supported only at its bearings and that the bearings are of infinite stiffness

Dry critical speed

REAL_MEASURE

null

0173-1#02-ABB129#001

19

30

Rotor resonant frequency calculated considering the additional support and damping produced by the action of the pumped fluid within rotor

Wet critical speed

REAL_MEASURE

null

0173-1#02-ABC073#001

19

31

Speed that characterizes a pump in terms of its speed, flow rate per impeller eye, i.e. total flow for single-flow impeller, half flow for double-flow impeller, at the best efficiency point and head per stage at maximum impeller diameter

Specific speed

REAL_MEASURE

null

0173-1#02-ABC063#001

19

32

Speed that characterizes a pumps cavitation performance in terms of its speed, optimum rate of flow per impeller eye at best efficiency point and NPSH3 at best efficiency point for the first stage at maximum impeller diameter

Suction-specific speed

REAL_MEASURE

null

0173-1#02-ABC067#001

19

33

highest pressure, excluding hydrostatic testing, to which the seal can be subjected while the pump is shut down

maximum static sealing pressure

REAL_MEASURE

null

0173-1#02-ABB797#001

19

34

greatest outlet pressure at the specified operating temperature at which the pump casing can be used

Maximum allowable casing working pressure

REAL_MEASURE

null

0173-1#02-ABB543#001

19

35

pressure to which the pulsation dampener is charged with dry gas prior to start of operation

Pre-charge pressure

REAL_MEASURE

null

0173-1#02-ABC051#001

19

36

Rate of flow which is extracted to activate a balance device

Balancing rate of flow

REAL_MEASURE

null

0173-1#02-ABA884#001

19

37

Rate of flow leaking from shaft seals

Leakage rate of flow

REAL_MEASURE

null

0173-1#02-ABB474#001

19

38

Lowest flow at which the pump can operate without its operation being impaired by the temperature rise of the pumped liquid

Minimum allowable thermal flow

REAL_MEASURE

null

0173-1#02-ABC041#001

19

39

Lowest flow at which the pump can be operated without it adversely affecting ist performance in terms of life expectancy, noise and vibrations

Minimum continuous stable flow

REAL_MEASURE

null

0173-1#02-ABC042#001

19

40

Lowest flow at which the pump can operate without its operation being impaired by the temperature rise of the pumped liquid

Minimum continuous thermal flow

REAL_MEASURE

null

0173-1#02-ABC043#001

19

41

Flow lost internally through clearances

Slip flow

REAL_MEASURE

null

0173-1#01-ABC058#001

19

42

displacement volume for one stroke or one cycle

geometrical flow

REAL_MEASURE

null

0173-1#02-ABB205#001

19

43

NPSH-value required for a drop of 3 % in the total head of the first stage of the pump as a standard basis for use in performance curves

Net positive suction head required for a drop of 3 %

REAL_MEASURE

null

0173-1#02-ABC045#001

19

44

minimum NPSH-value at the pump inlet connection required to give the rated or operating performance at the specified conditions

Net positive suction head required

REAL_MEASURE

null

0173-1#02-ABC044#001

19

45

Highest total head developed by a pump when this does not occur at a zero rate of flow

Head at peak point

REAL_MEASURE

null

0173-1#02-ABB342#001

19

46

relationship between the pump power input and the rate of flow given operating conditions of speed and liquid

pump curve

null

0173-1#02-ABC052#001

13

47

relationship between the net positive suction head required and the rate of flow at given operating conditions of speed and liquid

Pump power input curve

null

0173-1#02-ABC056#001

13

48

Relationship between the net positive suction head required and the rate of flow at given operating conditions of speed and liquid

Pump NPSH curve

null

0173-1#02-ABC055#001

13

49

relationship between the total head of the pump and the rate of flow at given operating conditions /rated conditions of speed and liquid

Pump efficiency curve

null

0173-1#02-ABC053#001

13

50

pump H(Q) curve where the maximum head and shut-off head are coincidental, and the total head declines continuously as the rate of flow increases

Pump H(Q) curve

null

0173-1#02-ABC054#001

13

51

Residual axial thrust on the pump rotor on which the thrust-bearing selection is based

Design axial load

REAL_MEASURE

null

0173-1#02-ABA890#001

19

52

Greatest value of the residual axial thrust on the pump rotor resulting from operating the pump at any condition within its allowable operating range

Maximum axial load

REAL_MEASURE

null

0173-1#02-ABB758#001

19

53

Radial load of the pump rotor for which the bearing system is selected

Design radial load

REAL_MEASURE

null

0173-1#02-ABA914#001

19

54

Greatest radial load of the pump rotor resulting from operating the pump at any condition within ist allowable operating range

Maximum radial load

REAL_MEASURE

null

0173-1#02-ABB796#001

19

55

expectation of the operating time between failures

mean time between failures (MTBF)

REAL_MEASURE

null

0173-1#02-AAQ399#005

19

56

Provides information as to whether it is possible to continuously adapt the control variable to the reference variable of the control unit of the object

Controllable

BOOLEAN

null

0173-1#02-BAI732#009

25

57

Fluid that can be pumped by the pump

Possible Fluid

STRING

null

0173-1#02-ABC050#001

1

58

Specifies whether the pump is to be operated in single, parallel or series connection.

Operating mode

STRING

null

0173-1#02-ABC085#001

1

59

control mode is to be used for the use case

Required control mode

STRING

null

0173-1#02-ABC088#001

1

60

Fluid that is handled by the pump at specified operating conditions

Fluid

STRING

null

0173-1#02-ABC075#001

1

61

maximal permitted temperature of the atmosphere surrounding the operating resource during operation

maximum ambient temperature (during operation)

REAL_MEASURE

null

0173-1#02-AAW302#002

19

62

minimal permitted temperature of the atmosphere surrounding the operating resource during operation

minimum ambient temperature (during operation)

REAL_MEASURE

null

0173-1#02-AAW301#002

19

63

Temperature determined by the given application and fluid.

Working temperature

REAL_MEASURE

null

0173-1#02-AAJ936#003

19

64

maximum value of physical and thermodynamical state variable temperature dimensioned for an operational medium

max. temperature

REAL_MEASURE

null

0173-1#02-AAF584#003

19

65

minimum maximum value of physical and thermodynamical state variable temperature dimensioned for an operational medium

min. temperature

REAL_MEASURE

null

0173-1#02-AAF585#003

19

66

Inlet pressure of the installation for the working conditions

Rated inlet pressure of the installation

REAL_MEASURE

null

0173-1#02-ABC086#001

19

67

Lowest outlet pressure that can occur during operation for the pump

Minimum outlet pressure

REAL_MEASURE

null

0173-1#02-ABC082#001

19

68

Lowest inlet pressure that can occur during operation for the pump

Minimum inlet pressure

REAL_MEASURE

null

0173-1#02-ABC081#001

19

69

horizontal plane for use as the datum for height measurement

Reference plane

REAL_MEASURE

null

0173-1#02-ABC087#001

19

70

Height of the fluid level on the outlet side of the installation or in the centre of the outlet manifold

Height of the outlet side of the installation

REAL_MEASURE

null

0173-1#02-ABC078#001

19

71

Height of the fluid level on the inlet side of the installation, or in the centre of the inlet manifold

Height of the inlet side of the installation

REAL_MEASURE

null

0173-1#02-ABC077#001

19

72

Height of the centre of the pump

Height of the pump

REAL_MEASURE

null

0173-1#02-ABC079#001

19

73

Height of the zero or centre position of the outlet manometer, or other point as defined by the manometer calibration

Height of the outlet manometer

REAL_MEASURE

null

0173-1#02-ABC093#001

19

74

Height of the zero or centre position of the inlet manometer, or other point as defined by the manometer calibration

Height of the inlet manometer

REAL_MEASURE

null

0173-1#02-ABC091#001

19

75

Ratio of the shear stress to the shear velocity acting in a liquid subjected to a plane shear motion

Dynamic viscosity

REAL_MEASURE

null

0173-1#02-BAB606#006

19

76

ratio of the dynamic viscosity to the density of the pumped liquid

Kinematic viscosity

REAL_MEASURE

null

0173-1#02-ABC096#001

19

77

quotient of the mass m divided by the spatial volume V

Density

REAL_MEASURE

null

0173-1#02-BAA356#004

19

78

Mean absolute pressure of the atmosphere measured at the place of installation of the pump

Atmospheric pressure

REAL_MEASURE

null

0173-1#02-ABC090#001

19

79

Differential pressure for the operating conditions at the guarantee point

Rated differential pressure

REAL_MEASURE

null

0173-1#02-ABC109#001

19

80

Highest pressure expected at the shaft seals during any specified operating condition and during startup and shutdown

Maximum dynamic sealing pressure

REAL_MEASURE

null

0173-1#02-ABC097#001

19

81

Lowest flow at which the pump can operate without exceeding the noise and vibration limits imposed in the order

Minimum allowable stable flow

REAL_MEASURE

null

0173-1#02-ABC101#001

19

82

proportion of gaseous substance in the liquid to be pumped, either as a contaminant or as vapour from the main body of liquid

gas content

REAL_MEASURE

null

0173-1#02-ABC076#001

19

83

generic term for different physically distinct bus systems for automation , manufacturing technology , building automation

Field bus system

STRING

null

0173-1#02-AAW334#001

1

84

ratio of the volume of the solids to the total volume of all constituents the fluid

solids volume fraction

REAL_MEASURE

null

0173-1#02-AAQ874#003

19

85

Difference between the total head at the outlet side of the pump and the total head at the inlet side of the pump

Pump total head

REAL_MEASURE

null

0173-1#02-ABC108#001

19

86

Difference between the NPSH datum plane and the reference plane

Height of the NPSH datum plane

REAL_MEASURE

null

0173-1#02-ABC092#001

19

87

Minimum NPSH available at the inlet area of the pump as determined by the conditions of the installation for a specified rate of flow

Net positive suction head available

REAL_MEASURE

null

0173-1#02-ABC102#001

19

88

Rated flow at the inlet area of the installation divided by the inlet area of the installation

Mean rated velocity at inlet area of the installation

REAL_MEASURE

null

0173-1#02-ABC098#001

19

89

Rated flow at the outlet area of the installation divided by the inlet area of the installation

Mean rated velocity at outlet area of the installation

REAL_MEASURE

null

0173-1#02-ABC099#001

19

90

Power required by the pump at the rated conditions

Pump rated power input

REAL_MEASURE

null

0173-1#02-ABC107#001

19

91

maximum boundary value of temperature range in a specified temperature, in which an operating unit can be used, without serious changes of assigned features, depending on the exposure time. Temporal restrictions like short-time or durability have to be stated

max. temperature range

REAL_MEASURE

null

0173-1#02-AAH176#003

19

92

Greatest value of pump efficiency obtained at given operating conditions

Pump best efficiency

REAL_MEASURE

null

0173-1#02-ABC104#001

19

93

minimum boundary value of the temperature range, in which an operating unit can be used, without serious changes of assigned features, depending on the exposure time. Temporal restrictions like short-time or durability have to be stated

min. temperature range

REAL_MEASURE

null

0173-1#02-AAH177#003

19

94

quantitative information relating to the utilization duration in years

Useful life

null

0173-1#02-BAF286#005

13

95

Number of revolutions of the pump in a given time required to meet the rated conditions

Rated speed

REAL_MEASURE

null

0173-1#02-ABC110#001

19

96

Time interval from first use until the instant when a limiting state is reached

useful life

null

0173-1#02-ABC113#001

13

97

passed time period after comissioning of a system, sub-system, component or piping

Operating time

REAL_MEASURE

null

0173-1#02-AAZ825#001

19

98

Time interval when maintenance is carried out on an item including technical, logistic and internal administrative delays

Maintenance time

REAL_MEASURE

null

0173-1#02-ABA719#001

19

99

Part of the maintenance time when active maintenance is carried out on an item

Active maintenance time

REAL_MEASURE

null

0173-1#02-ABA713#001

19

Datasets:

JoBeer
/

eclassCorpus

Dataset Card for "eclassCorpus"