did
int64 0
1.04k
| query
stringlengths 5
943
| name
stringlengths 1
71
| duplicate_id
int64 0
671
| metalabel
int64 1
37
|
|---|---|---|---|---|
300
|
Height of the zero or centre position of the outlet manometer
|
Height of the pressure gauge at the outlet
| 73
| 19
|
301
|
Height of the zero or centre position of the inlet manometer
|
Height of the pressure gauge at the inlet
| 74
| 19
|
302
|
Ratio of shear stress to shear velocity acting in a fluid in relation to a plane shear motion
|
dynamic viscosity
| 75
| 19
|
303
|
this signal provides the kinematic viscosity
|
kinematicviscosity
| 76
| 19
|
304
|
measure for the friction forces of a fluid divided by the fluid density
|
kin viscosity
| 76
| 19
|
305
|
Volumic mass at a stated temperature
|
den
| 77
| 19
|
306
|
Average absolute atmospheric pressure measured at installation site
|
atmos press
| 78
| 19
|
307
|
Differential pressure at working conditions in the warranty point
|
design diff press
| 79
| 19
|
308
|
highest dynamic pressure that the seal has to resist
|
max_sealing_pressure
| 80
| 19
|
309
|
smallest flow rate at which the pump can operate without exceeding the noise and vibration limits specified in the order
|
Min perm stable flow rate
| 81
| 19
|
310
|
content of gas in the liquid to be pumped
|
gas cont
| 82
| 19
|
311
|
bus system which is physically distinct for different fields of application
|
field bus
| 83
| 1
|
312
|
ratio: volume of solid to volume of medium
|
sol vol fraction
| 84
| 19
|
313
|
actual total head of the pump
|
total head pump
| 85
| 19
|
314
|
Determined difference between the total head at the outlet side of the pump and the total head at the inlet side of the pump
|
total head of the pump
| 85
| 19
|
315
|
Difference: NPSH reference plane and reference plane
|
height (npsh datum plane)
| 86
| 19
|
316
|
minimum existing (NPSH) value in the inlet cross-section of the pump, which is determined by the system conditions for a fixed flow rate
|
npsh avail
| 87
| 19
|
317
|
Design flow rate in the inlet cross-section of the system divided by the inlet cross-section of the system
|
Average design speed in the plant inlet
| 88
| 19
|
318
|
Design flow rate in the outlet cross-section of the system divided by the outlet cross-section of the system
|
Average design speed at the plant outlet
| 89
| 19
|
319
|
The mechanical power absorbed by the pump shaft or coupling according to the design conditions.
|
Pump design power demand
| 90
| 19
|
320
|
temperatur range in which a piece of equipment can be used without a serious change in certain guaranteed properties
|
temperature range (max)
| 91
| 19
|
321
|
largest value of the pump efficiency related to given operating conditions
|
best eff (pump)
| 92
| 19
|
322
|
Lower limit value of the temperature application range of a piece of equipment. The temperature application range of equipment describes the temperature range in which it can be used without serious changes to certain guaranteed properties.
|
temperature range (min)
| 93
| 19
|
323
|
time quantity of use
|
Service life
| 94
| 13
|
324
|
an Anglo-American unit in mechanics for the rotational speed, for example of a rotary axis
|
RPM
| 95
| 19
|
325
|
indicates the number of revolutions in a time period related to this time period
|
speed
| 95
| 19
|
326
|
Revolutions per minute (abbreviated rpm, RPM, rev/min, r/min, or with the notation min ) is the number of turns in one minute. It is a unit of rotational speed or the frequency of rotation around a fixed axis.
|
rotation frequency
| 95
| 19
|
327
|
actual rounds per minute to an axis
|
rounds per minute
| 95
| 19
|
328
|
Speed corresponding to the rated data of the motor used.
|
Rated speed
| 95
| 19
|
329
|
indicates how many revolutions a rotary movement has
|
orbital freuquency
| 95
| 19
|
330
|
indicates how many revolutions a rotary movement has
|
revolutions per minute
| 95
| 19
|
331
|
indicates how many revolutions a rotary movement has
|
rotations per minute
| 95
| 19
|
332
|
Time period, starting from the first use and ending with the time when the limit state is reached.
|
Service life
| 96
| 13
|
333
|
Period of time from the commissioning of a plant, part of a plant, a component or a line system
|
service life
| 97
| 19
|
334
|
the time after commissioning
|
operation time
| 97
| 19
|
335
|
Length of time that maintenance is performed on an object, including technical, logistical, and internal administrative delays
|
time for maintenance
| 98
| 19
|
336
|
time required for maintenance
|
maintenance duration
| 98
| 19
|
337
|
Part of the maintenance time during which active maintenance is carried out on an object
|
time for active maintenace
| 99
| 19
|
338
|
Period of time in which an object is stationary
|
downtime
| 100
| 19
|
339
|
During this time, the object is in standstill mode
|
standstill time
| 100
| 19
|
340
|
accumulated span of uptime from the object's initial startup or from recovery to failure
|
uptime to failure
| 101
| 19
|
341
|
Range of uptime from initial start-up to failure
|
operation time to failure
| 101
| 19
|
342
|
Total uptime of an object between two consecutive failures
|
operation time between failures
| 102
| 19
|
343
|
the time between two consecutive failures
|
Uptime between failures
| 102
| 19
|
344
|
Number of failures of an object in a given scan divided by the scan
|
average failure rate
| 103
| 19
|
345
|
the result of the division from the number of failures in a given period through the period
|
breakdown rate
| 103
| 19
|
346
|
Ability of an object, under given conditions and when required to be in a state, to perform a required function
|
avbl
| 104
| 19
|
347
|
capabilty to perform the function under certain circumstances when required
|
functionality
| 104
| 19
|
348
|
Percentage that the suitability of an object is in a state ready to perform when required
|
current Availability
| 105
| 19
|
349
|
Probability of an object's suitability when required to be in a working condition under given conditions at a given time and assuming the necessary external resources are provided
|
immediate availability
| 105
| 19
|
350
|
proportion of actual production to required production
|
production availability
| 106
| 19
|
351
|
ratio of actual production to planned production in a given period
|
availabilty related to production
| 106
| 19
|
352
|
time-related proportion within a given period during which an object was able to perform when required
|
Time-related availability
| 107
| 19
|
353
|
Percentage in a period where the object has fulfilled the function
|
availability in relation to time
| 107
| 19
|
354
|
reliability that is expected under normal operating and maintenance conditions
|
anticipated reliability
| 108
| 19
|
355
|
Reliability of an object, which is determined by design planning and manufacture under expected operating and maintenance conditions
|
Reliability that's expected
| 108
| 19
|
356
|
actual reliability of an object, taking into account the modes of operation, operating conditions and any preventive maintenance measures carried out
|
reliability of operation
| 109
| 19
|
357
|
describes the reliability of an object in relation to operation and maintenance measures
|
operational reliability
| 109
| 19
|
358
|
Ability of an object to fulfill a required function under given conditions of use and maintenance until the end of its service life
|
durability
| 110
| 19
|
359
|
the durability describes how well the object fulfills the required function up to the end of its useful life
|
long-lastingness
| 110
| 19
|
360
|
Part of the maintenance time during which active corrective maintenance is performed on an object, including technical, logistical and internal administrative delays
|
corrective service time
| 111
| 19
|
361
|
the active corrective maintenance time on an object including technical, logistical and internal administrative delays
|
time for corrective maintennace
| 111
| 19
|
362
|
number of breakdowns of an object
|
number of breakdowns
| 112
| 31
|
363
|
number of component breakdowns
|
breakdown number
| 112
| 31
|
364
|
potential or actual harmful consequences of a failure or error
|
severity of an outage
| 113
| 1
|
365
|
Amount of loss, harm or damage caused by error or failure
|
severity of failure
| 113
| 1
|
366
|
This attribute indicates the date of installation or commissioning of the device.
|
inst date
| 114
| 13
|
367
|
This attribute identifies the date when the device was last inspected.
|
date of last inspection
| 115
| 13
|
368
|
This attribute identifies the date when the device is scheduled for the next inspection.
|
date of next inspection
| 116
| 13
|
369
|
This attribute identifies the date when the device was last serviced.
|
date of last service
| 117
| 13
|
370
|
This attribute identifies the date when the device is scheduled for the next servicing.
|
date of next service
| 118
| 13
|
371
|
pump power requirement at the point of best efficiency
|
optimum power input of pump
| 119
| 19
|
372
|
number of rotations or movements made in a given time (measurement)
|
speed
| 120
| 19
|
373
|
Measured pressure in the outlet cross section of the system
|
Plant outlet pressure
| 121
| 19
|
374
|
Measured pressure in the inlet cross section of the system
|
System inlet pressure
| 122
| 19
|
375
|
Determined (actual) gain in total pressure between the pump inlet and pump outlet
|
pressure difference
| 123
| 19
|
376
|
Measured internal temperature of component fluid
|
fluid temp
| 124
| 19
|
377
|
Temperation of the pump-bearing
|
temp_bearing
| 125
| 19
|
378
|
temperature measurement of the housing
|
Case temperature
| 126
| 19
|
379
|
temperature of the electronics (measurement)
|
temperature of the electronics
| 127
| 19
|
380
|
Mass flow rate of a fluid in a given unit of time through an equipment
|
Mass flow rate
| 128
| 37
|
381
|
total head at the outlet of the plant
|
plant outlet total head
| 129
| 19
|
382
|
this signal provides the total head at the inlet of the installation
|
installationinlethead
| 130
| 19
|
383
|
total head at the inlet of the plant
|
plant inlet total head
| 130
| 19
|
384
|
difference between installation outlet and inlet head
|
installationtotalhead
| 131
| 19
|
385
|
Measured mechanical power transferred to the fluid as it passes through the pump
|
Pump delivery rate
| 132
| 19
|
386
|
Measured mechanical power transferred to the fluid by passing the pump
|
pump output power
| 132
| 19
|
387
|
Measured density of the fluid
|
d
| 133
| 19
|
388
|
actual humidity that is measured in the surrounding of the pump
|
amb_hum
| 134
| 19
|
389
|
summed up number of starts
|
Quantity starts
| 135
| 31
|
390
|
accumulated number of starts
|
count of starts
| 135
| 31
|
391
|
declaration of confirmity (publicy aaccessible)
|
Declaration of compliance
| 136
| 13
|
392
|
the actual sound energy level
|
soundenergylevel
| 137
| 19
|
393
|
ten times the logarithm to the base 10 of the ratio of the sound energy J to a reference value J0 expressed in decibels
|
acoustic energy level
| 137
| 19
|
394
|
Sound Energy Level is the logarithmic ratio of the sound energy to the reference sound energy.
|
acoustic energy level
| 137
| 19
|
395
|
Ratio of the actual pump delivery flow to the displaced volume per unit of time
|
volumetrical efficency
| 138
| 19
|
396
|
determined ratio of the conveying capacity P_u to the power requirement P under certain working conditions
|
pump eff
| 139
| 19
|
397
|
determined shore of the delivery rate P_u to the power demand P under certain working conditions
|
pump efficiency
| 139
| 19
|
398
|
pump power output divided by the pump power input
|
efficiency of the pump
| 139
| 19
|
399
|
actual mechanical efficiency
|
mechanicalefficiency
| 140
| 19
|
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