did
int64 0
1.04k
| query
stringlengths 5
943
| name
stringlengths 1
71
| duplicate_id
int64 0
671
| metalabel
int64 1
37
|
|---|---|---|---|---|
800
|
Classification of explosion-proof electrical equipment according to their maximum surface temperature for use in explosive atmospheres according to (IEC 50(426):1990
|
Explosionprotection temperature class of electric motor
| 432
| 1
|
801
|
Constructive measures for electrical equipment to prevent the ignition of a surrounding potentially explosive atmosphere
|
Explosion protection Type of protection of the electric motor
| 433
| 1
|
802
|
Standardized identification of the type of ignition protection to be used or the hazardous environment of an equipment operation
|
Ex- protection label
| 434
| 1
|
803
|
(official) designation for a natural or legal person who is responsible for the design, manufacture and packaging as well as the labeling of the seal with a view to placing it on the market on his own behalf, regardless of whether these activities are carried out by this person or on his behalf by a third person
|
man. name of sealing
| 435
| 1
|
804
|
common name of material of can
|
designation of the material of the can
| 436
| 1
|
805
|
The course of the resistive torque (load torque) of the driven machine in relation to the motor shaft as a function of speed
|
drive load moment
| 437
| 7
|
806
|
Indicates whether a manufacturer's declaration is available for the product
|
man. Declaration avail.
| 438
| 25
|
807
|
indicates whether the object has equipment with which heating or cooling is possible
|
heating/cooling avail.
| 439
| 25
|
808
|
country in which the manufacturer ist legally registered
|
Producer country
| 440
| 7
|
809
|
uniqui combination of characters in order to identify an order
|
Man. order code
| 441
| 7
|
810
|
Designation of a manufacturer's list within all individual parts required for the production or assembly of a product are named
|
Manufacturer parts list number
| 442
| 1
|
811
|
number which is linked to a document with drawings
|
draw. num. of manufacturer
| 443
| 1
|
812
|
guideline for determining conformity
|
declaration of conformity
| 444
| 1
|
813
|
The maximum length-wise expansion of the base plate
|
base plate length
| 445
| 19
|
814
|
The maximum height-wise expansion of the base plate
|
base plate length
| 446
| 19
|
815
|
the largest radial enveloping dimension of the impeller
|
Outer diameter of impeller
| 447
| 19
|
816
|
largest extension of the height
|
height (overall)
| 448
| 19
|
817
|
largest extension of the length
|
length (overall)
| 449
| 19
|
818
|
internal volume of a pressure chamber up to the first flange connection, excluding the volume of internal parts
|
fill vol (equip)
| 450
| 19
|
819
|
mechanical resistance before movement of the actuator
|
init. breakaway torque (actuator)
| 451
| 19
|
820
|
Commonly used name or trade name of the material of the coating in room 1
|
coating material designation (room1)
| 452
| 1
|
821
|
everyday language name for the material of the containment shroud
|
containment can material name
| 453
| 1
|
822
|
Usual name of the material of the drive housing in general language
|
drive housing material name
| 454
| 1
|
823
|
common material name of the plain bearing sleeve
|
name of the material of plain bearing bush
| 455
| 1
|
824
|
Usual name or brand name of the material of the casing in general language
|
name of material of housing
| 456
| 7
|
825
|
commonly designation of the material of dynamic seal
|
dynamic seal material name
| 457
| 1
|
826
|
Commonly used name or trade name of the substance or mixture of substances which is pumped
|
pumped medium designation
| 458
| 1
|
827
|
designation of the material which was used to produce the auxiliary seal
|
auxiliary seal material name
| 459
| 1
|
828
|
everyday language name for the material of the shaft
|
name of material of shaft
| 460
| 1
|
829
|
Commonly used name or trade name of the material of the shaft protection sleeve
|
shaft protection sleeve material designation
| 461
| 1
|
830
|
Usual name of the material of the static seal in general language (housing)
|
static seal housing material name
| 462
| 1
|
831
|
Commonly used name or trade name of the material of the stator
|
Stator material designation
| 463
| 1
|
832
|
Classification of Explosion-proof pump
|
EPL Explosion of pump
| 464
| 1
|
833
|
Characterization of hazardous gaseous substances based on their ability to cause an explosion
|
explosion protection group of electric drive
| 465
| 1
|
834
|
Classification of Explosion-proof electric drive
|
EPL Explosion of electric drive
| 466
| 1
|
835
|
characterization of ability of gas to cause an explosion
|
pump ex prot group
| 467
| 1
|
836
|
construction measures that ensure, that ignition is prevented
|
Type of pump ignition protection
| 468
| 1
|
837
|
classification of explosion-proof electrical equipment based on its maximum surface temperature (use in potentially explosive atmosphere)
|
temperature class of pump (ex-protection)
| 469
| 1
|
838
|
equipment classification according to the place of use and the cause of the hazard
|
device group of pump (ex-protection)
| 470
| 1
|
839
|
marking of explosion protection according to directive 94/9/EC
|
marking of explosion protection of the pump
| 471
| 1
|
840
|
Classification determined by the safety level of the device
|
pump category for explosion protection
| 472
| 1
|
841
|
Use of a Universal Resource Identifier (URI) for the unique global identification of the object within an installation
|
identification of a plants object
| 473
| 1
|
842
|
name of the material of the stator tube
|
stator tube material name
| 474
| 1
|
843
|
Commonly used name or trade name of the material of the impeller
|
Impeller material name
| 475
| 1
|
844
|
a clearly descritption by using a numbering of materials based in standards
|
can material number
| 476
| 1
|
845
|
standard-based coding of materials of dynamic seal
|
dynamic seal material key
| 477
| 1
|
846
|
a clearly descritption of the material of the coating by using a numbering of materials based in standards
|
mat numb of coating (room 1)
| 478
| 1
|
847
|
Standards-based material coding (containment can)
|
mat numb of containment can
| 479
| 1
|
848
|
a clearly description of the material of the drive housing by using a numbering of materials based in standards
|
mat numb of drive housing
| 480
| 1
|
849
|
A norm-based numbering of the materials. The material is unambiguously described by referring to a norm
|
mat numb of plain bearing brush
| 481
| 1
|
850
|
a clearly descritption of the material of the housing by using a numbering of materials based in standards
|
housing material number
| 482
| 7
|
851
|
number code of different materials of dynamic seals which are based on standars
|
dynamic seal material number
| 483
| 1
|
852
|
a clearly description of the pumped medium by using a numbering of substances based in standards
|
pumped medium substance code
| 484
| 1
|
853
|
a clearly description of the auxaliary seal by using a numbering of materials based in standards
|
material code for auxiliary seal
| 485
| 1
|
854
|
a clearly description of the shaft by using a numbering of materials based in standards
|
number of material of shaft
| 486
| 1
|
855
|
a clearly description of the shaft protection sleeve by using a numbering of materials based in standards
|
number of material of shaft protection sleeve
| 487
| 1
|
856
|
a clearly description of the static seal housing by using a numbering of materials based in standards
|
static seal housing material code
| 488
| 1
|
857
|
norm-based coding of the material of the stator
|
Stator material code
| 489
| 1
|
858
|
a clearly description by using a numbering of materials based in standards
|
stator tube material number
| 490
| 1
|
859
|
a clearly description of the impeller by using a numbering of materials based in standards
|
Impeller material code
| 491
| 1
|
860
|
manufacture country of the product
|
manufacture country of product
| 492
| 1
|
861
|
Quantitative quantity of levels represented by natural numbers
|
count of levels
| 493
| 31
|
862
|
standard describing the material and material number. The type and number of the standard with the year and month of issue must be indicated.
|
Reference standard of the material (coating, space 1)
| 494
| 1
|
863
|
standard describing the material and material number. The type and number of the standard with the year and month of issue must be indicated.
|
Reference standard of the shaft material
| 495
| 1
|
864
|
standard describing the material and material number. The type and number of the standard with the year and month of issue must be indicated.
|
Reference standard of the material of the drive housing
| 496
| 1
|
865
|
standard describing the material and material number. The type and number of the standard with the year and month of issue must be indicated.
|
Reference standard of the can material
| 497
| 1
|
866
|
reference parameter with informative value about mechanical and dimensional properties of a pipe component
|
PN of muffs (A1)
| 498
| 1
|
867
|
reference parameter with informative value about mechanical and dimensional properties of a pipe component
|
PN of muffs (A2)
| 499
| 1
|
868
|
Nominal size is an alphanumeric designation of size for components in a piping system for reference. (A1)
|
DN of muffs (A1)
| 500
| 1
|
869
|
Nominal size is an alphanumeric designation of size for components in a piping system for reference. (A2)
|
DN of muffs (A2)
| 501
| 1
|
870
|
describes the degree of protection of an electric motor against ingress of foreign objects and water
|
electric motor - protection type class
| 502
| 1
|
871
|
Continuous, short-term or intermittent duty characterized by one or more loads that remain unchanged over a period of time, or non-periodic duty where the load and speed vary generally within the allowable operating range
|
Timing of the operating mode of the drive
| 503
| 7
|
872
|
DUNS number, supplier number or other number to identify a provider or supplier of the identification number
|
D-U-N-S-Number
| 504
| 1
|
873
|
the then version of the standard to which reference was made
|
reference norm
| 505
| 1
|
874
|
the corresponding standard where the material code is defined
|
reference norm for material of the housing
| 506
| 1
|
875
|
Difference between absolute pressure and atmospheric pressure. For this purpose, the overpressure for a pressure chamber can be in a vacuum, for example.
|
max. overpressure (shaft seal)
| 507
| 19
|
876
|
Vom Hersteller festgelegter Höchstwert des Betriebsüberdruckes PS1+ bezogen auf den Atmosphärendruck bei maximal zugelassener Betriebstemperatur TS1
|
the maximum permissible overpressure (PS1+ at TS1, room 1)
| 508
| 19
|
877
|
Maximum value of the operating vacuum PS2- specified by the manufacturer in relation to the atmospheric pressure at the maximum permissible operating temperature TS2
|
the maximum permissible negative pressure (PS2- for TS2, room 1)
| 509
| 19
|
878
|
Maximum value of the operating vacuum PS2- specified by the manufacturer in relation to the atmospheric pressure at the maximum permissible operating temperature TS2
|
the maximum permissible negative pressure (PS2- for TS2, room 2)
| 510
| 19
|
879
|
The maximum value of the operating vacuum PS1- specified by the manufacturer in relation to the atmospheric pressure at the maximum permissible operating temperature TS1
|
the maximum permissible negative pressure (PS1- at TS1, room 1)
| 511
| 19
|
880
|
The maximum value of the operating vacuum PS1- specified by the manufacturer in relation to the atmospheric pressure at the maximum permissible operating temperature TS1
|
the maximum permissible negative pressure (PS1- at TS1, room 2)
| 512
| 19
|
881
|
Maximum value of the operating vacuum PS2+ specified by the manufacturer in relation to the atmospheric pressure at the maximum permissible operating temperature TS2
|
the maximum permissible overpressure (PS2+ at TS2, room 1)
| 513
| 19
|
882
|
Maximum value of the operating vacuum PS2+ specified by the manufacturer in relation to the atmospheric pressure at the maximum permissible operating temperature TS2
|
the maximum permissible overpressure (PS2+ at TS2, room 2)
| 514
| 19
|
883
|
Maximum value of the operating vacuum PS1+ specified by the manufacturer in relation to the atmospheric pressure at the maximum permissible operating temperature TS1
|
the maximum permissible overpressure (PS1+ at TS1, room 2)
| 515
| 19
|
884
|
Maximum outer diameter of a pump impeller for a specific pump housing
|
the maximum permissible outside diameter of the impeller
| 516
| 19
|
885
|
minimum outer diameter of a pump impeller for a specific pump housing
|
the minimum permissible outside diameter of the impeller
| 517
| 19
|
886
|
nominal value of the net positive suction head at maximum flow rate
|
NPSH at max. flow rate
| 518
| 19
|
887
|
nominal value of the net positive suction head at minimum flow rate
|
NPSH at min. flow rate
| 519
| 19
|
888
|
minimum density of the liquid at design temperature (mass by volume). The unit used must be listed. The reference temperature is 15°C. This may vary for special purposes.
|
the minimum density at design temperature
| 520
| 19
|
889
|
maximum density of the liquid at design temperature (mass by volume). The unit used must be listed. The reference temperature is 15°C. This may vary for special purposes.
|
the maximum density at design temperature
| 521
| 19
|
890
|
Number of revolutions divided by the corresponding time
|
the maximum speed of the drive
| 522
| 13
|
891
|
Number of revolutions divided by the corresponding time
|
the minimum speed of the drive
| 523
| 13
|
892
|
speed in the rated state
|
Measuring speed of the electric motor
| 524
| 13
|
893
|
Number of revolutions divided by the corresponding time
|
rated speed of the drive
| 525
| 13
|
894
|
largest value of the ratio of applied shear stress to shear rate. The dynamic viscosity η (η= "Eta") is a measure of the viscosity of a fluid
|
the maximum dynamic viscosity at design temperature
| 526
| 19
|
895
|
lowest value of the ratio of applied shear stress to shear rate. The dynamic viscosity η (η= "Eta") is a measure of the viscosity of a fluid
|
the minimum dynamic viscosity at design temperature
| 527
| 19
|
896
|
Rated power at operating conditions specified by the manufacturer
|
rated output of the electric motor
| 528
| 19
|
897
|
lowest value of the mechanical power requirement of the pump at any flow rate, under any permissible working conditions
|
min. pump power requirement
| 529
| 19
|
898
|
voltage specified by the manufacturer, which results from measured values under certain circumstances
|
Electric motor measured tension
| 530
| 19
|
899
|
Minimum temperature of the material that must not be fallen below in order to prevent changes in the material properties
|
work temperature (lower limt)
| 531
| 19
|
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