Datasets:

gart-labor

/

eclassCorpus

like 0

actual value of the discrete input unit

discrete input value

0173-1#02-ABC146#001

actual value of the discrete output unit

discrete output value

0173-1#02-ABC142#001

user-defined value for use with fault action property

fault value

STRING

0173-1#02-ABC130#001

total number of transitions of the value from th off to the on state

on off cycle

INTEGER

0173-1#02-ABC141#001

desired operation mode of the pump

set operation mode

STRING

0173-1#02-ABC140#001

desired control mode of the pump

set control mode

STRING

0173-1#02-ABC139#001

actual status of the element

property-status

0173-1#02-ABC132#001

operation status of a machine

on/off

0173-1#02-ABC131#001

input variable to a comparing element in a controlling system, which sets the desired value of the controlled variable and is deducted from the command variable

reference variable

REAL_MEASURE

0173-1#02-ABC128#001

output variable of the controlling system, which is also an input variable of the controlled system

manipulated variable

STRING

0173-1#02-ABC125#001

variable quantity, which represents the controlled variable and is returned to the comparing element

feedback variable

REAL_MEASURE

0173-1#02-ABC122#001

duration of the time interval by which the output variable is shifted relative to the input variable

dead time

REAL_MEASURE

0173-1#02-AAM698#005

proportional element, the quotient of the variation of the output variable to the corresponding variation of the input variable

proportional action coefficient

STRING

0173-1#02-ABC127#001

characterization of the way and the extent to which the human operator intervenes in the control equipment

operating mode

STRING

0173-1#02-ABC126#001

integral element, the quotient of the time derivative of the output variable to the fixed value of the input variable

integral action coefficient

STRING

0173-1#02-ABC124#001

variable quantity which has, or combination of variable quantities which have, to be influenced by the control

final controlled variable

REAL_MEASURE

0173-1#02-ABC123#001

for a derivative element, the quotient of the value of the output variable to the value of the time derivative of the input variable

derivative action coefficient

STRING

0173-1#02-ABC121#001

output variable of the controlling element, which is deducted from the control difference variable and is also the input variable of the actuator

controller output variable

REAL_MEASURE

0173-1#02-ABC120#001

output variable of the controlled system that will be acted upon by one or more manipulated variables

controlled variable

REAL_MEASURE

0173-1#02-ABC119#001

difference between the reference variable and the feedback variable

control difference variable

REAL_MEASURE

0173-1#02-ABC118#001

variable quantity, which is not influenced by the control but is introduced into the control system from outside with the aim of making the final controlled variable follow it in a given relationship

command variable

REAL_MEASURE

0173-1#02-ABC117#001

absolute static pressure of the emerging mixture immediate downstream the pressure connection

Counterpressure

0173-1#02-BAJ129#007

temperature of the refrigerating agent used for cooling

Coolant temperature

REAL_MEASURE

0173-1#02-AAB758#006

measured rate of flow passing through the exit from the volute divided by the throat area

mean velocity at throat

REAL_MEASURE

0173-1#02-ABC161#001

measured power transmitted to the pump by its driver

water pump power consumption

REAL_MEASURE

0173-1#02-AAJ763#003

amount of the absolute value of the total head above the head, equivalent to the vapour pressure of the liquid at the particular temperature, with reference to the NPSH datum plane

net positive suction head

REAL_MEASURE

0173-1#02-ABC164#001

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

lift circulating pump

REAL_MEASURE

0173-1#02-AAI540#004

measured dfifference between instantaneous pressure and static pressure

sound pressure

REAL_MEASURE

0173-1#02-ABC178#001

determined through a surface, product of the sound pressure, p, and the component of the particle velocity, un, at a point on the surface in the direction normal to the surface, integrated over that surface

sound power

REAL_MEASURE

0173-1#02-ABC177#001

determined integral of the sound power, p, over a stated time interval of duration t (starting at t1 and ending at t2)

sound energy

REAL_MEASURE

0173-1#02-ABC175#001

measured residual force acting at right angles to the line of the shaft and derived from hydraulic forces

radial load of pump rotor

REAL_MEASURE

0173-1#02-ABC174#001

measured temperature of the pump

pump temperature

REAL_MEASURE

0173-1#02-ABC173#001

measured rate of flow leaking from shaft seals

leakage rate of flow

REAL_MEASURE

0173-1#02-ABC157#001

measured clearance flow between the housing and the impeller

clearance flow

REAL_MEASURE

0173-1#02-ABC151#001

determined power loss due clearance flows

power loss due to internal leakage

REAL_MEASURE

0173-1#02-ABC168#001

measured position of the axial rotor in bearing

axial rotor position

REAL_TYPE

0173-1#02-ABC149#001

measured residual thrust acting through the shaft derived from hydraulic or mechanical forces

axial load of pump rotor

REAL_MEASURE

0173-1#02-ABC148#001

ten times the logarithm to the base 10 of the ratio of the sound power of a source, p, to a reference value, p0, expressed in decibels

sound output level

0173-1#02-BAA081#005

measured oil pressure of the lubrication system

lubricating oil pressure

REAL_MEASURE

0173-1#02-ABC160#001

measured oil consumption of the lubricating system

lubricating oil consumption

REAL_MEASURE

0173-1#02-ABC159#001

measured level

level

REAL_MEASURE

0173-1#02-ABC158#001

part of the active maintenance time taken to perform a preventive maintenance

active preventive maintenance time

REAL_MEASURE

0173-1#02-ABA746#001

part of maintenance time when preventive maintenance is carried out on an item, including technical, logistic and internal administrative delay

preventive maintenance time

REAL_MEASURE

0173-1#02-ABA745#001

maintainability of an item determined by the design under expected conditions of maintenance and logistic support

intrinsic maintainability

REAL_MEASURE

0173-1#02-ABA734#001

Percent probability of a fault-free operation over the period of time specified under the reliability period under specified environmental conditions

Reliability according to norm

REAL_MEASURE

0173-1#02-AAY978#001

average of the time to restauration

time to restoration

REAL_MEASURE

0173-1#02-ABA728#001

time interval throughout which an item is in a standby state

standby time

REAL_MEASURE

0173-1#02-ABA726#001

average of the time to restauration

mean time to restauration

REAL_MEASURE

0173-1#02-ABA721#001

time interval throughout which an item is in an external disabled state

external disabled time

REAL_MEASURE

0173-1#02-ABA715#001

Timescale for the mean downtime

mean downtime

REAL_MEASURE

0173-1#02-AAO768#001

delivery which is to be expected for usual operation

normal feed flow

REAL_MEASURE

0173-1#02-BAJ126#007

gauge pressure of the gaseous state of a substance which is in thermodynamic equilibrium with the liquid or solid phase of the substance at a given temperature

vapor pressure (gauge)

REAL_MEASURE

0173-1#02-AAQ871#007

head observed at outlet area of the installation, corresponding to the sum of the height, pressure head and velocity head

total head at outlet area of the installation

REAL_MEASURE

0173-1#02-ABC112#001

head observed at inlet area of the installation, corresponding to the sum of the height, pressure head and velocity head

total head at inlet area of the installation

REAL_MEASURE

0173-1#02-ABC111#001

difference between the total head at the outlet side of the installation and the total head at the inlet side of the installation

installation total head

REAL_MEASURE

0173-1#02-ABC095#001

power absorbed by friction in bearings and shaft seal at given operating conditions of the pump

pump mechanical power losses

REAL_MEASURE

0173-1#02-ABC106#001

smallest rate of flow that the pump can be expected to deliver continuously without risk of internal damage when operated at the rated speed and on the liquid for which it was supplied

Min. feed flow

REAL_MEASURE

0173-1#02-BAI022#005

greatest rate of flow the pump can be expected to deliver continuously without risk of internal damage when operated at the rated speed and on the liquid for which it was supplied

Max. feed flow

REAL_MEASURE

0173-1#02-BAI023#005

proportion of the pump power input, p, delivered as pump power output, pu, at given operating conditions

pump efficiency

REAL_MEASURE

0173-1#02-ABC105#001

proportion of the pump power input, p, available after satisfying the mechanical power losses, pj,ab, at given operating conditions

mechanical efficiency

REAL_MEASURE

0173-1#02-ABC100#001

proportion of the driver power input, pmot, delivered as pump power output, pu

overall efficiency

REAL_MEASURE

0173-1#02-ABC103#001

proportion of pump available power input, pa, which is delivered as pump power output, pu, after satisfying the losses resulting from friction due to the relative motion of internal surfaces and internal leakage

hydraulic efficiency

REAL_MEASURE

0173-1#02-ABC094#001

total pressure (including velocity pressure) at the pump inlet connection less the liquid vapour pressure at the present temperature of the liquid

net positive inlet pressure available

REAL_MEASURE

0173-1#02-ABC084#001

greatest difference between the total energy height at the outlet side of the pump aggregate and the total energy height of the intake side of the pump aggregate at operating point

maximum feed height

REAL_MEASURE

0173-1#02-BAJ123#007

absolute total inlet head above the head equivalent to the vapor pressure based on the NPSH at the operating point

NPSH-nominal

REAL_MEASURE

0173-1#02-BAJ153#009

smallest total energy height at the outlet side of the pump aggregate to the total energy height of the admission side of the pump aggregate at operating point

minimum feed height

REAL_MEASURE

0173-1#02-BAJ124#008

difference between the total energy height on the outlet side of the pump aggregate and the total energy height of the intake side of the pump aggregate ruling at operating point

nominal feed height

REAL_MEASURE

0173-1#02-BAJ125#007

representation of the pump head plotted against the flow rate

installation NPSH curve

0173-1#02-ABB432#001

pure number calculated at the point of best efficiency

type number

STRING

0173-1#02-ABC068#001

pump h(q) curve where the maximum head (peak point) and shut-off head are not coincidental, or the total head does not decline continuously as the rate of flow increases

stable pump H(Q) curve

0173-1#02-ABC064#001

Hoisting height for the feed flow Q = 0

Zero-delivery height

REAL_MEASURE

0173-1#02-BAI147#004

power consumption at flow = 0 and speed guaranteed

Zero flow power requirement

REAL_MEASURE

0173-1#02-BAJ154#008

highest value of the mechanical power demand of the pump for any delivery flow under any permitted working conditions

maximum power requirement of the pump

REAL_MEASURE

0173-1#02-BAJ143#008

average speed given by the stroke length multiplied with the number of complete pumping cycles of the piston, plunger or piston attached to the diaphragm per minute (stroke per minute or pump crank speed)

piston velocity

REAL_MEASURE

0173-1#02-ABC049#001

volume remaining unswept at the end of the discharge stroke

clearance volume

REAL_MEASURE

0173-1#02-ABA886#001

product of geometrical displacement volume and speed of rotation or stroke frequency

geometric displacement volume

REAL_MEASURE

0173-1#02-ABB160#001

Volume of one unit of mass measure of a substance which is required for a single stroke

Stroke volume

REAL_MEASURE

0173-1#02-BAA486#003

exact, standardized agreements, to exchange data between appliances as well as processes, those which are conntected via network

supported protocol

STRING

0173-1#02-AAM479#008

indication whether an evaluation of the device for international comparison is present

conformity declaration present

BOOLEAN

0173-1#02-AAC225#007

device type according to functional principle and pumped fluid

device type

STRING

0173-1#02-ABC057#001

difference between instantaneous pressure and static pressure

sound pressure

REAL_MEASURE

0173-1#02-ABC062#001

through a surface, product of the sound pressure, p, and the component of the particle velocity, un, at a point on the surface in the direction normal to the surface, integrated over that surface

sound power

REAL_MEASURE

0173-1#02-ABC061#001

ten times the logarithm to the base 10 of the ratio of the sound energy, j, to a reference value, j0, expressed in decibels

sound energy level

REAL_MEASURE

0173-1#02-ABC060#001

integral of the sound power, p, over a stated time interval of duration t (starting at t1 and ending at t2)

sound energy

REAL_MEASURE

0173-1#02-ABC059#001

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

maximum allowable inlet pressure

REAL_MEASURE

0173-1#02-ABC205#001

free cross-sectional area of the entry opening in the inlet connection of the pump

inlet area of the pump

REAL_MEASURE

0173-1#02-ABC204#001

outlet pressure at which the relief valve begins to open

relief-valve set pressure

REAL_MEASURE

0173-1#02-ABC202#001

outlet pressure at which the relief valve will close after passing the total pump flow

relief-valve reseat pressure

REAL_MEASURE

0173-1#02-ABC201#001

pressure at the outlet of the relief valve when the valve is closed

relief-valve back pressure

REAL_MEASURE

0173-1#02-ABC200#001

outlet pressure at which the relief valve will pass the total pump flow

relief-valve accumulation pressure

REAL_MEASURE

0173-1#02-ABC199#001

total inlet pressure required to ensure there is sufficient margin to maintain the minimum instantaneous inlet pressure with adequate margin above the minimum liquid vapour pressure expected

net positive inlet pressure required

REAL_MEASURE

0173-1#02-ABC209#001

total pressure (including velocity pressure) at the pump inlet connection less the liquid vapour pressure at the present temperature of the liquid

net positive inlet pressure

REAL_MEASURE

0173-1#02-ABC163#001

mean velocity of the flow through the valve seat at the specified operating conditions

valve seat velocity

REAL_MEASURE

0173-1#02-ABC114#001

mean velocity of the flow through the valve spill area

valve spill velocity

REAL_MEASURE

0173-1#02-ABC115#001

ratio of the actual delivered volume at maximum pressure to the geometric displacement volume

volumetric efficiency

REAL_MEASURE

0173-1#02-ABC116#001

Language-independent, unambiguous code of a class within a class system

Class code of the electric motor

STRING

0173-1#02-AAO714#001

language-independent, unambiguous code of a class within a class system

code of class

STRING

0173-1#02-AAO712#002

language-independent, unambiguous code of a class within a class system

Class code of the transmission

STRING

0173-1#02-AAO716#001

Name and version status of the used classification system

Classification system of the electric motor

STRING

0173-1#02-AAO717#001

description comprising one or more words allocated to a class within a class system

description of class

STRING_TRANSLATABLE

0173-1#02-AAD282#006