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Induction motor power plate

Conversion table for induction motors using power rating plate

The conversion table was created to the best of our knowledge but there is no guaranty that it is 100% correct. Please double check critical values in the Automation Studio help before using them. If you find any errors or have any suggestions please create an issue on github.

The table uses the following notation:

Switching
PTC thermistor
The configuration column shows the Automation Studio configuration. Each branch in the tree is presented as a list. For example the value shown in the left picture is written as:

Induction
Motor
Number of pole pairs
The structure column shows the same value in code. Each element of the structure is presented as a list. For example the value shown in the left picture is written as:

Motor
PowerRatingPlate
NumberOfPolePairs
Configuration name Structure name Constant Par ID Note
Induction
Motor
Nominal speed
Motor
PowerRatingPlate
NominalSpeed
MOTOR_SPEED_RATED 50
Induction
Motor
Nominal frequency
Motor
PowerRatingPlate
NominalFrequency
MOTOR_FREQ_RATED
Induction
Motor
Nominal voltage
Motor
PowerRatingPlate
NominalVoltage
MOTOR_VOLTAGE_RATED 48
Induction
Motor
Nominal current
Motor
PowerRatingPlate
NominalCurrent
MOTOR_CURR_RATED 57
Induction
Motor
Power Factor
Motor
PowerRatingPlate
PowerFactor
MOTOR_POWER_FACTOR
Induction
Motor
Nominal ambient temperature
Motor
PowerRatingPlate
NominalAmbientTemperature
MOTOR_AMB_TEMP_RATED 865
Induction
Motor
Optional Parameters
Number of pole pairs
Motor
PowerRatingPlate
OptionalParameter
NumberOfPolePairs
MOTOR_POLEPAIRS 47
Induction
Motor
Optional Parameters
Maximum speed
Motor
PowerRatingPlate
OptionalParameter
MaximumSpeed
MOTOR_SPEED_MAX 51
Induction
Motor
Optional Parameters
Stall current
Motor
PowerRatingPlate
OptionalParameter
StallCurrent
MOTOR_CURR_STALL 56
Induction
Motor
Optional Parameters
Peak current
Motor
PowerRatingPlate
OptionalParameter
PeakCurrent
MOTOR_CURR_MAX 58
Induction
Motor
Optional Parameters
Magnetizing current
Motor
PowerRatingPlate
OptionalParameter
MagnetizingCurrent
MOTOR_MAGNETIZING_CURR 59
Induction
Motor
Optional Parameters
Nominal Power
Motor
PowerRatingPlate
OptionalParameter
NominalPower
MOTOR_POWER_RATED
Induction
Motor
Optional Parameters
Nominal torque
Motor
PowerRatingPlate
OptionalParameter
NominalTorque
MOTOR_TORQ_RATED 53
Induction
Motor
Optional Parameters
Stall torque
Motor
PowerRatingPlate
OptionalParameter
StallTorque
MOTOR_TORQ_STALL 52
Induction
Motor
Optional Parameters
Peak torque
Motor
PowerRatingPlate
OptionalParameter
PeakTorque
MOTOR_TORQ_MAX 54
Induction
Motor
Optional Parameters
Moment of inertia
Motor
PowerRatingPlate
OptionalParameter
MomentOfInertia
MOTOR_INERTIA 62
AS uses kgcm2
PAR ID uses kgm2
Induction
Motor
Temperature sensor
Limit temperature
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
LimitTemperature
MOTOR_TEMPSENS_LIM 1216 Thermistor
Induction
Motor
Temperature sensor
Temperature sensor interface
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureSensorInterface
Thermistor
Induction
Motor
Temperature sensor
ResistanceR0
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
ResistanceR0
MOTOR_TEMPSENS_PAR1 64 Thermistor
Induction
Motor
Temperature sensor
ResistanceR7
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
ResistanceR7
MOTOR_TEMPSENS_PAR2 65 Thermistor
Induction
Motor
Temperature sensor
TemperatureT0
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureT0
MOTOR_TEMPSENS_PAR3 66 Thermistor
Induction
Motor
Temperature sensor
TemperatureT1
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureT1
MOTOR_TEMPSENS_PAR4 67 Thermistor
Induction
Motor
Temperature sensor
TemperatureT2
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureT2
MOTOR_TEMPSENS_PAR5 68 Thermistor
Induction
Motor
Temperature sensor
TemperatureT3
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureT3
MOTOR_TEMPSENS_PAR6 69 Thermistor
Induction
Motor
Temperature sensor
TemperatureT4
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureT4
MOTOR_TEMPSENS_PAR7 70 Thermistor
Induction
Motor
Temperature sensor
TemperatureT5
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureT5
MOTOR_TEMPSENS_PAR8 71 Thermistor
Induction
Motor
Temperature sensor
TemperatureT6
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureT6
MOTOR_TEMPSENS_PAR9 72 Thermistor
Induction
Motor
Temperature sensor
TemperatureT7
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureT7
MOTOR_TEMPSENS_PAR10 73 Thermistor
Induction
Motor
Temperature sensor
Temperature sensor interface
Motor
PowerRatingPlate
TemperatureSensor
Thermistor
TemperatureSensorInterface
Switching
PTC thermistor
Induction
Motor
Temperature sensor
Nominal response resistance
Motor
PowerRatingPlate
TemperatureSensor
SwitchingPTCThermistor
NominalResponseTemperature
MOTOR_TEMPSENS_PAR1 64 Switching
PTC thermistor
Induction
Motor
Temperature sensor
Minimum resistance
Motor
PowerRatingPlate
TemperatureSensor
SwitchingPTCThermistor
MinimumResistance
MOTOR_TEMPSENS_PAR2 65 Switching
PTC thermistor
Induction
Motor
Temperature sensor
TemperaNominal response temperature
Motor
PowerRatingPlate
TemperatureSensor
SwitchingPTCThermistor
NominalResponseTemperature
MOTOR_TEMPSENS_PAR3 66 Switching
PTC thermistor
Induction
Motor
Temperature sensor
Temperature sensor interface
Motor
PowerRatingPlate
TemperatureSensor
Thermoswitches
TemperatureSensorInterface
Thermoswitches
Induction
Motor
Temperature sensor
Nominal response resistance
Motor
PowerRatingPlate
TemperatureSensor
Thermoswitches
NominalResponseTemperature
MOTOR_TEMPSENS_PAR1 64 Thermoswitches
Induction
Motor
Temperature sensor
Minimum resistance
Motor
PowerRatingPlate
TemperatureSensor
Thermoswitches
SwitchingStateOnOvertemperature
MOTOR_TEMPSENS_PAR10 73 Thermoswitches
Induction
Motor
Temperature model
Current-based
Limit temperature
Motor
PowerRatingPlate
TemperatureModel
CurrentBased
LimitTemperature
MOTOR_WIND_TEMP_MAX 74 Current-based
Induction
Motor
Temperature model
Motor
PowerRatingPlate
TemperatureModel
TEMP_MOTOR_MODEL_MODE 373 Current-based
Current- and speed-based
Induction
Motor
Temperature model
Current-based
Winding cross section
Motor
PowerRatingPlate
TemperatureModel
CurrentBased
WindingCrossSection
MOTOR_WIND_CROSS_SECT 59 Current-based
Induction
Motor
Temperature model
Current-based
Thermal tripping time
Motor
PowerRatingPlate
TemperatureModel
CurrentBased
ThermalTrippingTime
PIDENT_THERM_TRIP_TIME 1283 Current-based
Induction
Motor
Temperature model
Current-based
Thermal time constant
Motor
PowerRatingPlate
TemperatureModel
CurrentBased
ThermalTimeConstant
MOTOR_TAU_THERM 849 Current-based
Induction
Motor
Temperature model
Current- and speed-based
Limit temperature
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
LimitTemperature
MOTOR_WIND_TEMP_MAX 74 Current- and speed-based
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Winding cross section
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
SecondOrderThermalNetwork
WindingCrossSection
MOTOR_WIND_CROSS_SECT 74 Current- and speed-based

Second-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal tripping time
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
SecondOrderThermalNetwork
CalculationMethod
SecondOrderThermalNetwork
ThermalTrippingTime
PIDENT_THERM_TRIP_TIME 1283 Current- and speed-based

Second-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal time constant
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
SecondOrderThermalNetwork
ThermalTimeConstant
MOTOR_TAU_THERM 849 Current- and speed-based

Second-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal resistance 1
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderThermalNetwork
ThermalResistance1
MOTOR_TEMPMODEL_RES1 1211 Current- and speed-based

Fourth-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal capacity 1
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderThermalNetwork
ThermalCapacity1
MOTOR_TEMPMODEL_CAP1 1212 Current- and speed-based

Fourth-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal resistance 2
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderThermalNetwork
ThermalResistance2
MOTOR_TEMPMODEL_RES2 1213 Current- and speed-based

Fourth-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal capacity 2
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderThermalNetwork
ThermalCapacity2
MOTOR_TEMPMODEL_CAP2 1214 Current- and speed-based

Fourth-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Stator thermal loss 1
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderThermalNetwork
StatorThermalLoss1
MOTOR_TEMPMODEL_LOSS1 1489 Current- and speed-based

Fourth-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Stator thermal loss 2
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderThermalNetwork
StatorThermalLoss2
MOTOR_TEMPMODEL_LOSS2 1490 Current- and speed-based

Fourth-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Winding thermal loss 1
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderThermalNetwork
WindingThermalLoss1
MOTOR_TEMPMODEL_LOSS1_W 1654 Current- and speed-based

Fourth-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Winding thermal loss 2
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderThermalNetwork
WindingThermalLoss2
MOTOR_TEMPMODEL_LOSS2_W 1655 Current- and speed-based

Fourth-order thermal network
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal resistance 1
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
ThermalResistance1
MOTOR_TEMPMODEL_RES1 1211 Current- and speed-based

Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal capacity 1
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
ThermalCapacity1
MOTOR_TEMPMODEL_CAP1 1212 Current- and speed-based

Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal resistance 2
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
ThermalResistance2
MOTOR_TEMPMODEL_RES2 1213 Current- and speed-based

Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal capacity 2
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
ThermalCapacity2
MOTOR_TEMPMODEL_CAP2 1214 Current- and speed-based

Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Thermal resistance 3
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
ThermalResistance3
MOTOR_TEMPMODEL_RES3 1653 Current- and speed-based

Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Stator thermal loss 1
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
StatorThermalLoss1
MOTOR_TEMPMODEL_LOSS1 1489 Current- and speed-based

Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Stator thermal loss 2
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
StatorThermalLoss2
MOTOR_TEMPMODEL_LOSS2 1490 Current- and speed-based
Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Winding thermal loss 1
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings<br/WindingThermalLoss1
MOTOR_TEMPMODEL_LOSS1_W 1654 Current- and speed-based

Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Winding thermal loss 2
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
WindingThermalLoss2
MOTOR_TEMPMODEL_LOSS2_W 1655 Current- and speed-based
Fourth-order thermal network with couplings
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Reference Temperature
Temperature offset
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
ReferenceTemperature
EncoderTemperatureSensor
TemperatureOffset
MOTOR_TEMPMODEL_REF_OFF 1706 Current- and speed-based

Fourth-order thermal network with couplings
Reference Temperature
Encoder temperature sensor
Induction
Motor
Temperature model
Current- and speed-based
Calculation method
Reference Temperature
Time constant
Motor
PowerRatingPlate
TemperatureModel
CurrentAndSpeedBased
CalculationMethod
FourthOrderWithCouplings
ReferenceTemperature
EncoderTemperatureSensor
TimeConstant
MOTOR_TEMPMODEL_REF_TAU 1707 Current- and speed-based

Fourth-order thermal network with couplings
Reference Temperature
Encoder temperature sensor
Induction
Brake
Nominal current
Brake
Used
NominalCurrent
MOTOR_BRAKE_CURR_RATED 42
Induction
Brake
Nominal torque
Brake
Used
NominalTorque
MOTOR_BRAKE_TORQ_RATED 43
Induction
Brake
Activation delay
Brake
Used
ActivationDelay
MOTOR_BRAKE_ON_TIME 44
Induction
Brake
Release delay
Brake
Used
ReleaseDelay
MOTOR_BRAKE_OFF_TIME 45
Induction
Brake
Moment of inertia
Brake
Used
MomentOfInertia
MOTOR_BRAKE_INERTIA
AS uses kgcm2
PAR ID uses kgm2
Induction
Brake
Control mode
Brake
Used
ControlMode
Voltage controlled
Induction
Brake
Control mode
Release voltage
Brake
Used
ControlMode
VoltageControlled
ReleaseVoltage
MOTOR_BRAKE_VOLT_REL 1504 Voltage controlled
Induction
Brake
Control mode
Hold voltage
Brake
Used
ControlMode
VoltageControlled
HoldVoltage
MOTOR_BRAKE_VOLT_HOLD 1505 Voltage controlled
Induction
Brake
Limits
Maximum voltage
Brake
Used
Limits
Used
MaximumVoltage
MOTOR_BRAKE_VOLT_MAX 1506 Voltage controlled
Induction
Encoder
Proof of fatigue strength
MOTOR_ENCOD_ATTR 652
Induction
Encoder
Moment of inertia
Encoder
Used
MomentOfInertia
MOTOR_ENCOD_INERTIA
AS uses kgcm2
PAR ID uses kgm2
Induction
Encoder
Temperature sensor
Limit temperature
Encoder
Used
TemperatureSensor
Used
LimitTemperature
MOTOR_ENCOD_TEMP_LIM 1209
Induction
Gearbox
Gear ratio
input
Gearbox
Used
GearRatio
Only one value in code
Induction
Gearbox
Gear ratio
output
Gearbox
Used
GearRatio
Only one value in code
Induction
Gearbox
Maximum input speed
Gearbox
Used
MaximumInputSpeed
MOTORGEAR_SPEED_MAX 1695
Induction
Gearbox
Nominal output torque
Gearbox
Used
NominalOutputTorque
MOTORGEAR_TORQ_NOM 1693
Induction
Gearbox
Peak output torque
Gearbox
Used
PeakOutputTorque
MOTORGEAR_TORQ_MAX 1694
Induction
Gearbox
Moment of inertia
Gearbox
Used
MomentOfInertia
MOTORGEAR_INERTIA
AS uses kgcm2
PAR ID uses kgm2