RS:tractionMotor: Difference between revisions
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* {{attr|meanEfficiency}}: The mean value of efficiency for operation of the motor. This value shall be used, if no more details are needed. | * {{attr|meanEfficiency}}: The mean value of efficiency for operation of the motor. This value shall be used, if no more details are needed. | ||
* {{attr| | * {{attr|nominalVoltage}}: This is the nominal voltage in Volts the traction motor is designed for. | ||
* {{attr| | * {{attr|nominalCurrent}}: This is the nominal current in Ampere the traction motor is designed for. | ||
* {{attr| | * {{attr|nominalFrequency}}: This is the nominal frequency in Hertz the traction motor windings are designed for. | ||
* {{attr| | * {{attr|nominalRevolutions}}: This is the nominal number of revolutions the traction motor is designed for. | ||
* {{attr| | * {{attr|nominalFlux}}: This is the nominal flux in Volts*seconds the traction motor is designed for. | ||
* {{attr| | * {{attr|nominalPhi}}: This is the mean phase shift angle in degrees the traction motor is working with. | ||
* {{attr| | * {{attr|numberPolePairs}}: This is the number of pole pairs the traction motor comprises, i.e. a value of '1' means two poles per phase. | ||
* {{attr|statorResistance}}: This is the resistance in Ohms of the stator windings according to the equivalent circuit for the motor. | * {{attr|statorResistance}}: This is the resistance in Ohms of the stator windings according to the equivalent circuit for the motor. | ||
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* {{attr|rotorResistance}}: This is the resistance in Ohms of the rotor windings according to the equivalent circuit for the motor. | * {{attr|rotorResistance}}: This is the resistance in Ohms of the rotor windings according to the equivalent circuit for the motor. | ||
* {{attr| | * {{attr|ferrumResistance}}: This is the resistance in Ohms of the iron core according to the equivalent circuit for the motor. | ||
* {{attr| | * {{attr|additionalResistance}}: This is the additional resistance of one traction motor in Ohms due to non-sinusoid currents (stray loss) according to the equivalent circuit for the motor. | ||
* {{attr|mainInductance}}: This is the main inductance of one traction motor in Henry according to the equivalent circuit for the motor. | * {{attr|mainInductance}}: This is the main inductance of one traction motor in Henry according to the equivalent circuit for the motor. | ||
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* {{attr|rotorLeakageInductance}}: This is the leakage inductance of the rotor windings of one traction motor in Henry according to the equivalent circuit for the motor. | * {{attr|rotorLeakageInductance}}: This is the leakage inductance of the rotor windings of one traction motor in Henry according to the equivalent circuit for the motor. | ||
|constraints = | |||
The optional element can be used once per propulsion system. If it is used at least the attributes {{attr|count}} and {{attr|assemblyName}} has to be set. | |||
|backHome = RS:elements | |backHome = RS:elements | ||
}} | }} |
Revision as of 09:39, 4 October 2009
tractionMotor
Scheme description / Schemenbeschreibung
Position of tractionMotor in the XML-Tree / Position von tractionMotor im XML-Baum
- Parent: propulsion
- Children: efficiency, mechanicalLosses
Multiplicity / Anzahl
Semantics / Bedeutung
The element <tractionMotor> contains all data about the traction motor(s). It can be detailed to the equivalent circuit with the related resistances and inductances.
Das Element <tractionMotor> enthält alle Daten für den/die Fahrmotoren. Es ist möglich bei der Detailierung bis hin zum Ersatzschaltbild eines Motors (zumeist Asynchronmaschine) mit den entsprechenden Werten für Widerstände und Induktivitäten zu gehen.
Attributes of tractionMotor / Attribute von tractionMotor
- count: This is the number of traction motors of the same type installed on the vehicle. The use of different types on the same vehicle is not supported.
- The number is considered for calculation of totals of the values, i.e. the other values shall be for a single machine.
- assemblyName: The descriptive name of the traction motor, e.g. manufacturer type.
- meanEfficiency: The mean value of efficiency for operation of the motor. This value shall be used, if no more details are needed.
- nominalVoltage: This is the nominal voltage in Volts the traction motor is designed for.
- nominalCurrent: This is the nominal current in Ampere the traction motor is designed for.
- nominalFrequency: This is the nominal frequency in Hertz the traction motor windings are designed for.
- nominalRevolutions: This is the nominal number of revolutions the traction motor is designed for.
- nominalFlux: This is the nominal flux in Volts*seconds the traction motor is designed for.
- nominalPhi: This is the mean phase shift angle in degrees the traction motor is working with.
- numberPolePairs: This is the number of pole pairs the traction motor comprises, i.e. a value of '1' means two poles per phase.
- statorResistance: This is the resistance in Ohms of the stator windings according to the equivalent circuit for the motor.
- rotorResistance: This is the resistance in Ohms of the rotor windings according to the equivalent circuit for the motor.
- ferrumResistance: This is the resistance in Ohms of the iron core according to the equivalent circuit for the motor.
- additionalResistance: This is the additional resistance of one traction motor in Ohms due to non-sinusoid currents (stray loss) according to the equivalent circuit for the motor.
- mainInductance: This is the main inductance of one traction motor in Henry according to the equivalent circuit for the motor.
- statorLeakageInductance: This is the leakage inductance of the stator windings of one traction motor in Henry according to the equivalent circuit for the motor.
- rotorLeakageInductance: This is the leakage inductance of the rotor windings of one traction motor in Henry according to the equivalent circuit for the motor.
Syntactic Constraints / Syntaktische Beschränkungen
The optional element can be used once per propulsion system. If it is used at least the attributes count and assemblyName has to be set.
Best practice & Examples / Empfohlene Anwendung & Beispiele
Not yet described. / Noch nicht beschrieben.
Notes / Anmerkungen
Not yet described. / Noch nicht beschrieben.
Open issues / Offene Punkte/Pendenzen
Not yet described. / Noch nicht beschrieben.