master:wound_rotor parametersPSCAD Wound Rotor Induction Machine

Every parameter of the PSCAD Wound Rotor Induction Machine (master:wound_rotor): 81 names, with the unit, the default and the meaning PSCAD gives each one. Copy a name into parameters().

What master:wound_rotor is

Wound Rotor Induction Machine, a component of PSCAD's Master Library, filed under machines, exciters and governors.

Definition
master:wound_rotor
PSCAD name
Wound Rotor Induction Machine
Category
Machines, exciters and governors
Parameters
81, in 7 groups; 63 carry a unit
Read from
PSCAD 5.0.0, 2026-11-07

Read and write master:wound_rotor in Python

import mhi.pscad

pscad = mhi.pscad.connect()              # the PSCAD that is open; launch() starts one
project = pscad.project("my_case")       # a case loaded in the workspace

for comp in project.find_all("master:wound_rotor"):   # the exact definition, namespace first
    params = comp.parameters()           # every parameter, as PSCAD holds it
    print(str(params["D"]))              # Mechanical Damping, in pu

comp = project.find_all("master:wound_rotor")[0]
comp.parameters(D="0.02 [pu]")           # a value that carries a unit is written with it
  • A parameter is named exactly as in the table, letter case included: parameters() gives every one of them in a dictionary, and a name the component does not have is refused.
  • A value that carries a unit comes back as a number whose unit is only in its text, so read it as text first (str(...)) or the unit is lost. PSCAD keeps a written unit as it is given: "2500 [mohm]" stays in mohm.
  • A Choice is read and written as its symbol (the capitals in "Written as"), not as the words PSCAD shows in the dialog.
  • find_all() takes the exact definition only. A wildcard or a bare name without master: comes back empty; the Builder's px_find walks the pages for those.

The Builder's runtime does the same with the unit handled for you: px_get(comp, "D") and px_set(...), which also records the old value so the case is put back at the end. Getting started shows them.

Options

ParameterUnitDefaultDescription
CageChoice·NORotor Squirrel Cages ExistsSelect to model squirrel cages in addition to wound rotorWritten as NO (No), YES (Yes)
ERCChoice·YESExternal Connection to RotorEnable or Disable external connection to the rotorWritten as NO (No), YES (Yes)
LsatChoice·DISABLEDLeakage SaturationSelect Disabled, Enabled on stator or Enabled on both stator and rotorWritten as DISABLED (Disabled), ENABLED_ON_STATOR (Enabled on stator), ENABLED_ON_BOTH_STATOR_AND_WOUND_ROTOR (Enabled on both stator and wound rotor)
MMChoice·DISABLEMultimass InterfaceEnable or Disable multimass interfaceWritten as DISABLE (Disable), ENABLE (Enable)
MsatChoice·DISABLEDMutual SaturationSelect Enabled or DisabledWritten as DISABLED (Disabled), ENABLED (Enabled)
NCWChoice·1Number of Rotor Squirrel CagesSelect the number of squirrel cagesWritten as 1 = 1, 2 = 2, 3 = 3Used when Cage==1
SNPChoice·YESStator Winding Neutral GroundedSelect to ground the neutral of stator winding or externally availableWritten as NO (No), YES (Yes)Used when View!=2

General Data

ParameterUnitDefaultDescription
DRealpu0.01Mechanical DampingAt least 0
JReals0.7267Angular Moment of Inertia (J=2H)At least 0
NameText·IndMachineMotor NameEnter a name for identificationRange 0 to 0
OMEGRealrad/s376.991118430775Base Angular FrequencyAt least 0
PbaseRealMVA2.2Rated MVARated MVA of the machineAt least 1E-307
TRNReal·2.637687Stator / Rotor Turns RatioNumber of turns in stator/Number of turns in rotorAt least 1E-307
VbaseRealkV0.69Rated Voltage (L-L)Rated RMS Line-Line voltageAt least 1E-307Used when View!=2
ViewChoice·SINGLE_LINE_VIEWGraphics DisplaySelect Sinle ine or 3 phase viewWritten as 3_PHASE_VIEW (3 phase view), SINGLE_LINE_VIEW (Single line view), OPEN_TERMINALS (Open terminals)
VwdgRealkV0.3983Rated Voltage Across Stator WindingRated voltage across a stator windingAt least 1E-307Used when View==2

Leakage Saturation Curve (I, V)

ParameterUnitDefaultDescription
I1Realpu0.0Point 1 - Short Circuit CurrentAt least -1
I10Realpu-1.0Point 10 - Short Circuit CurrentAt least -1
I2Realpu1.196Point 2 - Short Circuit CurrentAt least -1
I3Realpu1.82Point 3 - Short Circuit CurrentAt least -1
I4Realpu2.861Point 4 - Short Circuit CurrentAt least -1
I5Realpu5.882Point 5 - Short Circuit CurrentAt least -1
I6Realpu-1.0Point 6 - Short Circuit CurrentAt least -1
I7Realpu-1.0Point 7 - Short Circuit CurrentAt least -1
I8Realpu-1.0Point 8 - Short Circuit CurrentAt least -1
I9Realpu-1.0Point 9 - Short Circuit CurrentAt least -1
NpntsLChoice·10Number of Data Points AvailableWritten as 3 = 3, 4 = 4, 5 = 5, 6 = 6, 7 = 7, 8 = 8, 9 = 9, 10 = 10
V1Realpu0.0Point 1 - Short Circuit VoltageAt least -1
V10Realpu-1.0Point 10 - Short Circuit VoltageAt least -1
V2Realpu0.286Point 2 - Short Circuit VoltageAt least -1
V3Realpu0.4Point 3 - Short Circuit VoltageAt least -1
V4Realpu0.564Point 4 - Short Circuit VoltageAt least -1
V5Realpu0.981Point 5 - Short Circuit VoltageAt least -1
V6Realpu-1.0Point 6 - Short Circuit VoltageAt least -1
V7Realpu-1.0Point 7 - Short Circuit VoltageAt least -1
V8Realpu-1.0Point 8 - Short Circuit VoltageAt least -1
V9Realpu-1.0Point 9 - Short Circuit VoltageAt least -1

Mutual Saturation Curve (I,V)

ParameterUnitDefaultDescription
I10MRealpu4.2Point 10 - Magnetizing CurrentAt least -1
I1MRealpu0.0Point 1 - Magnetizing CurrentAt least -1
I2MRealpu0.5Point 2 - Magnetizing CurrentAt least -1
I3MRealpu0.8Point 3 - Magnetizing CurrentAt least -1
I4MRealpu1.0Point 4 - Magnetizing CurrentAt least -1
I5MRealpu1.2Point 5 - Magnetizing CurrentAt least -1
I6MRealpu1.5Point 6 - Magnetizing CurrentAt least -1
I7MRealpu1.8Point 7 - Magnetizing CurrentAt least -1
I8MRealpu2.2Point 8 - Magnetizing CurrentAt least -1
I9MRealpu3.2Point 9 - Magnetizing CurrentAt least -1
NpntsMChoice·10Number of Data Points AvailableWritten as 3 = 3, 4 = 4, 5 = 5, 6 = 6, 7 = 7, 8 = 8, 9 = 9, 10 = 10
V10MRealpu1.5Point 10 - Magnetizing VoltageAt least -1
V1MRealpu0.0Point 1 - Magnetizing VoltageAt least -1
V2MRealpu0.5Point 2 - Magnetizing VoltageAt least -1
V3MRealpu0.79Point 3 - Magnetizing VoltageAt least -1
V4MRealpu0.947Point 4 - Magnetizing VoltageAt least -1
V5MRealpu1.076Point 5 - Magnetizing VoltageAt least -1
V6MRealpu1.2Point 6 - Magnetizing VoltageAt least -1
V7MRealpu1.26Point 7 - Magnetizing VoltageAt least -1
V8MRealpu1.32Point 8 - Magnetizing VoltageAt least -1
V9MRealpu1.42Point 9 - Magnetizing VoltageAt least -1

Internal Output Variables

ParameterUnitDefaultDescription
LSFText··Leakage Saturation Factor [pu]Range 0 to 0
MSFText··Mutual Saturation Factor [pu]Range 0 to 0
SpdText··Mechanical Speed [pu]Range 0 to 0
TelText··Electrical Torque [pu]Range 0 to 0
ThetaRText··Rotor Position [rad]Range 0 to 0
TmOpText··Mechanical Torque [pu]Range 0 to 0

Stator and Rotor Resistances

ParameterUnitDefaultDescription
R1Realpu0.0054Stator ResistanceAt least 0
R2Realpu0.00607Wound Rotor ResistanceRange 0 to 3
R3Realpu0.298First Squirrel Cage ResistanceRange 0 to 3Used when NCW*Cage>=1
R4Realpu0.018Second Squirrel Cage ResistanceRange 0 to 3Used when NCW*Cage>1
R5Realpu0.018Third Squirrel Cage ResistanceRange 0 to 3Used when NCW*Cage==3

Stator and Rotor Inductances

ParameterUnitDefaultDescription
XaRealpu0.102Stator Leakage InductanceAt least 1E-06
Xkd1Realpu0.11Wound Rotor Leakage InductanceAt least 1E-06
Xkd12Realpu0.02Mutual Inductance : Wound Rotor - 1st CageAt least 0Used when NCW*Cage>=1
Xkd13Realpu0.02Mutual Inductance : Wound Rotor - 2nd CageRange 0 to 10Used when NCW*Cage>1
Xkd14Realpu0.02Mutual Inductance : Wound Rotor - 3rd CageRange 0 to 10Used when NCW*Cage==3
Xkd2Realpu0.05First Cage Leakage InductanceRange 1E-06 to 10Used when NCW*Cage>=1
Xkd23Realpu0.02Mutual Inductance : 1st - 2nd CagesRange 0 to 10Used when NCW*Cage>1
Xkd24Realpu0.02Mutual Inductance : 1st - 3rd CagesRange 0 to 10Used when NCW*Cage==3
Xkd3Realpu0.05Second Cage Leakage InductanceRange 1E-06 to 10Used when NCW*Cage>1
Xkd34Realpu0.02Mutual Inductance : 2nd - 3rd CagesRange 0 to 10Used when NCW*Cage==3
Xkd4Realpu0.05Third Cage Leakage InductanceRange 1E-06 to 10Used when NCW*Cage==3
XmdRealpu4.362Magnetizing InductanceAt least 0

Related

← master:wind_governor Wind Turbine Governor · master:breaker3 3 Phase Breaker →