This component models a squirrel-cage induction machine. The model is based on the standard DQ0 modeling theory and is set in the stationary reference frame.
This component is the same as the Induction machine squirrel cage, except that it has an extended set of measurement pins.
| Connection | Description |
|---|---|
| θ | A measurement pin for the shaft angle in radians. |
| λsd |
D-axis stator flux linkage in Wb-turns, calculated as <i>λsd = Ls • Ids + Lmag' (Ids+ Idr') </i> |
| λsq |
Q-axis stator flux linkage in Wb-turns, calculated as <i>λsq = Ls • Iqs + Lmag' (Ids + Iqr')</i> |
| λrd |
D-axis rotor flux linkage in Wb-turns, calculated as <i>λrd = Lr' • Idr '+ Lmag' (Ids + Idr') </i> |
| λrq |
Q-axis rotor flux linkage in Wb-turns, calculated as <i>λrq = Lr' • Iqr' + Lmag' (Iqs + Iqr') </i> |
| Ira | Phase A rotor current, referred to the stator. |
| Irb | Phase B rotor current, referred to the stator. |
| Irc | Phase C rotor current, referred to the stator. |
This component should only be used in transient-type simulations where Initial conditions are set to User defined.
Simulation and parameter information is the same as the Induction machine squirrel cage model.