Specifying Calibration Factors via User-Defined Data

Calibration factors for various machine parameters are listed below. These can be used for setting user-defined data for a design.

Keyword Default Value Description Applicable to
KCoreloss 1.0 Calibration factor for core loss All machines
KE0 1.0 Calibration factor for induced voltages produced by PM or field current excitation All synchronous machines, BLDC motors
KLad 1.0 Calibration factor for d-axis armature reactive inductance All machines with AC armature windings
KLaq 1.0 Calibration factor for q-axis armature reactive inductance All machines with AC armature windings
KLs_Armature 1.0 Calibration factor for armature winding slot leakage inductance All machines with AC armature windings
KLs_Damper 1.0 Calibration factor for damper, or squirrel-cage, slot leakage inductance All machines with damper
KLs_Field 1.0 Calibration factor for field winding slot leakage inductance All machines with field winding
KLe_Armature 1.0 Calibration factor for armature winding end leakage inductance All machines with AC armature windings
KLe_Damper 1.0 Calibration factor for damper, or squirrel-cage, end leakage inductance All machines with damper
KLe_Field 1.0 Calibration factor for field winding end leakage inductance All machines with field winding
KLend_Armature 1.0 Calibration factor for armature winding end-coil length All machines with AC armature windings
KLend_Field 1.0 Calibration factor for field winding end-coil length All machines with field winding
Note:
  • For field winding, the spaces between poles are referred to as slots.
  • Rotor winding is referred to as "Field Winding" for DFIG machines.

Related Topics 

Setting User-Defined Data for a Design