List of fixed issues
1. All machines
- Tests with the solid conductors in slots - Current in parallel paths is
wrong
While computing a working point with elementary wires modeled with solid conductors, the computed electrical current in the branches in parallel is wrong if the following conditions are met (ref.: FXM-14728):
There are parallel paths,
The “Accurate mode” of computation is selected
The “AC losses analysis” in “One” or “All phases” is selected
The resulting finite element model doesn’t represent the full geometry
This issue has been corrected.
- Building and export of a report failed
While adding multiple new tests, and simultaneously executing the previously saved tests (12) along with assigning material in the report and saved test (12) + Materials in the report, the building and the export of the resulting report can fail (ref.: FXM-11574) + (ref.: FXM-14117).
Note: In that case it is recommended to increase the allocated memory for Motor Factory in the user’s preferences.These issues have been corrected. (à verifier!!!)
- Inner slots with 2 layers winding and a liner can be infeasible
Rarely, while adding a liner inside an inner slot inside of which there are 2 layers can fail (ref.: FXM-14100).
This issue has been corrected.
- Issue with report generation
Sometimes, the report generation freezes
This is mainly due to the management of memory. An increase in the allocated memory for Motor Factory can solve the problem (ref.: FXM-13585).
This issue has been corrected.
- Save motor doesn’t work
Sometimes, saving a motor doesn’t work.
This is mainly due to the management of memory. Increasing the allocated memory for Motor Factory can solve the problem (ref.: FXM-13584).
This issue has been corrected.
2. Synchronous machines – Motor Factory – Test environment
- Duty cycle with many working points fails
Run a computation of a duty cycle with many working points via scripting crashes (ref.: FXM-14435).
This issue has been corrected.
- FMU LuT data Export: Flux_D and Flux_Q are incorrect
The flux linkage related to the end winding inductances on FMU side is not considered as it is done on the test map side (ref.: FXM-14041).
This issue has been corrected.