fluxcontrol/motores/PLACond/MessageLogs/messageLog_10744.txt
Pedro Jose Romero Gombau 62cf1655d1 Material importing
2025-03-27 14:29:28 +01:00

41 lines
2.5 KiB
Plaintext

27/03/2025 13:49:17 : Created file: C:\Users\promerogomb\Desktop\fluxcontrol\motores\PLACond\MessageLogs\messageLog_10744.txt
27/03/2025 13:49:17 : Loaded file: C:\Users\promerogomb\Desktop\fluxcontrol\motores\PLACond.mot
27/03/2025 13:49:18 : pymotorcad: ShowMagneticContext
27/03/2025 13:49:18 : pymotorcad: SetVariable ShaftSpeed = 3000
27/03/2025 13:49:18 : pymotorcad: SetVariable CurrentDefinition = 1
27/03/2025 13:49:18 : pymotorcad: SetVariable RMSCurrent = 3
27/03/2025 13:49:18 : pymotorcad: SetVariable DCBusVoltage = 350
27/03/2025 13:49:18 : pymotorcad: SetVariable PhaseAdvance = 45
27/03/2025 13:49:18 : pymotorcad: SetVariable MagneticThermalCoupling = 0
27/03/2025 13:49:18 : pymotorcad: SetVariable BackEMFCalculation = False
27/03/2025 13:49:18 : pymotorcad: SetVariable CoggingTorqueCalculation = False
27/03/2025 13:49:18 : pymotorcad: SetVariable ElectromagneticForcesCalc_OC = False
27/03/2025 13:49:18 : pymotorcad: SetVariable TorqueSpeedCalculation = False
27/03/2025 13:49:18 : pymotorcad: SetVariable DemagnetizationCalc = False
27/03/2025 13:49:18 : pymotorcad: SetVariable ElectromagneticForcesCalc_Load = False
27/03/2025 13:49:18 : pymotorcad: SetVariable InductanceCalc = False
27/03/2025 13:49:18 : pymotorcad: SetVariable BPMShortCircuitCalc = False
27/03/2025 13:49:18 : pymotorcad: SetVariable TorqueCalculation = True
27/03/2025 13:49:18 : pymotorcad: GetVariable SHAFTSPEED = 3000
27/03/2025 13:49:18 : pymotorcad: GetVariable CURRENTDEFINITION = 1
27/03/2025 13:49:18 : pymotorcad: GetVariable PEAKCURRENT = 4,24264068711929
27/03/2025 13:49:18 : pymotorcad: GetVariable TORQUECALCULATION = True
27/03/2025 13:49:18 : pymotorcad: DoMagneticCalculation
27/03/2025 13:49:19 : Status: Solving FEA model
27/03/2025 13:49:20 : Q axis current only Point Calculation
27/03/2025 13:49:20 : Solving FEA model
27/03/2025 13:49:20 : Load Point Calculation
27/03/2025 13:49:20 : Solving FEA model
27/03/2025 13:49:21 : Solving FEA model
27/03/2025 13:49:21 : Transient Torque Calculation
27/03/2025 13:49:21 : Solving FEA model
27/03/2025 13:49:30 : FEA Calculation Time: 10 Seconds
27/03/2025 13:49:30 : Creating folder: C:\Users\promerogomb\Desktop\fluxcontrol\motores\PLACond\FEResultsData\feasys\
27/03/2025 13:49:30 : Warning: Operating point outside voltage limit. Check the DC bus voltage.
27/03/2025 13:49:30 : Solving completed
27/03/2025 13:49:30 : Nodes count = 3365
27/03/2025 13:49:30 : Elements count = 6472
27/03/2025 13:49:30 : Status: Solving Completed
27/03/2025 13:49:30 : pymotorcad: ExportResults
27/03/2025 13:49:30 : pymotorcad: Quit