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This commit is contained in:
Oscar Suescun Elizalde 2025-03-31 11:06:30 +02:00
parent 62431bc616
commit 4d8f247668
15 changed files with 531 additions and 17 deletions
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__pycache__/extraerH.cpython-313.pyc Normal file
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fluxcontrol.py
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import os
import numpy as np
import genCurvas as gc
import motorcad as mc
import extraerH
import os
if __name__ == '__main__':
@ -14,27 +15,30 @@ if __name__ == '__main__':
offset = 0
gc.generar_curva(offset, archivoCurvas)
B = 1e-2 # Esto no debería ser E????
BObjetivo = 2e-2
errorObjetivo = 0.01
flag = False
i = 0
iteration = 0
while flag == False:
os.system('cls')
mc.simularMCAD(material, i)
gc.generar_curva(offset, archivoCurvas)
B = B + offset # Esto no debería ser E????
for i in np.arange(len(E_obj)):
error = B/BObjetivo # Esto no debería ser E????
error = []
print(B)
tension = mc.simularMCAD(corriente, frecuencia, material, iteration)
error.append(tension/E_obj)
error = np.mean(error)
print(tension)
print(error)
flag, offset = gc.logica_offset(offset, error, errorObjetivo)
i = i + 1
iterarion =+ 1

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genCurvas.py
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@ -66,8 +66,6 @@ def logica_offset(offset, error, errorObjetivo):
if __name__ == '__main__':
'''
Esto solo se activa si se lanza este script en concreto

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motores/PLACond/FEResultsData/OnLoadLoss_result_1.mes
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motores/PLACond/FEResultsData/Steel_Material_BH_Magnetic_Properties_Autofile.bh
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Material BH characteristics 28/03/2025 14:35:36 14:35:36
Material BH characteristics 31/03/2025 10:46:07 10:46:07
Code:1 (Stator) Material: M800-50A
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Drive
"Line-Line Terminal Voltage (peak)";175,6;Volts;
"Phase Terminal Voltage (peak)";101,1;Volts;
"Line-Line Terminal Voltage (rms)";122,2;Volts;
"Phase Terminal Voltage (rms)";70,55;Volts;
"Harmonic Distortion Line-Line Terminal Voltage";6,804;%;
"Harmonic Distortion Phase Terminal Voltage";6,787;%;
"Back EMF Line-Line Voltage (peak)";184;Volts;
"Back EMF Line-Line Voltage (peak) (fundamental)";180,3;Volts;
"Back EMF Phase Voltage (peak)";102,5;Volts;
"Back EMF Line-Line Voltage (rms)";127,8;Volts;
"Back EMF Phase Voltage (rms)";73,77;Volts;
"Harmonic Distortion Back EMF Line-Line Voltage";6,257;%;
"Harmonic Distortion Back EMF Phase Voltage";6,257;%;
"Drive Current (peak)";0,8037;Amps;
"Phase Current (rms)";0,5851;Amps;
"Harmonic Distortion Line Current";4,609;%;
"Harmonic Distortion Phase Current";4,609;%;
"Drive Effective Switching Frequency";628,3;kHz;
"D Axis Inductance";9,658;mH;
"Q Axis Inductance";18,16;mH;
"Line-Line Inductance (DQ)";27,82;mH;
"Self Inductance";12,49;mH;
"Mutual Inductance";-5,963;mH;
"Line-Line Inductance";36,91;mH;
"Armature End Winding Inductance_(Rosa and Grover)";0,544;mH;
"D Axis Phase Current (average rms)";-0,05627;Amps;
"Q Axis Phase Current (average rms)";-0,5817;Amps;
"Torque Constant (Kt)";-0,9607;Nm/A;
"Motor Constant (Km)";-0,5761;Nm/(Watts^0.5);
"Back EMF Constant (Ke)";1,757;Vs/Rad;
"Back EMF Constant (Ke) (fundamental)";1,722;Vs/Rad;
"Electrical Constant";2,846;msec;
"Mechanical Constant";-1,845;msec;
"Electrical Loading";9756;Amps/m;
"Stall Current";40,91;Amps;
"Stall Torque";-39,3;Nm;
"Short Circuit Line Current (peak)";13,77;Amps;
"Short Circuit Current Density (peak)";70,11;Amps/mm²;
"Short Circuit Current Density (rms)";49,57;Amps/mm²;
"Short Circuit Braking Torque";-13,27;Nm;
"Short Circuit Max Braking Torque";-13,78;Nm;
"Short Circuit Max Braking Torque Speed";769,3;rpm;
"Fundamental Frequency";100;Hz;
"Shaft Speed";1000;rpm;
E-Magnetics
"Average torque (virtual work)";-1,2838;Nm;
"Average torque (loop torque)";1,2207;Nm;
"Torque Ripple (MsVw)";0,22003;Nm;
"Torque Ripple (MsVw) [%]";-17,047;%;
"Electromagnetic Power";-135,16;Watts;
"Input Power";-146,76;Watts;
"Total Losses (on load)";20,681;Watts;
"Output Power";-126,08;Watts;
"System Efficiency";85,909;%;
"Shaft Torque";-1,4015;Nm;
"Power Factor [Waveform] (leading)";-0,99997;;
"Power Factor Angle [Waveform]";-179,57;EDeg;
"Power Factor [THD]";-0,99662;;
"Rotor Inertia";0,00063702;kg.m²;
"Shaft Inertia";3,2257E-005;kg.m²;
"Total Inertia";0,00066928;kg.m²;
"Torque per rotor volume";-11,956;kNm/m³;
"Rotor peripheral velocity (on load)";4,3406;m/s;
"Flux Linkage D (Q axis current)";164,376;mVs;
"Flux Linkage Q (Q axis current)";24,388;mVs;
"Flux linkage D (On load)";164,406;mVs;
"Flux linkage Q (On load)";-14,7569;mVs;
"Torque Constant (Kt)";-0,9607;Nm/A;
"Motor Constant (Km)";-0,576065;Nm/(Watts^0.5);
"Back EMF Constant (Ke)";1,75699;Vs/Rad;
"Back EMF Constant (Ke) (fundamental)";1,72212;Vs/Rad;
"Stall Current";40,9127;Amps;
"Stall Torque";-39,3048;Nm;
"Cogging Period";10;MDeg;
"Cogging Frequency";600;Hz;
"Fundamental Frequency";100;Hz;
"Mechanical Frequency";16,6667;Hz;
"Optimum Skewing Angle";10;MDeg;
"Magnetic Symmetry Factor_(Automatic calculation)";6;;
"Magnetic Axial Length (Slice1)";20;mm;
Phasor Diagram
"Average torque (virtual work)";-1,2838;Nm;
"Average torque (loop torque)";1,2207;Nm;
"Torque Ripple (MsVw)";0,22003;Nm;
"Torque Ripple (MsVw) [%]";-17,047;%;
"Electromagnetic Power";-135,16;Watts;
"Input Power";-146,76;Watts;
"Total Losses (on load)";20,681;Watts;
"Output Power";-126,08;Watts;
"System Efficiency";85,909;%;
"Shaft Torque";-1,4015;Nm;
"Power Factor [Waveform] (leading)";-0,99997;;
"Power Factor Angle [Waveform]";-179,57;EDeg;
"Power Factor [THD]";-0,99662;;
"Rotor Inertia";0,00063702;kg.m²;
"Shaft Inertia";3,2257E-005;kg.m²;
"Total Inertia";0,00066928;kg.m²;
"Torque per rotor volume";-11,956;kNm/m³;
"Rotor peripheral velocity (on load)";4,3406;m/s;
"Flux Linkage D (Q axis current)";164,376;mVs;
"Flux Linkage Q (Q axis current)";24,388;mVs;
"Flux linkage D (On load)";164,406;mVs;
"Flux linkage Q (On load)";-14,7569;mVs;
"Torque Constant (Kt)";-0,9607;Nm/A;
"Motor Constant (Km)";-0,576065;Nm/(Watts^0.5);
"Back EMF Constant (Ke)";1,75699;Vs/Rad;
"Back EMF Constant (Ke) (fundamental)";1,72212;Vs/Rad;
"Stall Current";40,9127;Amps;
"Stall Torque";-39,3048;Nm;
"Cogging Period";10;MDeg;
"Cogging Frequency";600;Hz;
"Fundamental Frequency";100;Hz;
"Mechanical Frequency";16,6667;Hz;
"Optimum Skewing Angle";10;MDeg;
"Magnetic Symmetry Factor_(Automatic calculation)";6;;
"Magnetic Axial Length (Slice1)";20;mm;
Equivalent Circuit
"Phase Resistance";4,888;Ohms;
"D Axis Inductance";9,658;mH;
"Q Axis Inductance";18,16;mH;
"Stator Slot Leakage Inductance";11,01;mH;
"Stator Differential Leakage Inductance";1,824;mH;
"Armature End Winding Inductance_(Rosa and Grover)";0,544;mH;
"Stator Leakage Inductance (Total)";13,37;mH;
"Magnetizing Inductance (D Axis)";-3,717;mH;
"Magnetizing Inductance (Q Axis)";4,788;mH;
"D Axis Reactance";6,068;Ohms;
"Q Axis Reactance";11,41;Ohms;
"Stator Slot Leakage Reactance";6,916;Ohms;
"Stator Differential Leakage Reactance";1,146;Ohms;
"Armature End Winding Reactance";0,3418;Ohms;
"Stator Leakage Reactance (Total)";8,404;Ohms;
"Magnetizing Reactance (D Axis)";1E-012;Ohms;
"Magnetizing Reactance (Q Axis)";3,008;Ohms;
"Rotor Referred Resistance";183,8;Ohms;
"First Order Transient Reactance (D Axis)";8,404;Ohms;
"First Order Transient Reactance (Q Axis)";11,41;Ohms;
"Excitation Time Constant (Te)";-2,022E-005;secs;
"First Order Transient Time Constant (Td')";-2,801E-005;secs;
"Armature Time Constant (Ta)";0,003226;secs;
Flux Densities
"Airgap flux density (mean)";0,6303;Tesla;
"Airgap Flux Density (peak)";1,037;Tesla;
"Stator Tooth Flux Density (peak)";1,377;Tesla;
"Stator Tooth Tip Flux Density (peak)";1,849;Tesla;
"Stator Back Iron Flux Density (peak)";1,759;Tesla;
"Rotor Back Iron Flux Density (peak)";0,3956;Tesla;
Losses
"Armature DC Copper Loss (on load)";5,02;Watts;
"Magnet Loss (on load)";0,02745;Watts;
"Stator iron Loss [total] (on load)";11,6;Watts;
"Rotor iron Loss [total] (on load)";4,033;Watts;
"Windage Loss (user input)";0;Watts;
"Friction Loss (user input)";0;Watts;
"Shaft Loss [total] (on load)";0;Watts;
"Total Losses (on load)";20,68;Watts;
"Magnet Block Width";14,62;mm;
"Magnet Loss Factor";0,4889;;
"Magnet Loss (on load)";0,02745;Watts;
"Stator back iron Loss [hysteresis - fundamental] (on load)";2,495;Watts;
"Stator back iron Loss [hysteresis - minor loops] (on load)";0,1012;Watts;
"Stator back iron Loss [hysteresis] (on load)";2,596;Watts;
"Stator back iron Loss [eddy] (on load)";1,869;Watts;
"Stator back iron Loss [excess] (on load)";0;Watts;
"Stator back iron Loss [total] (on load)";4,465;Watts;
"Stator tooth Loss [hysteresis - fundamental] (on load)";4,936;Watts;
"Stator tooth Loss [hysteresis - minor loops] (on load)";0,009207;Watts;
"Stator tooth Loss [hysteresis] (on load)";4,945;Watts;
"Stator tooth Loss [eddy] (on load)";2,19;Watts;
"Stator tooth Loss [excess] (on load)";0;Watts;
"Stator tooth Loss [total] (on load)";7,135;Watts;
"Stator iron Loss [total] (on load)";11,6;Watts;
"Rotor back iron Loss [hysteresis] (on load)";0;Watts;
"Rotor back iron Loss [eddy] (on load)";4,033;Watts;
"Rotor back iron Loss [excess] (on load)";0;Watts;
"Rotor back iron Loss [total] (on load)";4,033;Watts;
"Rotor iron Loss [total] (on load)";4,033;Watts;
"Shaft Loss [eddy] (on load)";0;Watts;
Winding
"Armature Conductor CSA";0,1963;mm²;
"Armature Conductor Current Density";2,98;Amps/mm²;
"Armature Conductor MLT";74,23;mm;
"Armature Turns per Phase";750;;
"Armature Turns per Coil";125;;
"Length of phase";5,568E004;mm;
"Phase Resistance";4,888;Ohms;
"Line-Line Resistance";9,777;Ohms;
"Armature Conductor Temperature";20;°C;
"Mean Coil Pitch (Calculated)";19,25;mm;
"Mean Coil Pitch (Used)";9,624;mm;
"Fundamental Winding Factor";0,866;;
"Winding Factor Sum";0,09009;;
"Wire Ins Thickness";0,025;mm;
"Copper Diameter";0,5;mm;
Conductors/Slot;250;;
"Armature End Winding MLT (Calculated)";68,47;mm;
"Armature End Winding MLT (User adjustment)";0,5;;
"Armature End Winding MLT (Used)";34,23;mm;
"Copper Slot Fill (Wdg Area)";0,2523;;
"Wire Slot Fill (Slot Area)";0,2684;;
"Copper Slot Fill (Slot Area)";0,2218;;
"Heavy Build Slot Fill";0,3887;;
"Slot Area (Slot 1)";221,3;mm²;
"Winding Area (+ Liner) (Slot 1)";207,1;mm²;
"Slot Area (FEA)";207,1;mm²;
"Wedge Area";14,19;mm²;
"Slot Opening Area";1,598;mm²;
"Liner-Lam Gap Area (Slot 1)";0;mm²;
"Impreg Area (Slot 1)";135,2;mm²;
"Liner Area (Slot 1)";12,55;mm²;
"Coil Divider Area (Slot 1)";0;mm²;
"Volume Copper EWdg Front";5376;mm³;
"Volume Copper Active";1,767E004;mm³;
"Volume Copper EWdg Rear";5376;mm³;
Miscellaneous
"FEA Mesh Nodes";3365;;
"FEA Mesh Elements";6472;;
"Airgap Mesh Layers Used";5;;
"FEA Max Element Length";1,25;mm;
Materials
"Armature Conductor Resistivity";1,724E-008;Ohm.m;
"Armature Conductor Resistivity at Ref Temp (20°C)";1,724E-008;Ohm.m;
"Armature Conductor Temperature";20;°C;
"Stator Lamination Resistivity";2,3E-007;Ohm.m;
"Number of stator laminations";38,8;;
"Rotor Lamination Resistivity";1,43E-007;Ohm.m;
"Rotor Lamination Resistivity at Ref Temp (20°C)";1,43E-007;Ohm.m;
"Rotor Lamination Temperature";20;°C;
"Number of rotor laminations";1;;
"Shaft Resistivity";0;Ohm.m;
"Shaft Resistivity at Ref Temp (20°C)";0;Ohm.m;
"Shaft Temperature";20;°C;
"Magnet Resistivity";1,8E-006;Ohm.m;
"Magnet Resistivity at Ref Temp (20°C)";1,8E-006;Ohm.m;
"Magnet Temperature";20;°C;
"Total Motor Weight";2,646;kg;
"Weight Stator Lam";0,6688;kg;
"Armature Copper [Total] Weight";0,293;kg;
"Weight Rotor Lam";0,4923;kg;
"Weight Magnet";0,1315;kg;
"Weight Shaft Total";0,3224;kg;
"Magnet Br at reference temperature (20 °C)";1,26;Tesla;
"Magnet Temperature";20;°C;
"Magnet Br (Calculated)";1,26;Tesla;
"Magnet Br Adjustment Factor";1;;
"Magnet Br (Used)";1,26;Tesla;

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Drive
"Line-Line Terminal Voltage (peak)";175,6;Volts;
"Phase Terminal Voltage (peak)";101,1;Volts;
"Line-Line Terminal Voltage (rms)";122,2;Volts;
"Phase Terminal Voltage (rms)";70,55;Volts;
"Harmonic Distortion Line-Line Terminal Voltage";6,804;%;
"Harmonic Distortion Phase Terminal Voltage";6,787;%;
"Back EMF Line-Line Voltage (peak)";184;Volts;
"Back EMF Line-Line Voltage (peak) (fundamental)";180,3;Volts;
"Back EMF Phase Voltage (peak)";102,5;Volts;
"Back EMF Line-Line Voltage (rms)";127,8;Volts;
"Back EMF Phase Voltage (rms)";73,77;Volts;
"Harmonic Distortion Back EMF Line-Line Voltage";6,257;%;
"Harmonic Distortion Back EMF Phase Voltage";6,257;%;
"Drive Current (peak)";0,8037;Amps;
"Phase Current (rms)";0,5851;Amps;
"Harmonic Distortion Line Current";4,609;%;
"Harmonic Distortion Phase Current";4,609;%;
"Drive Effective Switching Frequency";628,3;kHz;
"D Axis Inductance";9,658;mH;
"Q Axis Inductance";18,16;mH;
"Line-Line Inductance (DQ)";27,82;mH;
"Self Inductance";12,49;mH;
"Mutual Inductance";-5,963;mH;
"Line-Line Inductance";36,91;mH;
"Armature End Winding Inductance_(Rosa and Grover)";0,544;mH;
"D Axis Phase Current (average rms)";-0,05627;Amps;
"Q Axis Phase Current (average rms)";-0,5817;Amps;
"Torque Constant (Kt)";-0,9607;Nm/A;
"Motor Constant (Km)";-0,5761;Nm/(Watts^0.5);
"Back EMF Constant (Ke)";1,757;Vs/Rad;
"Back EMF Constant (Ke) (fundamental)";1,722;Vs/Rad;
"Electrical Constant";2,846;msec;
"Mechanical Constant";-1,845;msec;
"Electrical Loading";9756;Amps/m;
"Stall Current";40,91;Amps;
"Stall Torque";-39,3;Nm;
"Short Circuit Line Current (peak)";13,77;Amps;
"Short Circuit Current Density (peak)";70,11;Amps/mm²;
"Short Circuit Current Density (rms)";49,57;Amps/mm²;
"Short Circuit Braking Torque";-13,27;Nm;
"Short Circuit Max Braking Torque";-13,78;Nm;
"Short Circuit Max Braking Torque Speed";769,3;rpm;
"Fundamental Frequency";100;Hz;
"Shaft Speed";1000;rpm;
E-Magnetics
"Average torque (virtual work)";-1,2838;Nm;
"Average torque (loop torque)";1,2207;Nm;
"Torque Ripple (MsVw)";0,22003;Nm;
"Torque Ripple (MsVw) [%]";-17,047;%;
"Electromagnetic Power";-135,16;Watts;
"Input Power";-146,76;Watts;
"Total Losses (on load)";20,681;Watts;
"Output Power";-126,08;Watts;
"System Efficiency";85,909;%;
"Shaft Torque";-1,4015;Nm;
"Power Factor [Waveform] (leading)";-0,99997;;
"Power Factor Angle [Waveform]";-179,57;EDeg;
"Power Factor [THD]";-0,99662;;
"Rotor Inertia";0,00063702;kg.m²;
"Shaft Inertia";3,2257E-005;kg.m²;
"Total Inertia";0,00066928;kg.m²;
"Torque per rotor volume";-11,956;kNm/m³;
"Rotor peripheral velocity (on load)";4,3406;m/s;
"Flux Linkage D (Q axis current)";164,376;mVs;
"Flux Linkage Q (Q axis current)";24,388;mVs;
"Flux linkage D (On load)";164,406;mVs;
"Flux linkage Q (On load)";-14,7569;mVs;
"Torque Constant (Kt)";-0,9607;Nm/A;
"Motor Constant (Km)";-0,576065;Nm/(Watts^0.5);
"Back EMF Constant (Ke)";1,75699;Vs/Rad;
"Back EMF Constant (Ke) (fundamental)";1,72212;Vs/Rad;
"Stall Current";40,9127;Amps;
"Stall Torque";-39,3048;Nm;
"Cogging Period";10;MDeg;
"Cogging Frequency";600;Hz;
"Fundamental Frequency";100;Hz;
"Mechanical Frequency";16,6667;Hz;
"Optimum Skewing Angle";10;MDeg;
"Magnetic Symmetry Factor_(Automatic calculation)";6;;
"Magnetic Axial Length (Slice1)";20;mm;
Phasor Diagram
"Average torque (virtual work)";-1,2838;Nm;
"Average torque (loop torque)";1,2207;Nm;
"Torque Ripple (MsVw)";0,22003;Nm;
"Torque Ripple (MsVw) [%]";-17,047;%;
"Electromagnetic Power";-135,16;Watts;
"Input Power";-146,76;Watts;
"Total Losses (on load)";20,681;Watts;
"Output Power";-126,08;Watts;
"System Efficiency";85,909;%;
"Shaft Torque";-1,4015;Nm;
"Power Factor [Waveform] (leading)";-0,99997;;
"Power Factor Angle [Waveform]";-179,57;EDeg;
"Power Factor [THD]";-0,99662;;
"Rotor Inertia";0,00063702;kg.m²;
"Shaft Inertia";3,2257E-005;kg.m²;
"Total Inertia";0,00066928;kg.m²;
"Torque per rotor volume";-11,956;kNm/m³;
"Rotor peripheral velocity (on load)";4,3406;m/s;
"Flux Linkage D (Q axis current)";164,376;mVs;
"Flux Linkage Q (Q axis current)";24,388;mVs;
"Flux linkage D (On load)";164,406;mVs;
"Flux linkage Q (On load)";-14,7569;mVs;
"Torque Constant (Kt)";-0,9607;Nm/A;
"Motor Constant (Km)";-0,576065;Nm/(Watts^0.5);
"Back EMF Constant (Ke)";1,75699;Vs/Rad;
"Back EMF Constant (Ke) (fundamental)";1,72212;Vs/Rad;
"Stall Current";40,9127;Amps;
"Stall Torque";-39,3048;Nm;
"Cogging Period";10;MDeg;
"Cogging Frequency";600;Hz;
"Fundamental Frequency";100;Hz;
"Mechanical Frequency";16,6667;Hz;
"Optimum Skewing Angle";10;MDeg;
"Magnetic Symmetry Factor_(Automatic calculation)";6;;
"Magnetic Axial Length (Slice1)";20;mm;
Equivalent Circuit
"Phase Resistance";4,888;Ohms;
"D Axis Inductance";9,658;mH;
"Q Axis Inductance";18,16;mH;
"Stator Slot Leakage Inductance";11,01;mH;
"Stator Differential Leakage Inductance";1,824;mH;
"Armature End Winding Inductance_(Rosa and Grover)";0,544;mH;
"Stator Leakage Inductance (Total)";13,37;mH;
"Magnetizing Inductance (D Axis)";-3,717;mH;
"Magnetizing Inductance (Q Axis)";4,788;mH;
"D Axis Reactance";6,068;Ohms;
"Q Axis Reactance";11,41;Ohms;
"Stator Slot Leakage Reactance";6,916;Ohms;
"Stator Differential Leakage Reactance";1,146;Ohms;
"Armature End Winding Reactance";0,3418;Ohms;
"Stator Leakage Reactance (Total)";8,404;Ohms;
"Magnetizing Reactance (D Axis)";1E-012;Ohms;
"Magnetizing Reactance (Q Axis)";3,008;Ohms;
"Rotor Referred Resistance";183,8;Ohms;
"First Order Transient Reactance (D Axis)";8,404;Ohms;
"First Order Transient Reactance (Q Axis)";11,41;Ohms;
"Excitation Time Constant (Te)";-2,022E-005;secs;
"First Order Transient Time Constant (Td')";-2,801E-005;secs;
"Armature Time Constant (Ta)";0,003226;secs;
Flux Densities
"Airgap flux density (mean)";0,6303;Tesla;
"Airgap Flux Density (peak)";1,037;Tesla;
"Stator Tooth Flux Density (peak)";1,377;Tesla;
"Stator Tooth Tip Flux Density (peak)";1,849;Tesla;
"Stator Back Iron Flux Density (peak)";1,759;Tesla;
"Rotor Back Iron Flux Density (peak)";0,3956;Tesla;
Losses
"Armature DC Copper Loss (on load)";5,02;Watts;
"Magnet Loss (on load)";0,02745;Watts;
"Stator iron Loss [total] (on load)";11,6;Watts;
"Rotor iron Loss [total] (on load)";4,033;Watts;
"Windage Loss (user input)";0;Watts;
"Friction Loss (user input)";0;Watts;
"Shaft Loss [total] (on load)";0;Watts;
"Total Losses (on load)";20,68;Watts;
"Magnet Block Width";14,62;mm;
"Magnet Loss Factor";0,4889;;
"Magnet Loss (on load)";0,02745;Watts;
"Stator back iron Loss [hysteresis - fundamental] (on load)";2,495;Watts;
"Stator back iron Loss [hysteresis - minor loops] (on load)";0,1012;Watts;
"Stator back iron Loss [hysteresis] (on load)";2,596;Watts;
"Stator back iron Loss [eddy] (on load)";1,869;Watts;
"Stator back iron Loss [excess] (on load)";0;Watts;
"Stator back iron Loss [total] (on load)";4,465;Watts;
"Stator tooth Loss [hysteresis - fundamental] (on load)";4,936;Watts;
"Stator tooth Loss [hysteresis - minor loops] (on load)";0,009207;Watts;
"Stator tooth Loss [hysteresis] (on load)";4,945;Watts;
"Stator tooth Loss [eddy] (on load)";2,19;Watts;
"Stator tooth Loss [excess] (on load)";0;Watts;
"Stator tooth Loss [total] (on load)";7,135;Watts;
"Stator iron Loss [total] (on load)";11,6;Watts;
"Rotor back iron Loss [hysteresis] (on load)";0;Watts;
"Rotor back iron Loss [eddy] (on load)";4,033;Watts;
"Rotor back iron Loss [excess] (on load)";0;Watts;
"Rotor back iron Loss [total] (on load)";4,033;Watts;
"Rotor iron Loss [total] (on load)";4,033;Watts;
"Shaft Loss [eddy] (on load)";0;Watts;
Winding
"Armature Conductor CSA";0,1963;mm²;
"Armature Conductor Current Density";2,98;Amps/mm²;
"Armature Conductor MLT";74,23;mm;
"Armature Turns per Phase";750;;
"Armature Turns per Coil";125;;
"Length of phase";5,568E004;mm;
"Phase Resistance";4,888;Ohms;
"Line-Line Resistance";9,777;Ohms;
"Armature Conductor Temperature";20;°C;
"Mean Coil Pitch (Calculated)";19,25;mm;
"Mean Coil Pitch (Used)";9,624;mm;
"Fundamental Winding Factor";0,866;;
"Winding Factor Sum";0,09009;;
"Wire Ins Thickness";0,025;mm;
"Copper Diameter";0,5;mm;
Conductors/Slot;250;;
"Armature End Winding MLT (Calculated)";68,47;mm;
"Armature End Winding MLT (User adjustment)";0,5;;
"Armature End Winding MLT (Used)";34,23;mm;
"Copper Slot Fill (Wdg Area)";0,2523;;
"Wire Slot Fill (Slot Area)";0,2684;;
"Copper Slot Fill (Slot Area)";0,2218;;
"Heavy Build Slot Fill";0,3887;;
"Slot Area (Slot 1)";221,3;mm²;
"Winding Area (+ Liner) (Slot 1)";207,1;mm²;
"Slot Area (FEA)";207,1;mm²;
"Wedge Area";14,19;mm²;
"Slot Opening Area";1,598;mm²;
"Liner-Lam Gap Area (Slot 1)";0;mm²;
"Impreg Area (Slot 1)";135,2;mm²;
"Liner Area (Slot 1)";12,55;mm²;
"Coil Divider Area (Slot 1)";0;mm²;
"Volume Copper EWdg Front";5376;mm³;
"Volume Copper Active";1,767E004;mm³;
"Volume Copper EWdg Rear";5376;mm³;
Miscellaneous
"FEA Mesh Nodes";3365;;
"FEA Mesh Elements";6472;;
"Airgap Mesh Layers Used";5;;
"FEA Max Element Length";1,25;mm;
Materials
"Armature Conductor Resistivity";1,724E-008;Ohm.m;
"Armature Conductor Resistivity at Ref Temp (20°C)";1,724E-008;Ohm.m;
"Armature Conductor Temperature";20;°C;
"Stator Lamination Resistivity";2,3E-007;Ohm.m;
"Number of stator laminations";38,8;;
"Rotor Lamination Resistivity";1,43E-007;Ohm.m;
"Rotor Lamination Resistivity at Ref Temp (20°C)";1,43E-007;Ohm.m;
"Rotor Lamination Temperature";20;°C;
"Number of rotor laminations";1;;
"Shaft Resistivity";0;Ohm.m;
"Shaft Resistivity at Ref Temp (20°C)";0;Ohm.m;
"Shaft Temperature";20;°C;
"Magnet Resistivity";1,8E-006;Ohm.m;
"Magnet Resistivity at Ref Temp (20°C)";1,8E-006;Ohm.m;
"Magnet Temperature";20;°C;
"Total Motor Weight";2,646;kg;
"Weight Stator Lam";0,6688;kg;
"Armature Copper [Total] Weight";0,293;kg;
"Weight Rotor Lam";0,4923;kg;
"Weight Magnet";0,1315;kg;
"Weight Shaft Total";0,3224;kg;
"Magnet Br at reference temperature (20 °C)";1,26;Tesla;
"Magnet Temperature";20;°C;
"Magnet Br (Calculated)";1,26;Tesla;
"Magnet Br Adjustment Factor";1;;
"Magnet Br (Used)";1,26;Tesla;