RMxprt 和 maxwell 12联合仿真时，路算的计算单如何使用？
比如是下面这个计算单。前面用Rmxprt设计的工作我都已经做好了Three-Phase Induction Motor Design
File: Setup1.res
GENERAL DATA
Given Output Power (kW): 1.1
Rated Voltage (V): 380
Winding Connection: Wye
Number of Poles: 2
Given Speed (rpm): 2850
Frequency (Hz): 50
Stray Loss (W): 22
Frictional Loss (W): 15
Wind Loss (W): 15
Type of Load: Constant Power
Operating Temperature (C): 75
STATOR DATA
Number of Stator Slots: 24
Outer Diameter of Stator (mm): 128
Inner Diameter of Stator (mm): 65
Type of Stator Slot: 2
Dimension of Stator Slot
hs0_stator (mm): 0.7
hs1_stator (mm): 0.7
hs2_stator (mm): 8.8
bs0_stator (mm): 2.5
bs1_stator (mm): 4.6
bs2_stator (mm): 7
Top Tooth Width (mm): 4.28275
Bottom Tooth Width (mm): 4.20055
Number of lamination sectors 0
Press board thickness (mm): 0
Magnetic press board No
Number of Conductors per Slot: 70
Number of Parallel Branches: 1
Number of Wires per Conductor: 2
Type of Coils: 11
Coil Pitch: 0
Wire Diameter (mm): 0.53
Wire Wrap Thickness (mm): 0.04
Slot Insulation Thickness (mm): 0.2
Top Free Space in Slot (%): 0
Bottom Free Space in Slot (%): 0
Conductor Length Adjustment (mm): 0
End Length Correction Factor 1
Limited Slot Fill Factor (%): 75
ROTOR DATA
Number of Rotor Slots: 28
Air Gap (mm): 0.4
Inner Diameter of Rotor (mm): 20.5
Type of Rotor Slot: 1
Dimension of Rotor Slot
hr0_top (mm): 0.2
hr01_top (mm):0.2
hr2_top (mm): 7
br0_top (mm): 0
br1_top (mm): 3.2
br2_top (mm): 1.62
Cast Rotor: Yes
Half Slot: No
Skew Width: 1.78
End Length of Bar (mm): 0
Height of End Ring (mm): 8
Width of End Ring (mm): 10
Resistivity of Rotor Bar
at 75 Centigrade (ohm.mm^2/m): 0.0263158
Resistivity of Rotor Ring
at 75 Centigrade (ohm.mm^2/m): 0.0263158
MATERIAL CONSUMPTION
Armature Copper Density (kg/m^3): 8900
Rotor Bar Material Density (kg/m^3): 2689
Rotor Ring Material Density (kg/m^3): 2689
Armature Core Steel Density (kg/m^3): 7872
Rotor Core Steel Density (kg/m^3): 7872
Armature Copper Weight (kg): 1.26815
Rotor Bar Material Weight (kg): 0.132043
Rotor Ring Material Weight (kg): 0.0754214
Armature Core Steel Weight (kg): 4.64333
Rotor Core Steel Weight (kg): 1.37199
Total Net Weight (kg): 7.49093
Armature Core Steel Consumption (kg): 8.2817
Rotor Core Steel Consumption (kg): 1.98525
RATED-LOAD OPERATION
Stator Resistance (ohm): 5.29389
Stator Leakage Reactance (ohm): 4.12046
Rotor Resistance (ohm): 5.64127
Rotor Leakage Reactance (ohm): 7.09699
Resistance Corresponding to
Iron-Core Loss (ohm): 1.54988e+008
Magnetizing Reactance (ohm): 170.223
Stator Phase Current (A): 2.36588
Current Corresponding to
Iron-Core Loss (A): 1.31334e-006
Magnetizing Current (A): 1.1958
Rotor Phase Current (A): 1.9613
Copper Loss of Stator Winding (W): 88.896
Copper Loss of Rotor Winding (W): 65.1009
Iron-Core Loss (W): 0.000802
Frictional and Wind Loss (W): 29.7178
Stray Loss (W): 22
Total Loss (W): 205.716
Input Power (kW): 1.30578
Output Power (kW): 1.10006
Mechanical Shaft Torque (N.m): 3.70337
Efficiency (%): 84.2457
Power Factor: 0.824426
Rated Slip: 0.0544833
Rated Shaft Speed (rpm): 2836.55
NO-LOAD OPERATION
No-Load Stator Resistance (ohm): 5.29389
No-Load Stator Leakage Reactance (ohm): 4.12296
No-Load Rotor Resistance (ohm): 5.64115
No-Load Rotor Leakage Reactance (ohm): 17.8122
No-Load Stator Phase Current (A): 1.25755
No-Load Iron-Core Loss (W): 0.000885155
No-Load Input Power (W): 80.2731
No-Load Power Factor: 0.0704044
No-Load Slip: 0.00136341
No-Load Shaft Speed (rpm): 2995.91
BREAK-DOWN OPERATION
Break-Down Slip: 0.7
Break-Down Torque (N.m): 15.4642
Break-Down Torque Ratio: 4.1757
Break-Down Phase Current (A): 14.4801
LOCKED-ROTOR OPERATION
Locked-Rotor Torque (N.m): 14.8493
Locked-Rotor Phase Current (A): 16.8985
Locked-Rotor Torque Ratio: 4.00966
Locked-Rotor Current Ratio: 7.14257
Locked-Rotor Stator Resistance (ohm): 5.29389
Locked-Rotor Stator
Leakage Reactance (ohm): 3.85183
Locked-Rotor Rotor Resistance (ohm): 5.68395
Locked-Rotor Rotor
Leakage Reactance (ohm): 3.30024
DETAILED DATA AT RATED OPERATION
Stator Slot Leakage Reactance (ohm): 1.60744
Stator End-Winding Leakage
Reactance (ohm): 1.68295
Stator Differential Leakage
Reactance (ohm): 0.830077
Rotor Slot Leakage Reactance (ohm): 4.75769
Rotor End-Winding Leakage
Reactance (ohm): 0.414714
Rotor Differential Leakage
Reactance (ohm): 0.788756
Skewing Leakage Reactance (ohm): 1.13703
Slot Fill Factor (%): 72.5187
Stator Winding Factor: 0.957662
Stator-Teeth Flux Density (Tesla): 1.35773
Rotor-Teeth Flux Density (Tesla): 1.36448
Stator-Yoke Flux Density (Tesla): 1.20139
Rotor-Yoke Flux Density (Tesla): 1.82146
Air-Gap Flux Density (Tesla): 0.63459
Stator-Teeth Ampere Turns (A.T): 20.4966
Rotor-Teeth Ampere Turns (A.T): 17.5194
Stator-Yoke Ampere Turns (A.T): 75.8166
Rotor-Yoke Ampere Turns (A.T): 56.2517
Air-Gap Ampere Turns (A.T): 254.498
Correction Factor for Magnetic
Circuit Length of Stator Yoke: 0.695559
Correction Factor for Magnetic
Circuit Length of Rotor Yoke: 0.165046
Saturation Factor for Teeth: 1.14938
Saturation Factor for Teeth & Yoke: 1.66831
Induced-Voltage Factor: 0.927797
Stator Current Density (A/mm^2): 5.36193
Specific Electric Loading (A/mm): 19.4643
Stator Thermal Load (A^2/mm^3): 104.366
Rotor Bar Current Density (A/mm^2): 5.1408
Rotor Ring Current Density (A/mm^2): 6.29082
Half-Turn Length of
Stator Winding (mm): 192.22
WINDING ARRANGEMENT
The 3-phase, 1-layer winding can be arranged in 24 slots as below:
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Average coil pitch is: 10
Angle per slot (elec. degrees): 15
Phase-A axis (elec. degrees): 112.5
First slot center (elec. degrees): 0
TRANSIENT FEA INPUT DATA
For one phase of the Stator Winding:
Number of Turns: 280
Parallel Branches: 1
Terminal Resistance (ohm): 5.29389
End Leakage Inductance (H): 0.005357
For Rotor End Ring Between Two Bars of One Side:
Equivalent Ring Resistance (ohm): 2.05946e-006
Equivalent Ring Inductance (H): 2.51741e-009
2D Equivalent Value:
Equivalent Model Depth (mm): 80
Equivalent Stator Stacking Factor: 0.95
Equivalent Rotor Stacking Factor: 0.95
Estimated Rotor Inertial Moment (kg m^2): 0.0010407 本帖最后由 happyleaf 于 2010-6-18 15:40 编辑
TRANSIENT FEA INPUT DATA 中的结果是用于Maxwell中的，在设置Excitations时应用到线圈的参数，在设置Motion Setup——Mechanical——Consider Mechnical Transient时输入Moment of Inertia参数
看看版主的这个例子，讲的很详细的！
http://bbs.simol.cn/viewthread.php?tid=12540&from=recommend_f 回复 2# happyleaf thanks a lot 转子轭部磁密取值比较高啊
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