版主，给一个三相异步发电机的例子，谢谢了。
版主，给一个三相异步发电机的例子，谢谢了。
xidian203 发表于 2010-2-22 23:10 http://bbs.simol.cn/images/common/back.gif
RM5不能做3相异步发电机{:aa16
好好看看了学习一下吧
LZ真强啊，受教了。
用楼主给的参数检验了一遍，为什么我算出来的参数同楼主的有些不一样呢，我用的硅钢片是DW465-50
真的很不错。
非常好的教材
使用时间不长,用在计算电阻启动电机,额定还是比较准,比浙江大学的EMCAD还要好,启动,堵转不准.
我用过好多的程序,正版,感到这个程序还可以的.应该打8分.
我要好好学习
这个程序本身算出来的 好像和实际有很多差距！这需要具体根据实际情况调整啦！我们单相和三相都用的是上科所的。
总结经验，宝贵财富，感谢西莫，感谢楼主，感谢大家
希望编辑部的成员共创西莫电子期刊的辉煌！
希望编辑部的成员共创西莫电子期刊的辉煌！
不管用什么软件，都只是一个工具而已，完全靠软件就不需要那么多做开发的设计人员了，主要是在工作中多积累经验和数据。
回复 7# saleing
结果不是重要的，对于初学者主要是过程，如何分析电机出现的异常的曲线如何分析判断
反复看帖 要学会为止 感谢大家的分享
回复 12# saleing
你是在人家的基础上计算的，结果自然是更接近，如国楼主贴一个假的实际结果，我想你也估计要向假结果靠近了{:1_431:}
回复 37# 大长经
那你搞个假的来看看
回复 38# saleing
我这里刚刚有一个电机，后天排到测功机上测试！大后天出结果。你帮我算算，参数如下：
参数、槽形可能不是很合理，原因是这个电机是手工嵌线，现在人工难招，我就把槽形凑近到自动下线机上，因此就有点牵强！不过没关系，只要温升通过，我就能出货！{:aa13
Single-Phase Induction Motor Design
File: Setup1.res
GENERAL DATA
Rated Output Power (kW): 0.2
Rated Voltage (V): 230
Number of Poles: 2
Frequency (Hz): 50
Rated Speed (rpm): 2600
Frictional Loss (W): 35
Windage Loss (W): 15
Type of Load: Constant Power
Iron Core Length (mm): 43
Stacking Factor of Iron Core: 0.95
Type of Steel: D23_50
Operating Temperature (C): 75
Rotor Position: Inner
Operation mode: Capacitor-Run Mode
Run Capacitance (uF): 8
& Its Resistance (ohm): 3.97887
Speed-Adjustment mode: No Speed-Adjustment
STATOR DATA
Number of Stator Slots: 24
Outer Diameter of Stator (mm): 110
Inner Diameter of Stator (mm): 60
Type of Stator Slot: 3
Dimension of Stator Slot
hs0 (mm): 0.69
hs1 (mm): 0.73
hs2 (mm): 11
bs0 (mm): 2.5
bs1 (mm): 5.04
bs2 (mm): 7.9
rs (mm): 1
Top Tooth Width (mm): 3.19858
Bottom Tooth Width (mm): 3.23463
Main Aux.
Type of Coils: 31 31
Coil Position: Top Bot
Conductor Length Adjustment (mm): -5 -30
Number of Parallel Branches: 1 1
Number of Wires per Conductor: 1 1
Number of Conductors per Slot:
slot # 1: 85 0
slot # 2: 85 0
slot # 3: 85 0
slot # 4: 85 0
slot # 5: 0 185
slot # 6: 0 185
Main-Phase Wire Diameter (mm): 0.556
Aux.-Phase Wire Diameter (mm): 0.357
Main-Phase Wire Wrap (mm): 0.07
Aux.-Phase Wire Wrap (mm): 0.06
Slot Insulation Thickness (mm): 0.25
Layer Insulation Thickness (mm): 0
Limited Slot Fill Factor (%): 58
Wire Resistivity (ohm.mm^2/m): 0.0217
ROTOR DATA
Number of Rotor Slots: 18
Air Gap (mm): 0.35
Inner Diameter of Rotor (mm): 20
Type of Rotor Slot: 1
Dimension of Rotor Slot
hr0 (mm): 0.7
hr01 (mm): 0
hr2 (mm): 5.5
br0 (mm): 1.1
br1 (mm): 3.76
br2 (mm): 1.9
Cast Rotor: Yes
Number of Vents: 0
Vent Diameter (mm): 0
Vent Location (mm): 0
Skew Width: 1
End Length of Bar (mm): 0
Height of End Ring (mm): 8
Width of End Ring (mm): 5
Bar Resistivity (ohm.mm^2/m): 0.0434783
End_Ring Resistivity (ohm.mm^2/m): 0.0434783
Rotor Core Length (mm): 43
Rotor Stacking Factor 0.95
Rotor Steel Type D23_50
Magnetic Shaft: No
MATERIAL CONSUMPTION
Armature Wire Density (kg/m^3): 8900
Rotor Bar Density (kg/m^3): 2700
Rotor Ring Density (kg/m^3): 2700
Armature Core Steel Density (kg/m^3): 7820
Rotor Core Steel Density (kg/m^3): 7820
Main Winding Copper Weight (kg): 0.422862
Auxiliary Winding Copper Weight (kg): 0.22289
Rotor Bar Material Weight (kg): 0.0485751
Rotor Ring Material Weight (kg): 0.0338613
Armature Core Steel Weight (kg): 1.49535
Rotor Core Steel Weight (kg): 0.648252
Total Net Weight (kg): 2.87179
Armature Core Steel Consumption (kg): 3.1758
Rotor Core Steel Consumption (kg): 0.903215
RATED OPERATION
Main-Phase Resistance (ohm): 17.49
Aux.-Phase Resistance (ohm): 54.2384
Main Leakage Reactance (ohm): 9.35396
Aux. Leakage Reactance (ohm): 34.7141
Rotor Resistance (ohm): 32.5405
Rotor Leakage Reactance (ohm): 11.2399
Magnetizing Reactance (ohm): 200.945
Turn Ratio of Aux. to Main-Coil: 1.25659
Stator Line Current (A): 1.74388
Main-Phase Current (A): 1.35658
Aux.-Phase Current (A): 0.957636
Phase Shift between Main
and Aux. Currents (degrees): 86.1448
Capacitor Voltage (V): 381.031
Capacitor Loss (W): 3.6489
Copper Loss of Stator Winding (W): 81.9273
Copper Loss of Rotor Winding (W): 31.5907
Iron-Core Loss (W): 14.9987
Frictional and Windage Loss (W): 52.1793
Total Loss (W): 184.345
Input Power (W): 385.249
Output Power (W): 200.904
Mechanical Shaft Torque (N.m): 0.7186
Efficiency (%): 52.1492
Power Factor: 0.960499
Rated Slip: 0.110078
Rated Shaft Speed (rpm): 2669.77
NO-LOAD OPERATION
Main Leakage Reactance (ohm): 9.13464
Aux. Leakage Reactance (ohm): 30.4436
Rotor Leakage Reactance (ohm): 10.275
Magnetizing Reactance (ohm): 154.202
No-Load Stator Line Current (A): 1.38973
No-Load Main-Phase Current (A): 1.69111
No-Load Aux.-Phase Current (A): 1.07595
Phase Shift between No-Load Main
and Aux. Currents (degrees): 127.617
No-Load Iron-Core Loss (W): 16.8721
No-Load Input Power (W): 212.007
No-Load Power Factor: 0.663272
No-Load Slip: 0.0234346
No-Load Shaft Speed (rpm): 2929.7
BREAK-DOWN OPERATION
Break-Down Slip: 0.37
Break-Down Torque (N.m): 1.29743
Break-Down Torque Ratio: 1.8055
LOCKED-ROTOR OPERATION
Locked-Rotor Torque (N.m): 0.510807
Locked-Rotor Line Current (A): 4.46708
Locked-Rotor Torque Ratio: 0.710836
Locked-Rotor Current Ratio: 2.56157
Locked-Rotor Main-Phase Current (A): 4.5374
Locked-Rotor Aux.-Phase Current (A): 0.647335
Phase Shift between Locked-Rotor Main
and Aux. Currents (degrees): 101.056
DETAILED DATA AT RATED OPERATION
Main Slot Leakage Reactance (ohm): 2.38292
Main End-Winding Leakage
Reactance (ohm): 6.02821
Main Differential Leakage
Reactance (ohm): 0.942842
Aux. Slot Leakage Reactance (ohm): 5.64397
Aux. End-Winding Leakage
Reactance (ohm): 10.7113
Aux. Differential Leakage
Reactance (ohm): 18.3588
Rotor Slot Leakage Reactance (ohm): 3.95938
Rotor End-Winding Leakage
Reactance (ohm): 3.06086
Rotor Differential Leakage
Reactance (ohm): 2.07385
Skewing Leakage Reactance (ohm): 2.14578
Main-Phase Winding Factor: 0.82936
Aux.-Phase Winding Factor: 0.957662
Stator-Teeth Flux Density (Tesla): 1.57154
Rotor-Teeth Flux Density (Tesla): 1.18537
Stator-Yoke Flux Density (Tesla): 1.70168
Rotor-Yoke Flux Density (Tesla): 1.8398
Air-Gap Flux Density (Tesla): 0.601644
Stator-Teeth Ampere Turns (A.T): 35.8093
Rotor-Teeth Ampere Turns (A.T): 4.77166
Stator-Yoke Ampere Turns (A.T): 185.857
Rotor-Yoke Ampere Turns (A.T): 58.3906
Air-Gap Ampere Turns (A.T): 219.642
Correction Factor for Magnetic
Circuit Length of Stator Yoke: 0.331948
Correction Factor for Magnetic
Circuit Length of Rotor Yoke: 0.164448
Saturation Factor for Teeth: 1.18476
Saturation Factor for Teeth & Yoke: 2.29679
Induced-Voltage Factor: 0.897703
Mean Half-Turn Length of
Main-Phase Winding (mm): 143.89
Mean Half-Turn Length of
Aux.-Phase Winding (mm): 169.049
Main Winding Current Density (A/mm^2): 5.58735
Aux. Winding Current Density (A/mm^2): 9.56697
Specific Electric Loading (A/mm): 17.3068
Mean Stator Thermal Load (A^2/mm^3): 126.622
Fill-Factor Thermal-Load
(%) (A^2/mm^3)
Slot # 1 48.726 82.031
Slot # 2 48.726 82.031
Slot # 3 48.726 82.031
Slot # 4 48.726 82.031
Slot # 5 47.059 215.803
Slot # 6 47.059 215.803
TRANSIENT FEA INPUT DATA
For Main Winding:
Number of Turns: 680
Parallel Branches: 1
Terminal Resistance (ohm): 17.49
End Leakage Inductance (H): 0.0191884
For Aux. Winding:
Number of Turns: 740
Parallel Branches: 1
Terminal Resistance (ohm): 54.2384
End Leakage Inductance (H): 0.0340953
Starting Capacitance (uF): 0
Running Capacitance (uF): 8
Switch Speed (rpm): 0
For Rotor End Ring Between Two Bars of One Side:
End Ring Resistance (ohm): 8.62392e-006
End Ring Leakage Inductance (H): 4.02897e-009
Skew Leakage Inductance (H): 2.74464e-009
2D Equivalent Value:
Equivalent Model Depth (mm): 43
Equivalent Stator Stacking Factor: 0.95
Equivalent Rotor Stacking Factor: 0.95
Estimated Rotor Moment of Inertia (kg m^2): 0.000407176
回复 39# 大长经
从你的结果来看，你的叠高可以再减一点，槽满率才40多，热负荷也不高、