视频1 视频21 视频41 视频61 视频文章1 视频文章21 视频文章41 视频文章61 推荐1 推荐3 推荐5 推荐7 推荐9 推荐11 推荐13 推荐15 推荐17 推荐19 推荐21 推荐23 推荐25 推荐27 推荐29 推荐31 推荐33 推荐35 推荐37 推荐39 推荐41 推荐43 推荐45 推荐47 推荐49 关键词1 关键词101 关键词201 关键词301 关键词401 关键词501 关键词601 关键词701 关键词801 关键词901 关键词1001 关键词1101 关键词1201 关键词1301 关键词1401 关键词1501 关键词1601 关键词1701 关键词1801 关键词1901 视频扩展1 视频扩展6 视频扩展11 视频扩展16 文章1 文章201 文章401 文章601 文章801 文章1001 资讯1 资讯501 资讯1001 资讯1501 标签1 标签501 标签1001 关键词1 关键词501 关键词1001 关键词1501 专题2001
感应电动机设计流程..
2025-09-29 17:05:10 责编:小OO
文档
点击下载本文 文档为doc格式
感应电动机设计流程

3.1电机的基本尺寸数据

3.1.1定，转子尺寸

定子尺寸                                                                       单位 mm

1901363.56.74.40.814.50.43011.860.9237.30.8760.5513.5
转子尺寸                                                                   单位mm

135.2481.05.53.00.51.321.713.2620.1230.62330
3.2 电动机的设计计算

方案1

名称公式结果
1.功率

　5.5
2.外施相电压

 （Y接法）              V———
 （接法）               V380
4.输出供电流

                         A4.82
5.效率

　  85.5
6.功率因数

　

0.84
7.极数

　

4
8.定,转子槽数

36
32
10.定,转子每级槽数

9
8
12.定,转子尺寸

——————
13.极距

                        cm10.676
14.定子齿距

                          mm1.186
15.转子齿距

                         mm1.326
16.节距

　

8
17.转子斜槽宽

　2.784
18.每槽导体数

　

48
_____
20.每相串连导体数

576
21.绕组线规

1.272
                                

0.9
23.槽满率

         

127.2
 

15.75
 

——
 

111.45
  79.3
28.铁心长

                                 mm200
                         mm200.8
——
184
32.绕组系数

0.946
0.96
0.985
0.8888
36.每相有效串联导体数

544.6
37.每极磁通

0.85*380
39.齿部截面积

91.08
91.7
41.轭部截面积

16.12
0.876
——

    

36.984
——
2.01
47.空气隙面积

214
48.波幅系数

                  高斯1.53
49.定子齿磁密

                   高斯70
50.转子齿磁密

                  高斯09
51.定子轭磁密

                  高斯16563
52.转子轭磁密

                  高斯7219
53.空气隙磁密

                     高斯3817
54.各部分磁路每厘米长所需安匝数

 

4.22
 

4.16
 

71.4
 

2.82
58.磁部磁路计算长度

——
——
——
 厘米

1.596
 厘米

2.3
63.轭部磁路计算长度

2.2655
2.67
65.有效气隙长度

0.0546
66.磁部所需安匝数

                      安匝6.735
 安匝

9.568
68.轭部所需安匝数

                   安匝48.5
  安匝

5.27
70.空气隙所需安匝数

                     安匝166
71.饱和系数

1.098
72.总安匝

       安匝236
73.满载磁化电流

                       安培1.28
74.满载 磁化电流标么值

     0.265
75.激磁电抗

3.77
76.线圈平均半匝长

——
 厘米

42.28
 厘米

8.14
 厘米

10.98
0.674
0.738
82.双层线圈端部轴向投影长

　 厘米

6
83.单层线圈端部平均长

　

——
84.漏抗系数

　

0.0746
85.定子槽单位漏磁导

　

1.166
86.定子槽漏抗

　

0.43Cx
 厘米

20
——
.定子谐波漏抗

　

0.608Cx
90.定子端部漏抗

0.358Cx
——
——
——
94.定子漏抗

　

0.104
95.转子槽单位磁漏抗

　

1.62
96.转子槽漏抗

　

0.605Cx
20

——
99.转子谐波漏抗

　

0.694Cx
100.转子端部漏抗

　

0.119Cx
101.转子斜槽漏抗

　

1.53Cx
102.转子漏抗

　

0.22
103.总漏抗

　

0.324
104.定子相电阻

　

4.1
105.定子相电阻标么值

　

0.052
106.有效材料

8.86
公斤54.57
108.转子电阻

　

2.6
0.05
0.0329
0.0006
0.0331
113.满载电流有功部分

1.169
114.满载电抗电流

0.523
1.027
116.满载电流无功部分

　

0.788
117.满载电势

　

0.8572
118.空载电势

　

0.97244
119.空载定子齿磁密

　 高斯

10136
120.空载转子齿磁密

　 高斯

10067
121.空载定子轭磁密

　 高斯

18659
122.空载转子轭磁密

　 高斯

8157
123.空载气隙磁密

　 高斯

4313
124.空载定子齿安匝

　 安匝

8.825
125.空载转子齿安匝

　 安匝

12.512
126.空载定子轭安匝

　 安匝

108.97
127.空载转子轭安匝

　 安匝

6.578
128.空载空气隙安匝

　 安匝

188
129.空载总安匝

　 安匝

324.885
130.空载磁化电流

　 安培

1.765
131.定子电流

　,1.409
 安培

6.79
133.定子电流密度

　   5.33
134.线负荷

　 

778.47
4149
136.转子电流

　,1.28
315.16
138.转子电流密度

,3.267
3.088
140.定子铝损耗

　

0.103
566.5
142.转子铝损耗

0.054
297
144.杂散损耗

对铸铝转子

0.01
对铜条转子

____
55
147.机械损耗

4极及以上封闭型自扇冷式

29.32
0.0053
149.铁耗

581.45
292.15
 

0.02
 

0.0713
 11.629
20.83
70.7325
0.012
157.总损耗

0.18
158.输入功率

　1.18
159.总损耗比

0.15
160.效率

　

0.85
161.功率因数

　

0.834
162.转差率

　

0.05
1.转速

　

712.5
165.最大转矩

　

1.25
166.起动电流开始假定值

　 （安）

21
167.起动时漏抗磁路饱和引起漏抗变化的系数查图

　

33818
2067
0.955
170.齿顶漏磁饱和引起定子顶宽度的减少

　

0.284
171.齿顶漏磁饱和引起定子顶宽度的减少

　

0.416
172.起动时定子槽单位漏磁导

　

 按槽形查附图1

1.045
173.起动时定子槽漏抗

　

0.385Cx
174.起动时定子谐波漏抗

　

0.4Cx
175.定子起动漏抗

　

1.143Cx
176.考虑导挤流效应的转子导条相对高度

　

1.55
177.转子挤流效应系数

1.3
0.325
179.起动时转子槽单位漏磁导

0.461
 

0.097
0.3
182.起动时转子槽漏抗

　

0.24Cx
183.起动时转子谐波漏抗

　

0.458Cx
184.起动时转子斜槽漏抗

　

Cx
185.转子起动漏抗

　

0.06
186.起动总漏抗

　

0.22
187.转子起动电阻

　

0.086
188.起动总电阻

　

0.138
1. 起动总阻抗

0.23
190.电动电流

　20.9
 倍

3
192.起动转矩

　 倍

1.54
        

4 电动机的改进方案

名称公式方案2

方案3
1.额定线电压

340340
2.外施相电压

 （Y接法）

196.299196.299
3.输出供电流

9.3399.339
4.定,转子槽数

3636
3232
6.功率因素

0.8310.847
7.极数

44
8.效率

0.8730.881
9.绕组线规

2.061.87
10.导体并绕根数

11
11.每槽导体数

2024
12.槽满率

0.79740.79805
13.铁芯长

148104
14.定子齿磁密

14803.913467.13
15.转子齿磁密

29457.1425950.18
16.定子轭磁密

14638.513316.66
17.转子轭磁密

12847.811318.23
18.空气隙磁密

6344.975758.926
19.空载定子齿磁密

14075.4113041.15
20.空载转子轭磁密

27486.1924916.12
21.空载定子轭磁密

13918.15125.45
22.空载转子轭磁密

11988.1710867.23
23.空载气隙磁密

6032.7385576.767
24.定子电流密度

3.8294.577
25.线负荷

215.087254.21
26.热负荷

823.681163.56
27.转速

14711462
28.最大转矩倍数

4.0143.675
29.起动转矩倍

2.0031.7
30.起动电流倍数

6.9666.783
电动机在运行使产生损耗，这些损耗转变成热能，引起电机发热，电动机的温度过高会使绝缘迅速老化，绝缘性能和机械强度降低，使使用寿命大大缩短，严重时会烧坏电机，为了发热对电动机的影响，使电动机的温升不超过一定的数值，一方面要控制电机各部分的损耗，使发热减少；另一部分改善电动机的冷却系统，提高其传热和散热的能力。因此可见，防治电动机因过热而损坏非常重要。解决电动机温升问题有许多方法, 例如: 减少定子线圈匝数, 增大导体面积，增长铁心, 降低热负荷; 或更改风路, 修改风扇, 让介质带走更多的热量, 这种方法因要改变定子部分或机座结构形式, 比较困难[10]。

4.1 三相异步电动机发热过高的原因

1.电动机过负荷，定子电流过大 

2.线负荷过大

3.电流密度过大

4.损耗大定子绕组缺相运行

5.电源电压过高或过低

6.电动机通风道堵塞

效率是电动机的一个重要性能指标，它的高低决定于运行时电机所产生的损耗，损耗越低，效率越高，发热越低。损耗的大小与电磁负荷有很大关系。为了降低损耗，就得选较低电磁负荷和电流密度，但这样会增加电动机的尺寸和材料耗量。此外，损耗的大小还与材料的性能，绕组的形式，电动机的构造有关系[。

4.2 改进法 ：减低损耗，降低线负荷，和电流密度，提高效率。改善电源

4.2.1 措施

1.加大导线截面积

●效果，降低定子铝损耗，使槽满率加大，起动电流增高，降低电流密度。

2.减少每相的串联导体数

●效果，降低线负荷，增加起动电流。

方案一方案二方案三
槽满率0.7930.79740.79805
起动电流36.9666.783
定子铝（铜）损耗566.5232.5244281.002
线负荷778.47215.087

254.21
定子电流密度5.333.8294.577

线径0.92.061.83
每槽导体数482024
效率0.850.8730.881
图4.2.1

3.选用适合的绕组型式，如双层绕组，星－三角接混合接法

方案一方案二方案三
绕组型式双层叠式双层叠式双层叠式
连接方法三角接法星形(Y)接法

星形(Y)接法

附录A 定，转子槽形图

转子槽

定子槽

附录B三相异步电动机计算单

                                             型号: Y132 S-4 5.5 KW

                                   设计者: 容浩然    设计时间: 2005-5-30   no:1

      _____________________________________________________________________________________________________

       定子槽数: 36         转子槽数: 32           |  相数:         3          电机极数:  4

       定子外径: 19.00 cm   定子内径: 13.60 cm     |  额定电压:  380.00 v      额定频率:  50.00 hz

       转子外径: 13.52 cm   转子内径:  4.80 cm     |  额定功率:    5.50 kw     新方案材料成本: 298.74 (元)

       铁心长度: 11.50 cm   单边气隙长度: 0.40 mm  |  定子绕组连接形式: △     旧方案材料成本: 297.82 (元)

      _____________________________________________|_______________________________________________________

       定    子    槽    形:  (1圆底槽)            |  定  子  绕  组  形  式: (5双层绕组(q=3)) 

      _____________________________________________|_______________________________________________________

       bs0:  3.5     |bs1:  6.7     |Rs:  4.40     |  类型:         |     NS1     |     NDS     |     NS2

       hs0:  0.8     |hss: 14.5     |Zs: 30.00     |________________|_____________|_____________|__________

      _______________|______________|______________|  每槽导体数:   |48           |             |

       转    子    槽    形: (1平底平行齿槽)       |  N-d1:         |1-0.90       |             |

      _____________________________________________|  N-d2:         |1-0.90       |             |

       br0:  1.0     |br1:  5.5     |br2:  5.5     |  kf%:          | 79.30       |             |

       br3:  5.5     |wr4:  3.0     |hr0:  0.5     |   j1:          |  4.844      |             |

       hr3: 21.7     |hrr: 23.0     |zr:  30.0     |________________|_____________|_____________|__________

      _______________|______________|______________|  绕组跨距Y1: 1-1            并联支路数: 1

       Sb:   96.5 mxm         Jb:  2.966           |  Ty:  10.53 cm            al:  1.50 cm

       Sr:  260.0 mxm         Jr:  2.802           |  Lz:  26.72 cm            fd:  3.77 cm

       Gal: 1.43( 1.38)       bsk/t1:  1.00        |  A1: 258.02 a/cm          热负荷: 4149

       Dkr: 0.00 mm           bsk: 11.9 mm         |  R1:  2.4312 ohm          Gcu:  5.68( 5.68)

      _____________________________________________|_______________________________________________________

       硅  钢  片  材  料: 50DR510                 |  定子槽绝缘厚:  0.27     定子槽楔厚:  2.0

      _____________________________________________|_______________________________________________________

       硅钢重: 37.6( 37.6)   叠压系数: 0.92        |  kdpl:  0.9598           Zph:  5.0

      _____________________________________________|_______________________________________________________

       Wt1:  0.557 cm        hc1:  1.730 cm        |  Wt2:  0.625 cm          hc2:  2.010 cm

      _____________________________________________|_______________________________________________________

                         电     磁     计     算                    |      运     行     结     果(d/s)

      ______________________________________________________________|______________________________________

       ken:  0.9159                |  ktn:  1.3191                  |  I1(A):    |     11.285

       keo:  0.9655                |  Imo:  0.6271                  |  I2(A):    |      5.638

       kc:   1.3483                |                                |  Im(A):    |      4.195

      _____________________________|________________________________|  Pcu(w):   |    309.617

             |   b(kgs)    |   l(cm)     |   at/cm    |     at      |  Pal(w):   |    200.531

      _______|_____________|_____________|____________|_____________|  Pfe(w):   |    136.986

       g:    |  6.771      |  0.054      |            | 292.14      |  Pad(w):   |    110.000

       St:   | 15.290      |  1.597      | 23.574     |  37.      |  Pmc(w):   |     70.000

       Sc:   | 14.131      |  7.510      | 13.253     |  47.60      |  Psm(w):   |    827.13

       Rt:   | 15.336      |  2.300      | 24.169     |  55.59      |  sn(%) :   |      3.369

       Rt:   |  0.000      |  0.000      |  0.000     |   0.00      |  Eff(%):   |  86.93 / 86.93

       Rc:   | 13.193      |  2.674      |  9.480     |   9.95      |  Fac:      |  0.8518/ 0.9520

       Fm:   |             |             |            |  442.92     |  Tm/Tn:    |  2.686 / 2.690

      _______|_____________|_____________|____________|_____________|  Tst/Tn:   |  2.279 / 2.230

              Ikw(A):   4.825      |   Zkw(ohm):  78.76             |  Ist/I1:   |  6.309 / 6.250

      _____________________________|________________________________|______________________________________

                        额    定   参    数:                            |        启   动   参   数:

      __________________________________________________________________|__________________________________

          cx=0.04249                  | Ed1: 0.0130    | Ed2: 0.0130    |   ha: 1.5512   |  r/R: 1.3085

      ________________________________| Xs1: 0.444     | Xs2: 0.8101    |  Bst: 0.446    |   Kz: 0.4494

       ku1: 1.000      | Kl1: 1.000   | xd1: 0.2     | xd2: 0.5910    |  cs1: 4.608    |  cs2: 6.758

       su1: 0.410      | sl1: 0.826   | xe1: 0.532     | xe2: 0.1749    | stu2: 0.0    | stl2: 1.488

       su2: 0.500      | sl2: 1.675   |  xm: 1.992     | xsk: 0.2363    | xst1: 0.380    | xst2: 0.578

       es1: 1.236      | es2: 2.175   |  rb: 0.0188    |  rr: 0.0079    | stu1: 0.231    |  zst: 0.117

      _________________|______________|________________|________________|________________|_____

三相异步电动机改进计算单1

                                             型号: Y132 Sm-4 5.5 KW

                                   设计者: 容浩然    设计时间: 2005-5-30   no:1

      _____________________________________________________________________________________________________

       定子槽数: 36         转子槽数: 32           |  相数:         3          电机极数:  4

       定子外径: 19.00 cm   定子内径: 13.60 cm     |  额定电压:  340.00 v      额定频率:  50.00 hz

       转子外径: 13.52 cm   转子内径:  4.80 cm     |  额定功率:    5.50 kw     新方案材料成本: 315.52 (元)

       铁心长度: 14.8  cm   单边气隙长度: 0.40 mm  |  定子绕组连接形式: y     旧方案材料成本: 297.82 (元)

      _____________________________________________|_______________________________________________________

       定    子    槽    形:  (1圆底槽)            |  定  子  绕  组  形  式: (5双层绕组(q=3)) 

      _____________________________________________|_______________________________________________________

       bs0:  3.5     |bs1:  6.7     |Rs:  4.40     |  类型:         |     NS1     |     NDS     |     NS2

       hs0:  0.8     |hss: 14.5     |Zs: 30.00     |________________|_____________|_____________|__________

      _______________|______________|______________|  每槽导体数:   |20           |             |

       转    子    槽    形: (1平底平行齿槽)       |  N-d1:         |1-2.06       |             |

      _____________________________________________|  N-d2:         |0-0.00       |             |

       br0:  1.0     |br1:  5.5     |br2:  5.5     |  kf%:          | 79.9        |             |

       br3:  5.5     |wr4:  3.0     |hr0:  0.5     |   j1:          |  4.844      |             |

       hr3: 21.7     |hrr: 23.0     |zr:  30.0     |________________|_____________|_____________|__________

      _______________|______________|______________|  绕组跨距Y1: 1-1            并联支路数: 1

       Sb:   96.5 mxm         Jb:  2.966           |  Ty:  10.53 cm            al:  1.50 cm

       Sr:  260.0 mxm         Jr:  2.802           |  Lz:  26.72 cm            fd:  3.77 cm

       Gal: 1.43( 1.38)       bsk/t1:  1.00        |  A1: 258.02 a/cm          热负荷: 830.5

       Dkr: 0.00 mm           bsk: 11.9 mm         |  R1:  2.4312 ohm          Gcu:  5.68( 5.68)

      _____________________________________________|_______________________________________________________

       硅  钢  片  材  料: 50DR510                 |  定子槽绝缘厚:  0.27     定子槽楔厚:  2.0

      _____________________________________________|_______________________________________________________

       硅钢重: 37.6( 37.6)   叠压系数: 0.92        |  kdpl:  0.9598           Zph:  5.0

      _____________________________________________|_______________________________________________________

       Wt1:  0.557 cm        hc1:  1.730 cm        |  Wt2:  0.625 cm          hc2:  2.010 cm

      _____________________________________________|_______________________________________________________

                         电     磁     计     算                    |      运     行     结     果(d/s)

      ______________________________________________________________|______________________________________

       ken:  0.9159                |  ktn:  1.3191                  |  I1(A):    |     11.285

       keo:  0.9655                |  Imo:  0.6271                  |  I2(A):    |      5.638

       kc:   1.3483                |                                |  Im(A):    |      4.195

      _____________________________|________________________________|  Pcu(w):   |    309.617

             |   b(kgs)    |   l(cm)     |   at/cm    |     at      |  Pal(w):   |    200.531

      _______|_____________|_____________|____________|_____________|  Pfe(w):   |    136.986

       g:    |  6.771      |  0.054      |            | 292.14      |  Pad(w):   |    110.000

       St:   | 15.290      |  1.597      | 23.574     |  37.      |  Pmc(w):   |     70.000

       Sc:   | 14.131      |  7.510      | 13.253     |  47.60      |  Psm(w):   |    827.13

       Rt:   | 15.336      |  2.300      | 24.169     |  55.59      |  sn(%) :   |      3.369

       Rt:   |  0.000      |  0.000      |  0.000     |   0.00      |  Eff(%):   |  87.30 / 86.93

       Rc:   | 13.193      |  2.674      |  9.480     |   9.95      |  Fac:      |  0.8310/ 0.9520

       Fm:   |             |             |            |  442.92     |  Tm/Tn:    |  4.014 / 2.690

      _______|_____________|_____________|____________|_____________|  Tst/Tn:   |  2.003 / 2.230

              Ikw(A):   4.825      |   Zkw(ohm):  78.76             |  Ist/I1:   |  6.9660/ 6.250

      _____________________________|________________________________|______________________________________

                        额    定   参    数:                            |        启   动   参   数:

      __________________________________________________________________|__________________________________

          cx=0.04249                  | Ed1: 0.0130    | Ed2: 0.0130    |   ha: 1.5512   |  r/R: 1.3085

      ________________________________| Xs1: 0.444     | Xs2: 0.8101    |  Bst: 0.446    |   Kz: 0.4494

       ku1: 1.000      | Kl1: 1.000   | xd1: 0.2     | xd2: 0.5910    |  cs1: 4.608    |  cs2: 6.758

       su1: 0.410      | sl1: 0.826   | xe1: 0.532     | xe2: 0.1749    | stu2: 0.0    | stl2: 1.488

       su2: 0.500      | sl2: 1.675   |  xm: 1.992     | xsk: 0.2363    | xst1: 0.380    | xst2: 0.578

       es1: 1.236      | es2: 2.175   |  rb: 0.0188    |  rr: 0.0079    | stu1: 0.231    |  zst: 0.117

      _________________|______________|________________|________________|________________|_________________

    三相异步电动机改进计算单2

                                             型号: Y132 Sn-4 5.5 KW

                                   设计者: 容浩然    设计时间: 2005-5-30   no:1

      _____________________________________________________________________________________________________

       定子槽数: 36         转子槽数: 32           |  相数:         3          电机极数:  4

       定子外径: 19.00 cm   定子内径: 13.60 cm     |  额定电压:  340.00 v      额定频率:  50.00 hz

       转子外径: 13.52 cm   转子内径:  4.80 cm     |  额定功率:    5.50 kw     新方案材料成本: 298.74 (元)

       铁心长度: 10.4  cm   单边气隙长度: 0.40 mm  |  定子绕组连接形式:y       旧方案材料成本: 297.82 (元)

      _____________________________________________|_______________________________________________________

       定    子    槽    形:  (1圆底槽)            |  定  子  绕  组  形  式: (5双层绕组(q=3)) 

      _____________________________________________|_______________________________________________________

       bs0:  3.5     |bs1:  6.7     |Rs:  4.40     |  类型:         |     NS1     |     NDS     |     NS2

       hs0:  0.8     |hss: 14.5     |Zs: 30.00     |________________|_____________|_____________|__________

      _______________|______________|______________|  每槽导体数:   |24           |             |

       转    子    槽    形: (1平底平行齿槽)       |  N-d1:         |1-1.87       |             |

      _____________________________________________|  N-d2:         |0-0.00       |             |

       br0:  1.0     |br1:  5.5     |br2:  5.5     |  kf%:          | 79.9        |             |

       br3:  5.5     |wr4:  3.0     |hr0:  0.5     |   j1:          |  4.844      |             |

       hr3: 21.7     |hrr: 23.0     |zr:  30.0     |________________|_____________|_____________|__________

      _______________|______________|______________|  绕组跨距Y1: 1-1            并联支路数: 1

       Sb:   96.5 mxm         Jb:  2.966           |  Ty:  10.53 cm            al:  1.50 cm

       Sr:  260.0 mxm         Jr:  2.802           |  Lz:  26.72 cm            fd:  3.77 cm

       Gal: 1.43( 1.38)       bsk/t1:  1.00        |  A1: 258.02 a/cm          热负荷: 1141.5

       Dkr: 0.00 mm           bsk: 11.9 mm         |  R1:  2.4312 ohm          Gcu:  5.68( 5.68)

      _____________________________________________|_______________________________________________________

       硅  钢  片  材  料: 50DR510                 |  定子槽绝缘厚:  0.27     定子槽楔厚:  2.0

      _____________________________________________|_______________________________________________________

       硅钢重: 37.6( 37.6)   叠压系数: 0.92        |  kdpl:  0.9598           Zph:  5.0

      _____________________________________________|_______________________________________________________

       Wt1:  0.557 cm        hc1:  1.730 cm        |  Wt2:  0.625 cm          hc2:  2.010 cm

      _____________________________________________|_______________________________________________________

                         电     磁     计     算                    |      运     行     结     果(d/s)

      ______________________________________________________________|______________________________________

       ken:  0.9159                |  ktn:  1.3191                  |  I1(A):    |     11.285

       keo:  0.9655                |  Imo:  0.6271                  |  I2(A):    |      5.638

       kc:   1.3483                |                                |  Im(A):    |      4.195

      _____________________________|________________________________|  Pcu(w):   |    309.617

             |   b(kgs)    |   l(cm)     |   at/cm    |     at      |  Pal(w):   |    200.531

      _______|_____________|_____________|____________|_____________|  Pfe(w):   |    136.986

       g:    |  6.771      |  0.054      |            | 292.14      |  Pad(w):   |    110.000

       St:   | 15.290      |  1.597      | 23.574     |  37.      |  Pmc(w):   |     70.000

       Sc:   | 14.131      |  7.510      | 13.253     |  47.60      |  Psm(w):   |    827.13

       Rt:   | 15.336      |  2.300      | 24.169     |  55.59      |  sn(%) :   |      3.369

       Rt:   |  0.000      |  0.000      |  0.000     |   0.00      |  Eff(%):   |  88.10 / 86.93

       Rc:   | 13.193      |  2.674      |  9.480     |   9.95      |  Fac:      |  0.8471/ 0.9520

       Fm:   |             |             |            |  442.92     |  Tm/Tn:    |  3.675 / 2.690

      _______|_____________|_____________|____________|_____________|  Tst/Tn:   |  1.7 / 2.230

              Ikw(A):   4.825      |   Zkw(ohm):  78.76             |  Ist/I1:   |  6.783 / 6.250

      _____________________________|________________________________|______________________________________

                        额    定   参    数:                            |        启   动   参   数:

      __________________________________________________________________|__________________________________

          cx=0.04249                  | Ed1: 0.0130    | Ed2: 0.0130    |   ha: 1.5512   |  r/R: 1.3085

      ________________________________| Xs1: 0.444     | Xs2: 0.8101    |  Bst: 0.446    |   Kz: 0.4494

       ku1: 1.000      | Kl1: 1.000   | xd1: 0.2     | xd2: 0.5910    |  cs1: 4.608    |  cs2: 6.758

       su1: 0.410      | sl1: 0.826   | xe1: 0.532     | xe2: 0.1749    | stu2: 0.0    | stl2: 1.488

       su2: 0.500      | sl2: 1.675   |  xm: 1.992     | xsk: 0.2363    | xst1: 0.380    | xst2: 0.578

       es1: 1.236      | es2: 2.175   |  rb: 0.0188    |  rr: 0.0079    | stu1: 0.231    |  zst: 0.117

      _________________|______________|________________|________________|________________|_________________下载本文

显示全文
专题
动视 51dongshi.net 版权所有
Copyright © 2019-2025