28
Three Phase Motor with Squirrel Cage Rotor for Low Voltage TMC Series THE NEW POWER GENERATION

Three Phase Motor with Squirrel Cage Rotor for Low … · 2000 5000 6500 7600 28 280 6317 6314 6317 6317 1300 4700 6300 7400 37 315 6319 6319 ... 8 28452 8329 10 30421 8299 315 m

  • Upload
    vananh

  • View
    217

  • Download
    0

Embed Size (px)

Citation preview

Three Phase Motor with Squirrel Cage Rotor for Low Voltage TMC Series

THE NEW POWER GENERATION

Subject to alteration - 2 -

UniTec Delivery Program • Low Voltage Motors

- Squirrel Cage Motors - Slip Ring Motors - Hoist Motors - Geared Motors

• High Voltage Motors - Squirrel Cage Motors - Slip Ring Motors

• DC Motors - Standard Series - Mill AISE Motors

• Generators - asynchronous Generators - synchronous Generators

• Transformer - Oil Transformer - Dry Type Transformer - Cast Resin Transformer

• Starter - Oil cooled - Air cooled - Liquid Reostart

• Frequency Inverter - Low Voltage - Medium Voltage

• Thyristor Units

• Switchboards

Subject to alteration - 3 -

Three phase motor with squirrel cage rotor

Content List

Page Introduction 4 Technical Information Mounting Arrangement acc. to IEC 5 Selection of Bearings and Re-Lubrication 6 Cantilever Forces 7 Technical Data 2 – pole 8 4 – pole 9 6 – pole 10 8 – pole 11 10 – pole 12 Dimensions Mounting B3 Frame Size 63 – 400 13 – 17 Mounting B5 Frame Size 63 – 400 18 – 22 Mounting B35 Frame Size 63 – 400 23 – 27

Subject to alteration - 4 -

Three phase motor with squirrel cage rotor

Technical Information

National Standards The motors comply with various national standards. The following have been harmonized with IEC publication 60 034-1 or replaced by DIN EN 60 034-1, so that the motors can be operated at nominal voltage In specific the following standards apply:

• General Requirements for rotating electric machines IEC 60 034-1

• Types of Construction and Installation IEC 60 034-7

• Degrees of Protection of rotating machines IEC 60 034-5

• Methods of Cooling of rotating machines IEC 60 034-6

• Terminal Designation and Direction of Rotation of rotating machines IEC 60 034-8 Electrical Execution Ratings The Nominal Ratings mentioned in the selection table refer to S1 Continuous duty at nominal voltage and nominal frequency. The max. permissible ambient temperature is 40°C and the installation height is limited to max. 1.000 m above sea level. The motors are designed in Insulation Class F with temperature rise acc. to class B. Voltage and Frequency In Standard version all motors are designed in the range of 380 – 420 V, 50 Hz / 420 – 480 V, 60 Hz. From 3,0 kW the winding connection is Delta, below in Star. On request other voltages up to 690 V can be supplied. Mechanical Execution Motor Housing All motors are designed in cast iron version and can be supplied in various different mounting arrangements acc. to selection table of page No. 5. Protection Class All motors are designed in protection class IP 55 for installation in humid and dusty atmosphere. Higher protection classes available on request. Cooling Method The motors are designed acc. to IC 411with an unidirectional fan. Shaft and Balancing All motors are designed with one free shaft end and dynamically balanced with half key. On request motors can be manufactured on extra price with second shaft end. Bearings All motors are designed with two identical ball bearings of SKF, FAG or NSK brand On request from frame size 180 motors can be designed on extra price with roller bearings for increased cantilever forces. Motor from frame size 180 are designed with regreaseable bearings. The bearings for smaller motors are prelubricated The nominal bearing life of motors with horizontal type of construction is at least 40.000 hours if there is no additional axial loading at the output coupling. With maximum permitted loads it is at least 20.000 hours Terminal Box All motors are designed in normal version with terminal box location on top. On request the location can be changed to side up to frame size 355

Subject to alteration - 5 -

Three phase motor with squirrel cage rotor

Mounting Arrangement acc. to IEC Mounting Arrangement IEC 34 - 7 1992 Mounting Arrangement IEC 34 - 7 1992

Code I Code II Code I Code II

IM B3 IM 1001

IM B3 IM 1001

IM B5 IM 3001

IM B5 IM 3001

IM B6 IM 1051

IM B6 IM 1051

IM B7 IM 1061

IM B7 IM 1061

IM B8 IM 1071

IM B8 IM 1071

IM B14 IM 3601

IM B14 IM 3601

IM B34 IM 2101

IM B34 IM 2101

IM B35 IM 2001

IM B35 IM 2001

IM V1 IM 3011

IM V1 IM 3011

Subject to alteration - 6 -

Three phase motor with squirrel cage rotor

Selection of Bearings and Re-Lubrication Basic Version

Frame size Selection of Bearings Grease QTY

DE Bearing NDE Bearing Re-Lubrication in Operation Hours

(g)

2P 4~8P 2P 4~8P 2P 4P 6P 8P

80 6204

90 6205

100 6206

112 6306

132 6308

160 6309

180 6311 4000 9500 12700 15300 18

200 6312

6312 3600 9300 12400 15200 21

225 6313

6312

6313 3100 8900 12200 14800 25

250 6314

6313

6314 2000 5000 6500 7600 28

280 6317

6314

6317 6317 1300 4700 6300 7400 37

315 6319

6319 6319 800 4500 6100 7100 45

355 6322 4000 5700 6600 62

400 6326 3300 4800 5800 82

250 NU314 3900 5200 6200 28

280 NU317 3500 4900 6000 37

315 NU319 3000 4700 5800 45

355 NU322 2500 3600 4000 62

400 NU326 1800 2500 3200 82

The bearing selection tables are only intended for planning purposes. Authoritative information on the actual type of bearings fitted in motors already supplied can be obtained from factory by quoting the serial No. At increased Cantilever Forces the DE Bearing executed in re-enforced version on extra price Considering operation of motor with frequency inverter we recommend to use a current isolated bearing from frame size 280

Subject to alteration - 7 -

Three phase motor with squirrel cage rotor

Cantilever Forces Basic Version at 50 Hz, IM B3

The values fort he maximum permitted cantilever forces FQ ( N ) with a radial load are based the assumption that the line of force ( i.e. the centreline of the pulley ) is still within the free shaft extension ( dimension x ). Dimension x ( mm ) is the distance from the shoulder of the shaft to the line of action of the force FQ . The dimension xmax. is thus the length of the shaft extension Total cantilever force FQ = c * Fu The pretension factor c is an empirical value determined by the belt manufacturer. It can be approximated as follows: For normal flat leather belts with an idler pulley : c = 2 For V - belts : c = 2 up to 2,5 For special synthetic belts depending on the type and load : c = 2 up to 2,5 The peripheral force Fu (N) can be calculated From the following equation : Fu = 2 x 10

7 P / n x D

Fu Peripheral Force in N P Motor rated Output ( transmitted power ) in kW n Motor rated Speed in rpm D Belt Pulley Diameter in mm x0 values refer to x = 0 and xmax values to x = l

Frame Pole permissible cantilever Force at x0

permissible cantilever Force Bei xmax

60 2 4

63 2 4

70 2 331 181 4 417 180 6

73 2 331 180 4 413 178 6

80 2 566 342 4 713 340 6 816 340 8

83 2 566 340 4 713 338 6 816 337 8

90 S 2 618 490 4 779 591 6 891 591 8

90 L 2 628 510 4 791 588 6 906 586 8

100 L 2 856 683 4 1078 851 6 1234 851 8 1358 856

100 LX

4 1078 843

8 1358 851

112 M 2 1187 837 4 1496 815 6 1712 825 8 1884 828

132 S 2 1814 1420 4 2286 1696 6 2617 1702 8 2880 1703

Frame Pole permissible cantilever Force at x0

permissible cantilever Force Bei xmax

132 SX

2 1814 1420

132 M 4 2377 1687 6 2721 1699 8 2944 1699

132 MX

6 2721 1679

160 M 2 2331 1710 4 2937 1682 6 3362 1680 8 3700 1699

160 MX

2 2331 1702

8 370 1682

160 L 2 2365 1695 4 2980 1652 6 3411 1637 8 3755 165

180 M 2 3273 2620 4 4123 2905

180 L 4 4156 2852 6 4758 2844 8 5237 2852

200 L 2 3704 3057 4 4667 3851 6 5343 3979 8 5881 3958

200 LX

2 3704 3057

6 5343 3934

225 S 4 5185 3862 8 6533 3912

225 M 2 3661 3044 4 5219 3913 6 5975 3863 8 6576 3870

250 M 2 4241 3449 4 5948 4838 6 6808 5000 8 7494 4967

280 S 2 4700 3877 4 7531 6213 6 8621 7112 8 9488 7828

Frame Pole permissible cantilever Force at x0

permissible cantilever Force Bei xmax

280 M 2 4738 3959 4 7593 6343 6 8691 7261 8 9566 7922

315 S 2 6014 5120 4 23110 8329 6 26099 8299 8 28452 8329 10 30421 8299

315 M 2 6092 5204 4 23400 8037 6 26427 7992 8 28809 7748 10 30804 7954

315 L 2 6089 4937 4 23400 7567 6 26427 7469 8 28809 7152 10 30579 6976

315 LX 2 6089 4428 4 23400 6657 6 26427 6711 8 28809 6064 10 2951 5897

355 M 2 7239 6427 4 26815 10457 6 30284 10665 8 33013 10143 10 35299 9877

355 MX 6 30284 9200 8 33013 8574 10 35299 8226

355 L 2 7239 6427 4 26815 8739 6 30284 6259 8 33013 4667 10 35299 4667

Frame size 315 4 – 10 pole and Frame size 355 4 – 10 pole = Roller Bearing Version

Subject to alteration - 8 -

Three phase motor with squirrel cage rotor 2 - pole

Surface cooled with cast iron housing 400 V, 50 Hz, IP 55

Rating

Type Speed Current Efficiency Power

Factor StartingCurrent

Starting Torque

Max. Torque

Weight

kW

min-1

A

%

Cos phi

Ia/In

Ma/Mn

Max/Mn

kg

0,18 TMC 60 2720 0.50 65 0,8 5,5 2,2 2,2 12

0,25 TMC 63 2720 0.66 68 0,81 5,5 2,2 2,2 13

0,37 TMC 70 2740 0.94 70 0,81 6,1 2,2 2,3 14

0,55 TMC 73 2740 1.33 73 0,82 6,1 2,2 2,3 15

0,75 TMC 80 2900 1.76 74 0,83 6,1 2,2 2,3 17

1,1 TMC 83 2900 2.48 76,2 0,84 7,0 2,2 2,3 18

1,5 TMC 90S 2840 3.28 78,5 0,84 7,9 2,2 2,3 22

2,2 TMC 90L 2840 4.61 81 0,85 7,9 2,2 2,3 25

3 TMC 100L 2870 6.03 82,6 0,87 7,9 2,2 2,3 23

4 TMC 112M 2880 7.79 84,2 0,88 8,1 2,2 2,3 43

5,5 TMC 132S 2900 10.5 85,7 0,88 8,1 2,2 2,3 59

7,5 TMC 132SX 2900 14.1 87 0,88 8,1 2,2 2,3 64

11 TMC 160M 2940 20.2 88,4 0,89 8,1 2,2 2,3 109

15 TMC 160MX 2940 27.2 89,4 0,89 8,1 2,2 2,3 121

18,5 TMC 160L 2940 33.0 90 0,9 8,1 2,2 2,3 136

22 TMC 180M 2940 39.0 90,5 0,9 8,1 2,0 2,3 180

30 TMC 200L 2950 52.6 91,4 0,9 8,1 2,0 2,3 246

37 TMC 200LX 2950 64.5 92 0,9 8,1 2,0 2,3 256

45 TMC 225M 2960 78.0 92,5 0,9 8,1 2,0 2,3 328

55 TMC 250M 2970 93.3 93,5 0,91 8,1 2,0 2,3 433

75 TMC 280S 2960 125 94,1 0,92 8,1 2,0 2,3 572

90 TMC 280M 2960 149 94,6 0,92 8,1 2,0 2,3 632

110 TMC 315S 2975 185 94.4 0.91 7,7 1,8 2,2 950

132 TMC 315M 2975 220 94.8 0.91 7,7 1,8 2,2 1080

160 TMC 315L 2975 264 95.0 0.92 7,7 1,8 2,2 1210

200 TMC 315LX 2975 330 95.0 0.92 7,7 1,8 2,2 1240

250 TMC 355M 2980 413 95.0 0.92 7,7 1,6 2,2 1970

315 TMC 355L 2980 520 95.0 0.92 7,7 1,6 2,2 2000

Subject to alteration - 9 -

Three phase motor with squirrel cage rotor 4 - pole

Surface cooled with cast iron housing 400 V, 50 Hz, IP 55

Rating

Type Speed Current Efficiency Power Factor

Starting Current

Starting Torque

Max. Torque

Weight

kW

min-1

A

%

Cos phi

Ia/In

Ma/Mn

Max/Mn

kg

0,12 TMC 60 1310 0.42 57,0 0,72 4,4 2,1 2,2 13

0,18 TMC 63 1310 0.59 60,0 0,73 4,4 2,1 2,2 14

0,25 TMC 70 1330 0.75 65,0 0,74 5,2 2,1 2,2 15

0,37 TMC 73 1330 1.06 67,0 0,75 5,2 2,1 2,2 16

0,55 TMC 80 1440 1.42 74,4 0,75 5,7 2,4 2,3 15

0,75 TMC 83 1440 1.89 74,4 0,77 6,5 2,3 2,3 17

1,1 TMC 90S 1400 2.71 76,2 0,77 6,5 2,3 2,3 23

1,5 TMC 90L 1400 3.49 78,5 0,79 6,5 2,3 2,3 26

2,2 TMC 100L 1430 4.84 81,0 0,81 7,5 2,3 2,3 34

3 TMC 100LX 1430 6.39 82,6 0,82 7,5 2,3 2,3 37

4 TMC 112M 1435 8.36 84,2 0,82 7,5 2,3 2,3 45

5,5 TMC 132S 1440 11.2 85,7 0,83 7,5 2,3 2,3 65

7,5 TMC 132M 1440 14.8 87,0 0,84 7,5 2,3 2,3 78

11 TMC 160M 1470 21.4 88,4 0,84 8,9 2,2 2,3 118

15 TMC 160L 1470 28.5 89,4 0,85 8,9 2,2 2,3 138

18,5 TMC 180M 1470 34.5 90,0 0,86 7,9 2,2 2,3 177

22 TMC 180L 1470 40.8 90,5 0,86 7,9 2,2 2,3 203

30 TMC 200L 1470 55.1 91,4 0,86 7,9 2,2 2,3 243

37 TMC 225S 1475 66.0 92,0 0,88 7,9 2,2 2,3 305

45 TMC 225M 1475 78.0 92,5 0,90 7,9 2,2 2,3 328

55 TMC 250M 1480 93.7 94,1 0,90 7,9 2,2 2,3 452

75 TMC 280S 1475 126 94,6 0,91 7,9 2,2 2,3 592

90 TMC 280M 1475 149 94,9 0,92 7,9 2,2 2,3 672

110 TMC 315S 1480 183 94,4 0,92 7,6 2,1 2,2 980

132 TMC 315M 1480 219 94,7 0,92 7,6 2,1 2,2 1130

160 TMC 315L 1480 264 95,0 0,92 7,6 2,1 2,2 1180

200 TMC 315LX 1480 338 95,0 0,90 7,6 2,1 2,2 1260

250 TMC 355M 1485 432 95,0 0,88 7,6 2,1 2,2 1810

315 TMC 355L 1485 538 95,0 0,89 7,6 2,1 2,2 1910

400 TMC 400M 1490 687 95,5 0,88 6,9 1,4 3,0 3000

450 TMC 400MX 1490 764 95,5 0,89 6,9 1,4 3,0 3100

500 TMC 400L 1490 848 95,6 0,89 7,0 1,3 3,0 3200

560 TMC 400LQ 1490 946 96,0 0,89 6,5 1,4 3,0 3400

630 TMC 400LX 1490 1064 96,0 0,89 7,1 1,5 3,1

Subject to alteration - 10 -

Three phase motor with squirrel cage rotor 6 - pole

Surface cooled with cast iron housing 400 V, 50 Hz, IP 55

Rating

Type Speed Current Efficiency Power Factor

Starting Current

Starting Torque

Max. Torque

Weight

kW

min-1

A

%

Cos phi

Ia/In

Ma/Mn

Max/Mn

kg

0,18 TMC 70 850 0.70 56,0 0,66 4,0 1,9 2,0 9,5

0,25 TMC 73 850 0.90 59,0 0,68 4,0 1,9 2,0 11

0,37 TMC 80 885 1.24 62,0 0,70 4,7 1,9 2,0 17

0,55 TMC 83 885 1.70 65,0 0,72 4,7 1,9 2,1 19

0,75 TMC 90S 910 2.18 69,0 0,72 5,5 2,0 2,1 23

1,1 TMC 90L 910 3.02 72,0 0,73 5,5 2,0 2,1 25

1,5 TMC 100L 920 3.74 76,0 0,76 5,5 2,0 2,1 33

2,2 TMC 112M 935 5.32 79,0 0,76 6,5 2,0 2,1 45

3 TMC 132S 960 7.03 81,0 0,76 6,5 2,1 2,1 63

4 TMC 132M 960 9.31 82,0 0,76 6,5 2,1 2,1 73

5,5 TMC 132MX 960 12.3 84,0 0,77 6,5 2,1 2,1 84

7,5 TMC 160M 970 16.2 86,0 0,78 6,5 2,0 2,1 119

11 TMC 160L 970 23.0 87,5 0,79 6,5 2,0 2,1 147

15 TMC 180L 970 30.0 89,0 0,81 7,0 2,0 2,1 181

18,5 TMC 200L 970 36.8 89,6 0,81 7,5 2,1 2,1 235

22 TMC 200LX 970 42.5 90,1 0,83 7,5 2,1 2,1 256

30 TMC 225M 980 55.3 91,1 0,86 7,5 2,0 2,1 306

37 TMC 250M 980 65.4 92,8 0,88 7,5 2,1 2,1 416

45 TMC 280S 980 79.0 93,4 0,88 7,5 2,1 2,0 550

55 TMC 280M 980 99.1 93,1 0,86 7,5 2,1 2,0 614

75 TMC 315S 985 132 93,5 0,88 7,5 2,0 2,0 970

90 TMC 315M 985 157 93.9 0,88 7,5 2,0 2,0 1180

110 TMC 315L 985 191 94,3 0,88 7,3 2,0 2,0 1240

132 TMC 315LX 985 231 94,7 0,87 7,3 2,0 2,0 1300

160 TMC 355M 990 277 94.9 0,88 7,3 1,9 2,0 1800

200 TMC 355MX 990 346 94,9 0,88 7,3 1,9 2,0 1945

250 TMC 355L 990 432 94,9 0,88 7,3 1,9 2,0 2070

315 TMC 400M 990 546 95,8 0,87 6,1 1,4 2,9 3100

355 TMC 400MX 990 615 95,8 0,87 6,5 1,4 2,9 3200

400 TMC 400L 990 683 96,0 0,88 7,5 1,5 3,5 3400

Subject to alteration - 11 -

Three phase motor with squirrel cage rotor 8 - pole

Surface cooled with cast iron housing 400 V, 50 Hz, IP 55

Rating

Type Speed Current Efficiency Power Factor

Starting Current

Starting Torque

Max. Torque

Weight

kW

min-1

A

%

Cos phi

Ia/In

Ma/Mn

Max/Mn

kg

0,18 TMC 80 645 0.84 51,0 0,61 3,3 1,8 1,9 17

0,25 TMC 83 645 1.09 54,0 0,61 3,3 1,8 1,9 19

0,37 TMC 90S 670 1.42 62,0 0,61 4,0 1,8 2,0 23

0,55 TMC 90L 670 2.06 63,0 0,61 4,0 1,8 2,0 25

0,75 TMC 100L 680 2.27 71,0 0,67 4,0 1,8 2,0 33

1,1 TMC 100LX 680 3.20 73,0 0,69 5,0 1,8 2,0 38

1,5 TMC 112M 690 4.28 75,0 0,69 5,0 1,8 2,0 50

2,2 TMC 132S 705 5.70 78,0 0,71 6,0 1,8 2,0 63

3 TMC 132M 705 7.50 79,0 0,73 6,0 1,8 2,0 79

4 TMC 160M 720 9.79 81,0 0,73 6,0 1,9 2,0 118

5,5 TMC 160MX 720 12.9 83,0 0,74 6,0 2,0 2,0 119

7,5 TMC 160L 720 16.9 85,5 0,75 6,0 2,0 2,0 145

11 TMC 180L 730 23.8 87,5 0,76 6,6 2,0 2,0 172

15 TMC 200L 730 32.3 88,2 0,76 6,8 1,9 2,0 236

18,5 TMC 225S 730 39.5 89,0 0,76 6,8 1,9 2,0 292

22 TMC 225M 730 44.8 89,7 0,79 6,8 1,9 2,0 302

30 TMC 250M 730 60.0 91,4 0,79 6,8 1,9 2,0 396

37 TMC 280S 730 72.6 92,0 0,80 6,8 1,9 2,0 520

45 TMC 280M 730 88.1 92,2 0,80 6,8 1,9 2,0 533

55 TMC 315S 735 105 92,6 0,82 6,8 1,8 2,0 1125

75 TMC 315M 735 141 93,4 0,82 6,8 1,8 2,0 1250

90 TMC 315L 735 167 93,7 0,83 6,8 1,8 2,0 1310

110 TMC 315LX 735 199 94,1 0,85 6,6 1,8 2,0 1350

132 TMC 355M 740 235 94,4 0,86 6,6 1,8 2,0 1750

160 TMC 355MX 740 280 94,7 0,87 6,6 1,8 2,0 1880

200 TMC 355L 740 350 94,7 0,87 6,6 1,8 2,0 2060

250 TMC 400M 745 469 95,0 0,81 6,6 1,2 3,4 3100

280 TMC 400MX 745 525 95,0 0,81 6,7 1,2 3,4 3200

315 TMC 400L 745 563 95,0 0,85 6,5 1,1 3,1 3300

355 TMC 400LQ 745 658 95,0 0,82 7,0 1,3 3,1 3400

400 TMC 400LX 745 741 95,0 0,82 7,2 1,3 3,2 3550

Subject to alteration - 12 -

Three phase motor with squirrel cage rotor 10 - pole Surface cooled with cast iron housing 400 V, 50 Hz, IP 55

Rating

Type Speed Current Efficiency Power Factor

Starting Current

Starting Torque

Max. Torque

Weight

kW

min-1

A

%

Cos phi

Ia/In

Ma/Mn

Max/Mn

kg

45 TMC 315S 590 95 91,5 0,75 6,0 1,3 2,0 91.5

55 TMC 315M 590 115 92,0 0,75 6,0 1,3 2,0 92

75 TMC 315L 590 154 92,5 0,76 6,0 1,3 2,0 92.5

90 TMC 315LX 590 181 93 0,77 6,0 1,3 2,0 93

110 TMC 355M 590 219 93,2 0,78 6,0 1,3 2,0 1515

132 TMC 355MX 590 261 93,5 0,78 6,0 1,3 2,0 1630

160 TMC 355L 590 317 93,5 0,78 6,0 1,3 2,0 1795

Subject to alteration - 13 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B3, Frame size 63 - 132

GG

D

KEINE TRAGÖSEN FÜR BAUGRÖSSEN 63 -90

D

F

M1

AD

HD

AC

L

LB

E CBBB

AD

KAA

ABA

HA

H H

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L M1

63

2,4

100

30

135

130

70

80

115

40

11 j6

23

4

8,5

4

63

8

---

7

230

1M20x1,5

71

2,4,6

112

32

150

145

80

90

125

45

14 j6

30

5

11

5

71

8

---

7

255

1M20x1,5

80

2,4,6

8

125

34

165

155

145

100

135

50

19 j6

40

6

15,5

6

80

10

---

10

295

1M20x1,5

90S

2,4,6

8

140

36

180

173

155

100

140

56

24 j6

50

8

20

7

90

12

---

10

315

1M25x1,5

90L

2,4,6

8

140

36

180

173

155

125

165

56

24 j6

50

8

20

7

90

12

---

10

340

1M25x1,5

100L

2,4,6

8

160

40

205

195

180

140

185

63

28 j6

60

8

24

7

100

14

250

12

385

1M25x1,5

112M

2,4,6

8

190

45

230

217

190

140

185

70

28 j6

60

8

24

7

112

15

270

12

400

2M25X1,5

132S

2,4,6

8

216

55

270

275

210

140

190

89

38 k6

80

10

33

8

132

20

345

12

470

2M25X1,5

132M

2,4,68

216

55

270

275

210

178

230

89

38 k6

80

10

33

8

132

20

345

12

510

2M25x1,5

Subject to alteration - 14 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B3, Frame size 160

C B

BB

E

L

AAB

HA

HA

D

K AA

AC

ADLD

M1

HD

GD

D

G

F

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L LD M1

160M

2,4,6

8

254

65

320

314

255

210

274

108

42 k6

110

12

37

8

160

22

420

15

615

66

1M20 x1,5

160L

2,4,6

8

254

65

320

314

255

254

318

108

42 k6

110

12

37

8

160

22

420

15

670

88

1M20 x1,5

Subject to alteration - 15 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B3, Frame size 180 - 280

C BBB

E

L

AAB

HA

HA

D

D

G

F

K AA

GD

M1

AC

AD

HD

LD

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L LD M1

180M

2,4,6

8

279

70

355

352

280

241

315

121

48 k6

110

14

42,5

9

180

25

455

15

700

86

2M40 x1,5

180L

2,4,6

8

279

70

355

352

280

279

355

121

48 k6

110

14

42,5

9

180

25

455

15

740

105

2M40 x1,5

200L

2,4,6

8

318

70

395

395

305

305

375

133

55 m6

110

16

49

10

200

28

505

19

770

102

2M40 x1,5

225S

4,6,8

356

75

435

470

335

286

375

149

60 m6

140

18

53

11

225

31

560

19

820

103

2M50 x1,5

225M

2

356

75

435

470

335

311

400

149

55 m6

110

16

49

10

225

31

560

19

815

116

2M50 x1,5

225M

4,6,8

356

75

435

470

335

311

400

149

60 m6

140

18

53

11

225

31

560

19

845

116

2M50 x1,5

250M

2

406

80

490

480

370

349

450

168

60 m6

140

18

53

11

250

33

570

24

910

131

2M63 x1,5

250M

4,6,8

406

80

490

480

370

349

450

168

65 m6

140

18

58

11

250

33

570

24

910

131

2M63 x1,5

280S

2

457

85

550

547

400

368

485

190

65 m6

140

18

58

11

280

38

640

24

985

168

2M63 x1,5

280S

4,6,8

457

85

550

547

400

368

485

190

75 m6

140

20

67,5

12

280

38

640

24

1035

168

2M63 x1,5

280M

2

457

85

550

547

400

419

536

190

65 m6

140

18

58

11

280

38

640

24

985

183

2M63 x1,5

280M

4,6,8

457

85

550

547

400

419

536

190

75 m6

140

20

67,5

12

280

38

640

24

1035

183

2M63 x1,5

Subject to alteration - 16 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B3, Frame size 315 - 355

F

G

D

GD

HD

LD

M1

E C BBB

L

AC

KAAA

AB

HA

D

AD

HA

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L LD M1

315S

2

508

120

635

620

530

406

570

216

65 m6

140

18

58

11

315

48

745

28

1185

205

2M63 x1,5

315S

4,6,8

10

508

120

635

620

530

406

570

216

80 m6

170

22

71

14

315

48

745

28

1215

205

2M63 x1,5

315M

2

508

120

635

620

530

457

680

216

65 m6

140

18

58

11

315

48

745

28

1295

240

2M63 x1,5

315M

4,6,8

10

508

120

635

620

530

457

680

216

80 m6

170

22

71

14

315

48

745

28

1325

240

2M63 x1,5

315L

2

508

120

635

620

530

508

680

216

65 m6

140

18

58

11

315

48

745

28

1295

240

2M63 x1,5

315L

4,6,8

10

508

120

635

620

530

508

680

216

80 m6

170

22

71

14

315

48

745

28

1325

240

2M63 x1,5

355M

2

610

120

730

710

655

560

760

254

75 m6

140

20

57,5

12

355

57

845

28

1500

320

2M63 x1,5

355M

4,6,8

10

610

120

730

710

655

560

760

254

95 m6

170

25

86

14

355

57

845

28

1530

320

2M63 x1,5

355L

2

610

120

730

710

655

630

760

254

75 m6

140

20

67,5

12

355

57

845

28

1500

320

2M63 x1,5

355L

4,6,8

10

610

120

730

710

655

630

760

254

95 m6

170

25

86

14

355

57

845

28

1530

320

2M63 x1,5

Subject to alteration - 17 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B3, Frame size 400

2-M42

CE BBBL

350 325M1

220

430 640

F

D

GD G

HD

HA

D

HA

KA

AB

AA

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L LD M1

400M

4,6,8

10

686

120

806

856

690

630

1090

280

110 m6

210

28

100

16

400

45

1010

6

Ø35

1920

435

2M63 x1,5

400L

4,6,8

10

686

120

806

856

690

710

1090

280

110 m6

210

28

100

16

400

45

1010

6

Ø35

1920

435

2M63 x1,5

Subject to alteration - 18 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B5 / IM V1, Frame size 63 - 132

F

D

GG

D

NP

E

T LA

LBL

AC

M

45°

S

M1

KEINE TRAGÖSEN FÜR BAUGRÖSSEN 63 -90

Frame Pole AC AD D E F G GD L LB LA N P T S M1

63

2,4

120

117

11 j6

23

4

8,5

4

230

139

10

95 j6

140

3

4

Ø10

1M20 x1,5

71

2,4,6

136

124

14 j6

30

5

11

5

255

212

10

110 j6

160

3

4

Ø10

1M20 x1,5

80

2,4,6

8

155

145

19 j6

40

6

15,5

6

295

255

12

130 j6

200

3,5

4

Ø12

1M20 x1,5

90S

2,4,6

8

173

155

24 j6

50

8

20

7

315

265

12

130 j6

200

3,5

4

Ø12

1M25 x1,5

90L

2,4,6

8

173

155

24 j6

50

8

20

7

340

290

12

130 j6

200

3,5

4

Ø12

1M25 x1,5

100L

2,4,6

8

195

180

28 j6

60

8

24

7

385

325

13

180 j6

250

4

4

Ø15

1M25 x1,5

112M

2,4,6

8

217

190

28 j6

60

8

24

7

400

340

14

180 j6

250

4

4

Ø15

2M25 X1,5

132S

2,4,6

8

275

210

38 k6

80

10

33

8

470

395

16

230 j6

300

4

4

Ø15

2M25 X1,5

132M

2,4,6

8

275

210

38 k6

80

10

33

8

510

435

16

230 j6

300

4

4

Ø15

2M25 x1,5

Subject to alteration - 19 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B5 / IM V1, Frame size 160

LD

D

G

GD F

E

NP

T LA

LB

L

AC

HF

S

AD

M

45°

M1

Frame Pole AC AD D E F G GD L LB LA M N P S T M1

160M

2,4,6

8

314

255

42 k6

110

12

37

8

615

505

18

300

250 j6

350

4

Ø19

5

2M40 x1,5

160L

2,4,6

8

314

255

42 k6

110

12

37

8

670

560

18

300

250 j6

350

4

Ø19

5

2M40 x1,5

Subject to alteration - 20 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B5 / IM V1, Frame size 180 - 280

LD

D

G

GD F

E

NP

T LA

LB

L

AC

AD

M1

MHF

a

S

Frame Pole AC AD D E F G GD HF S T L LB LA M N P LD a M1

180M

2,4,6

8

352

280

48 k6

110

14

42,5

9

430

4

Ø19

5

700

590

20

300

250 j6

350

86

45°

2M40 x1,5

180L

2,4,6

8

352

280

48 k6

110

14

42,5

9

430

4

Ø19

5

740

630

20

300

250 j6

350

105

45°

2M40 x1,5

200L

2,4,6

8

395

305

55 m6

110

16

49

10

480

4

Ø19

5

770

665

22

350

300 j6

400

102

45°

2M40 x1,5

225S

4,6 8

470

335

60 m6

140

18

53

11

535

8

Ø19

5

820

680

22

400

350 j6

450

103

22,5°

2M50 x1,5

225M

2

470

335

55 m6

110

16

49

10

535

8

Ø19

5

815

705

22

400

350 j6

450

116

22,5°

2M50 x1,5

225M

4,6 8

470

335

60 m6

140

18

53

11

535

8

Ø19

5

845

705

22

400

350 j6

450

116

22,5°

2M50 x1,5

250M

2

480

370

60 m6

140

18

53

11

650

8

Ø19

5

910

770

24

500

450 j6

550

131

22,5°

2M63 x1,5

250M

4,6 8

480

370

65 m6

140

18

58

11

650

8

Ø19

5

910

770

24

500

450 j6

550

131

22,5°

2M63 x1,5

280S

2

547

400

65 m6

140

18

58

11

720

8

Ø19

5

985

845

24

500

450 j6

550

168

22,5°

2M63 x1,5

280S

4,6 8

547

400

75 m6

140

20

67,5

12

720

8

Ø19

5

1035

845

24

500

450 j6

550

183

22,5°

2M63 x1,5

280M

2

547

400

65 m6

140

18

58

11

720

8

Ø19

5

985

895

24

500

450 j6

550

168

22,5°

2M63 x1,5

280M

4,6 8

547

400

75 m6

140

20

67,5

12

720

8

Ø19

5

1035

895

24

500

450 j6

550

183

22,5°

2M63 x1,5

In case of mounting motors starting from frame size 180 in foot mounting execution it is recommended to use a support below the motor feet

Subject to alteration - 21 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B5 / IM V1, Frame size 315 - 355

D

G

GD F

NP

T LA

LB

L

AC

E

HF

M

22.5¡ã

S

AD

Frame Pole AC AD D E F G GD HF L LA LB M N P S T LD M1

315S

2

620

530

65 m6

140

18

58

11

860

1185

25

1045

660

550 j6

660

8

Ø24

6

205

2M63 x1,5

315S

4,6,8

10

620

530

80 m6

170

22

71

14

860

1215

25

1045

660

550 j6

660

8

Ø24

6

205

2M63 x1,5

315M

2

620

530

65 m6

140

18

58

11

860

1295

25

1155

660

550 j6

660

8

Ø24

6

240

2M63 x1,5

315M

4,6,8

10

620

530

80 m6

170

22

71

14

860

1325

25

1155

660

550 j6

660

8

Ø24

6

240

2M63 x1,5

315L

2

620

530

65 m6

140

18

58

11

860

1295

25

1155

660

550 j6

660

8

Ø24

6

240

2M63 x1,5

315L

4,6,8

10

620

530

80 m6

170

22

71

14

860

1325

25

1155

660

550 j6

660

8

Ø24

6

240

2M63 x1,5

355M

2

710

655

75 m6

140

20

57,5

12

980

1500

25

1360

740

680 j6

800

8

Ø24

6

320

2M63 x1,5

355M

4,6,8

10

710

655

95 m6

170

25

86

14

980

1530

25

1360

740

680 j6

800

8

Ø24

6

320

2M63 x1,5

355L

2

710

655

75 m6

140

20

67,5

12

980

1500

25

1360

740

680 j6

800

8

Ø24

6

320

2M63 x1,5

355L

4,6,8

10

710

655

95 m6

170

25

86

14

980

1530

25

1360

740

680 j6

800

8

Ø24

6

320

2M63 x1,5

In case of mounting motors starting from frame size 180 in foot mounting execution it is recommended to use a support below the motor feet

Subject to alteration - 22 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B5 / IM V1, Frame size 400

F

GD G

D NP

E

L

M

S

22.5

AD

HFAC

T LA

LBLD

M1

Frame Pole AC AD D E F G GD HF L LA LB M N P S T LD M1

400M

4,6,8

10

856

690

110 m6

210

28

100

16

1200

1920

25

1710

940

880j6

1000

8

Ø28

6

435

2M63x1,5

400L

4,6,8

10

856

690

110 m6

210

28

100

16

1200

1920

25

1710

940

880j6

1000

8

Ø28

6

435

2M63x1,5

In case of mounting motors starting from frame size 180 in foot mounting execution it is recommended to use a support below the motor feet

Subject to alteration - 23 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B35, Frame size 63 - 132

AD

F

D

GG

D

NP

E C BBB

AC HD

HA

D

T LA

LB

L

AAAAB

HA

45°

M

S

M1

K

KEINE TRAGÖSEN FÜR BAUGRÖSSEN 63 -90

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L LB LA N P T S M1

63

2,4

100

30

135

130

70

80

115

40

11 j6

23

4

8,5

4

63

8

---

7

230

139

10

95 j6

140

3

4

Ø10

1M20x1,5

71

2,4,6

112

32

150

145

80

90

125

45

14 j6

30

5

11

5

71

8

---

7

255

212

10

110j6

160

3

4

Ø10

1M20x1,5

80

2,4,6

8

125

34

165

155

145

100

135

50

19 j6

40

6

15,5

6

80

10

---

10

295

255

12

130j6

200

3,5

4

Ø12

1M20x1,5

90S

2,4,6

8

140

36

180

173

155

100

140

56

24 j6

50

8

20

7

90

12

---

10

315

265

12

130j6

200

3,5

4

Ø12

1M25x1,5

90L

2,4,6

8

140

36

180

173

155

125

165

56

24 j6

50

8

20

7

90

12

---

10

340

290

12

130j6

200

3,5

4

Ø12

1M25x1,5

100L

2,4,6

8

160

40

205

195

180

140

185

63

28 j6

60

8

24

7

100

14

250

12

385

325

13

180j6

250

4

4

Ø15

1M25x1,5

112M

2,4,6

8

190

45

230

217

190

140

185

70

28 j6

60

8

24

7

112

15

270

12

400

340

14

180j6

250

4

4

Ø15

2M25x1,5

132S

2,4,6

8

216

55

270

275

210

140

190

89

38 k6

80

10

33

8

132

20

345

12

470

395

16

230j6

300

4

4

Ø15

2M25x1,5

132M

2,4,6

8

216

55

270

275

210

178

230

89

38 k6

80

10

33

8

132

20

345

12

510

435

16

230j6

300

4

4

Ø15

2M25x1,5

Subject to alteration - 24 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B35, Frame size 160

E C

LBB

B

G

F

D

P

GD

N

T LAM1

LB

K AA

ABA H

A

AC

HA

D

HD

S

M

AD

45°

LD

Frame Pole A A

A AB AC AD B BB C D E F G G

D H H

A HD

K L LB LA

M N P S T M1

160M

2,4,6

8

254

65

320

314

255

210

274

108

42 k6

110

12

37

8

160

22

420

15

615

505

18

300

250 j6

350

4

Ø19

5

2M40 x1,5

160L

2,4,6

8

254

65

320

314

255

254

318

108

42 k6

110

12

37

8

160

22

420

15

670

560

18

300

250 j6

350

4

Ø19

5

2M40 x1,5

Subject to alteration - 25 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B35, Frame size 180 - 280

E C

LBBB

G

F

D

P

GD

N

T LA

LB

K AA

ABA H

A

HDA

C

HA

D

s

LD

M1

ADa

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L LB LA M N P S T LD M1

180M

2,4,6,8

279

70

355

352

280

241

315

121

48 k6

110

14

42,5

9

180

25

455

15

700

590

20

300

250j6

350

4

Ø19

5

86

2M40x1,5

180L

2,4,6,8

279

70

355

352

280

279

355

121

48 k6

110

14

42,5

9

180

25

455

15

740

630

20

300

250j6

350

4

Ø19

5

105

2M40x1,5

200L

2,4,6,8

318

70

395

395

305

305

375

133

55 m6

110

16

49

10

200

28

505

19

770

665

22

350

300j6

400

4

Ø19

5

102

2M40x1,5

225S

4,6,8

356

75

435

470

335

286

375

149

60 m6

140

18

53

11

225

31

560

19

820

680

22

400

350j6

450

8

Ø19

5

103

2M50x1,5

225M

2

356

75

435

470

335

311

400

149

55 m6

110

16

49

10

225

31

560

19

815

705

22

400

350j6

450

8

Ø19

5

116

2M50x1,5

225M

4,6,8

356

75

435

470

335

311

400

149

60 m6

140

18

53

11

225

31

560

19

845

705

22

400

350j6

450

8

Ø19

5

116

2M50x1,5

250M

2

406

80

490

480

370

349

450

168

60 m6

140

18

53

11

250

33

570

24

910

770

24

500

450j6

550

8

Ø19

5

131

2M63x1,5

250M

4,6,8

406

80

490

480

370

349

450

168

65 m6

140

18

58

11

250

33

570

24

910

770

24

500

450j6

550

8

Ø19

5

131

2M63x1,5

280S

2

457

85

550

547

400

368

485

190

65 m6

140

18

58

11

280

38

640

24

985

845

24

500

450j6

550

8

Ø19

5

168

2M63x1,5

280S

4,6,8

457

85

550

547

400

368

485

190

75 m6

140

20

67,5

12

280

38

640

24

1035

845

24

500

450j6

550

8

Ø19

5

168

2M63x1,5

280M

2

457

85

550

547

400

419

536

190

65 m6

140

18

58

11

280

38

640

24

985

895

24

500

450j6

550

8

Ø19

5

183

2M63x1,5

280M

4,6,8

457

85

550

547

400

419

536

190

75 m6

140

20

67,5

12

280

38

640

24

1035

895

24

500

450j6

550

8

Ø19

5

183

2M63x1,5

Subject to alteration - 26 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B35, Frame size 315 - 355

G

D

GDF

T LALB

L

LD

NP AC H

D

E C B

BB

KAAA

ABH

AD

AD

M

22.5

S

HA

M1

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L LB LA M N P S T LD M1

315S

2

508

120

635

620

530

406

570

216

65 m6

140

18

58

11

315

48

745

28

1185

25

1045

660

550j6

660

8

Ø24

6

205

2M63x1,5

315S

4,6,8

10

508

120

635

620

530

406

570

216

80 m6

170

22

71

14

315

48

745

28

1215

25

1045

660

550j6

660

8

Ø24

6

205

2M63x1,5

315M

2

508

120

635

620

530

457

680

216

65 m6

140

18

58

11

315

48

745

28

1295

25

1155

660

550j6

660

8

Ø24

6

240

2M63x1,5

315M

4,6,8

10

508

120

635

620

530

457

680

216

80 m6

170

22

71

14

315

48

745

28

1325

25

1155

660

550j6

660

8

Ø24

6

240

2M63x1,5

315L

2

508

120

635

620

530

508

680

216

65 m6

140

18

58

11

315

48

745

28

1295

25

1155

660

550j6

660

8

Ø24

6

240

2M63x1,5

315L

4,6,8

10

508

120

635

620

530

508

680

216

80 m6

170

22

71

14

315

48

745

28

1325

25

1155

660

550j6

660

8

Ø24

6

240

2M63x1,5

355M

2

610

120

730

710

655

560

760

254

75 m6

140

20

57,5

12

355

57

845

28

1500

25

1360

740

680j6

800

8

Ø24

6

320

2M63x1,5

355M

4,6,8

10

610

120

730

710

655

560

760

254

95 m6

170

25

86

14

355

57

845

28

1530

25

1360

740

680j6

800

8

Ø24

6

320

2M63x1,5

355L

2

610

120

730

710

655

630

760

254

75 m6

140

20

67,5

12

355

57

845

28

1500

25

1360

740

680j6

800

8

Ø24

6

320

2M63x1,5

355L

4,6,8

10

610

120

730

710

655

630

760

254

95 m6

170

25

86

14

355

57

845

28

1530

25

1360

740

680j6

800

8

Ø24

6

320

2M63x1,5

Subject to alteration - 27 -

Three phase motor with squirrel cage rotor

Dimensions Mounting Arrangement IM B35, Frame size 400

2-M42

325 220

430

F

D

GD G

HD

HA

D

HA

K

22.5

M

M1

P N

E C B

BB

L

AC

T LA

LB

S

A

AB

AA

Frame Pole A AA AB AC AD B BB C D E F G GD H HA HD K L LB LA M N P S T LD M1

400M

4,6,8

10

686

120

806

856

690

630

1090

280

110m6

210

28

100

16

400

45

1010 6

Ø35

1920

25

25

1710

940

880j6

1000

8

Ø28

6

2M63X1,5

400L

4,6,8

10

686

120

806

856

690

710

1090

280

110m6

210

28

100

16

400

45

1010 6

Ø35

1920

25

25

1710

940

880j6

1000

8

Ø28

6

2M63X1,5

Subject to alteration - 28 -

UniTec Group Röntgenstrasse 1B – D – 30890 Barsinghausen

Tel. +49 – 5105 – 77879 0 Fax + 49 – 5105 – 77879 20 E-Mail: [email protected] www.unitec-group.de