Three Phase Motor with Squirrel Cage Rotor for
Low Voltage
TMC Series
THE NEW POWER GENERATION
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
-2-
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
-3-
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
-4-
Three phase motor with squirrel cage rotor
Mounting Arrangement acc. to IEC
Mounting Arrangement
Subject to alteration
IEC 34 - 7
Code I
1992
Code II
IM B3
Mounting Arrangement
IEC 34 - 7
Code I
1992
Code II
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
-5-
Three phase motor with squirrel cage rotor
Selection of Bearings and Re-Lubrication
Basic Version
Frame size
80
90
100
112
132
160
180
200
225
250
280
315
355
400
250
280
315
355
400
Selection of Bearings
DE Bearing
NDE Bearing
2P
4~8P
2P 4~8P
6204
6205
6206
6306
6308
6309
6311
6312
6312
6312
6313
6313
6313
6314
6314
6314
6317
6317
6317
6319
6319
6319
6322
6326
NU314
NU317
NU319
NU322
NU326
Re-Lubrication in Operation Hours
Grease QTY
(g)
2P
4P
6P
8P
4000
9500
12700
15300
18
3600
9300
12400
15200
21
3100
8900
12200
14800
25
2000
5000
6500
7600
28
1300
4700
6300
7400
37
800
4500
6100
7100
45
4000
3300
3900
3500
3000
2500
1800
5700
4800
5200
4900
4700
3600
2500
6600
5800
6200
6000
5800
4000
3200
62
82
28
37
45
62
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
-6-
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
7
From the following equation
:
Fu = 2 x 10 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
60
2
4
2
4
2
4
6
2
4
6
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
2
4
6
8
4
63
70
73
80
83
90 S
90 L
100 L
100
LX
112 M
132 S
8
2
4
6
8
2
4
6
8
permissible
cantilever
Force
at x0
permissible
cantilever
Force
Bei xmax
Frame
Pole
132
SX
132 M
331
417
181
180
331
413
180
178
566
713
816
342
340
340
566
713
816
340
338
337
160 L
618
779
891
490
591
591
180 M
628
791
906
510
588
586
856
1078
1234
1358
1078
683
851
851
856
843
1358
1187
1496
1712
1884
1814
2286
2617
2880
851
837
815
825
828
1420
1696
1702
1703
132
MX
160 M
160
MX
180 L
200 L
200
LX
225 S
225 M
250 M
280 S
2
permissible
cantilever
Force
at x0
1814
permissible
cantilever
Force
Bei xmax
1420
4
6
8
6
2377
2721
2944
2721
1687
1699
1699
1679
2
4
6
8
2
2331
2937
3362
3700
2331
1710
1682
1680
1699
1702
8
2
4
6
8
2
4
4
6
8
2
4
6
8
2
370
2365
2980
3411
3755
3273
4123
4156
4758
5237
3704
4667
5343
5881
3704
1682
1695
1652
1637
165
2620
2905
2852
2844
2852
3057
3851
3979
3958
3057
6
4
8
2
4
6
8
2
4
6
8
2
4
6
8
5343
5185
6533
3661
5219
5975
6576
4241
5948
6808
7494
4700
7531
8621
9488
3934
3862
3912
3044
3913
3863
3870
3449
4838
5000
4967
3877
6213
7112
7828
Frame
280 M
Pole
2
4
6
8
315 S
2
4
6
8
10
315 M 2
4
6
8
10
315 L
2
4
6
8
10
315 LX 2
4
6
8
10
355 M 2
4
6
8
10
355 MX 6
8
10
355 L
2
4
6
8
10
permissible
cantilever
Force
at x0
4738
7593
8691
9566
6014
23110
26099
28452
30421
6092
23400
26427
28809
30804
6089
23400
26427
28809
30579
6089
23400
26427
28809
2951
7239
26815
30284
33013
35299
30284
33013
35299
7239
26815
30284
33013
35299
Frame size 315 4 – 10 pole and Frame size 355 4 – 10 pole = Roller Bearing Version
Subject to alteration
-7-
permissible
cantilever
Force
Bei xmax
3959
6343
7261
7922
5120
8329
8299
8329
8299
5204
8037
7992
7748
7954
4937
7567
7469
7152
6976
4428
6657
6711
6064
5897
6427
10457
10665
10143
9877
9200
8574
8226
6427
8739
6259
4667
4667
Three phase motor with squirrel cage rotor
2 - pole
Surface cooled with cast iron housing
400 V, 50 Hz, IP 55
Rating
Type
kW
Speed
min
-1
Current Efficiency
Power
Factor
Starting Starting Max.
Current Torque Torque
Weight
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
-8-
Three phase motor with squirrel cage rotor
4 - pole
Surface cooled with cast iron housing
400 V, 50 Hz, IP 55
Rating
Type
kW
Speed
min
-1
Current Efficiency Power
Factor
Starting Starting Max.
Current Torque Torque
Weight
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
-9-
Three phase motor with squirrel cage rotor
6 - pole
Surface cooled with cast iron housing
400 V, 50 Hz, IP 55
Rating
Type
kW
Speed
min
-1
Current Efficiency Power
Factor
Starting Starting Max.
Current Torque Torque
Weight
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
- 10 -
Three phase motor with squirrel cage rotor
8 - pole
Surface cooled with cast iron housing
400 V, 50 Hz, IP 55
Rating
Type
kW
Speed
min
-1
Current Efficiency Power
Factor
Starting Starting Max.
Current Torque Torque
Weight
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
- 11 -
Three phase motor with squirrel cage rotor
10 - pole
Surface cooled with cast iron housing
400 V, 50 Hz, IP 55
Rating
Type
kW
Speed
min
-1
Current Efficiency Power
Factor
Starting Starting Max.
Current Torque Torque
Weight
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
- 12 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B3, Frame size 63 - 132
KEINE TRAGÖSEN FÜR BAUGRÖSSEN 63 -90
L
AD
LB
HD
AC
F
G
GD
AD
M1
H
H
D
Frame Pole
C
HA
K
E
AA
B
BB
A
AB
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 1M20
x1,5
71
2,4,6
112
32
150 145
80
90
125 45
14
j6
30 5
11
5
71
8
---
7
255 1M20
x1,5
80
2,4,6
8
125
34
165 155 145 100 135 50
19
j6
40 6 15,5
6
80
10
---
10 295 1M20
x1,5
90S
2,4,6
8
140
36
180 173 155 100 140 56
24
j6
50 8
20
7
90
12
---
10 315 1M25
x1,5
90L
2,4,6
8
140
36
180 173 155 125 165 56
24
j6
50 8
20
7
90
12
---
10 340 1M25
x1,5
100L
2,4,6
8
160
40
205 195 180 140 185 63
28
j6
60 8
24
7
100
14
250 12 385 1M25
x1,5
112M
2,4,6
8
190
45
230 217 190 140 185 70
28
j6
60 8
24
7
112
15
270 12 400 2M25
X1,5
132S
2,4,6
8
216
55
270 275 210 140 190 89
38
k6
80 10
33
8
132
20
345 12 470 2M25
X1,5
132M 2,4,68
216
55
270 275 210 178 230 89
38
k6
80 10
33
8
132
20
345 12 510 2M25
x1,5
Subject to alteration
- 13 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B3, Frame size 160
AD
LD
AD
M1
AC
GD
G
HD
F
H
D
C
K
B
AA
A
AB
BB
HA
E
L
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
- 14 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B3, Frame size 180 - 280
AD
LD
AD
M1
HD
AC
GD
G
F
H
D
Frame Pole
B
BB
L
K
A
AA
AB
AC
AD
B
BB
C
D
E
F
G
GD
A
AB
H
AA
HA
C
E
HA
HD
K
L
LD
M1
86
2M40
x1,5
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
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
11 280 38
640
24
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
- 15 -
58
985 183 2M63
x1,5
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B3, Frame size 315 - 355
AD
LD
AD
M1
AC
HD
GD
G
F
HA
H
D
E
C
B
BB
K
AA
A
AB
L
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
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
845 28 1530 320 2M63
x1,5
Subject to alteration
- 16 -
86
86
14 355 57
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B3, Frame size 400
350
325
220
430
M1
640
F
D
HD
AD
2-M42
G
E
HA
H
GD
K
B
C
A
AB
BB
L
Frame Pole
A
AA
AB
AC
AD
B
BB
C
D
E
F
G
GD
H
HA
HD
K
L
AA
LD
M1
400M
4,6,8
10
686 120 806 856
690
630 1090 280
110 210 28 100 16 400 45 1010
6
1920 435 2M63
m6
Ø35
x1,5
400L
4,6,8
10
686 120 806 856
690
710 1090 280
110 210 28 100 16 400 45 1010
6
1920 435 2M63
m6
Ø35
x1,5
Subject to alteration
- 17 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B5 / IM V1, Frame size 63 - 132
KEINE TRAGÖSEN FÜR BAUGRÖSSEN 63 -90
L
LB
T
LA
45°
S
AC
G
P
N
GD
F
M
D
M1
E
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
- 18 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B5 / IM V1, Frame size 160
L
LB
LA
S
T
AD
45°
HF
P
N
AC
F
G
GD
M
D
M1
E
LD
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
- 19 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B5 / IM V1, Frame size 180 - 280
L
a
AD
LB
LA
T
G
HF
AC
F
P
N
GD
S
M
D
M1
E
LD
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 5
Ø19
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 5
Ø19
740 630 20
300
250
j6
350 105
45°
2M40
x1,5
200L
2,4,6
8
395
305
55 110
m6
16
49
10
480
4 5
Ø19
770 665 22
350
300
j6
400 102
45°
2M40
x1,5
225S
4,6
8
470
335
60 140
m6
18
53
11
535
8 5
Ø19
820 680 22
400
350
j6
450 103 22,5° 2M50
x1,5
225M
2
470
335
55 110
m6
16
49
10
535
8 5
Ø19
815 705 22
400
350
j6
450 116 22,5° 2M50
x1,5
225M
4,6
8
470
335
60 140
m6
18
53
11
535
8 5
Ø19
845 705 22
400
350
j6
450 116 22,5° 2M50
x1,5
250M
2
480
370
60 140
m6
18
53
11
650
8 5
Ø19
910 770 24
500
450
j6
550 131 22,5° 2M63
x1,5
250M
4,6
8
480
370
65 140
m6
18
58
11
650
8 5
Ø19
910 770 24
500
450
j6
550 131 22,5° 2M63
x1,5
280S
2
547
400
65 140
m6
18
58
11
720
8 5
Ø19
985 845 24
500
450
j6
550 168 22,5° 2M63
x1,5
280S
4,6
8
547
400
75 140
m6
20 67,5
12
720
8 5 1035 845 24
Ø19
500
450
j6
550 183 22,5° 2M63
x1,5
280M
2
547
400
65 140
m6
18
11
720
8 5
Ø19
985 895 24
500
450
j6
550 168 22,5° 2M63
x1,5
280M
4,6
8
547
400
75 140
m6
20 67,5
12
720
8 5 1035 895 24
Ø19
500
450
j6
550 183 22,5° 2M63
x1,5
58
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
- 20 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B5 / IM V1, Frame size 315 - 355
L
AD
22.5¡ã
LB
T
S
HF
P
N
AC
F
G
GD
LA
D
M
E
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
- 21 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B5 / IM V1, Frame size 400
L
LB
22.5
LD
LA
M1
AD
T
AC
HF
P
N
F
D
S
M
GD G
E
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
110 210 28 100
m6
16 1200 1920 25 1710 940 880 1000 8
j6
Ø28
6
435 2M63
x1,5
400L
4,6,8
10
856 690
110 210 28 100
m6
16 1200 1920 25 1710 940 880 1000 8
j6
Ø28
6
435 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 B35, Frame size 63 - 132
KEINE TRAGÖSEN FÜR BAUGRÖSSEN 63 -90
L
AD
LB
M1
45
LA
°
S
AD
T
M
HD
AC
P
N
G
GD
F
H
D
Frame Pole A
C
AA
B
BB
AA AB AC AD
HA
K
E
A
AB
B
BB C D
E
F
G
GD H
HA HD
K L
LB LA
N
P
T
95
j6
S
M1
63
2,4
100 30 135 130
70
80
115 40 11 23
j6
4
8,5
4
63
8
---
7
230 139 10
140
3
4 1M20
Ø10 x1,5
71
2,4,6
112 32 150 145
80
90
125 45 14 30
j6
5
11
5
71
8
---
7
255 212 10 110 160
j6
3
4 1M20
Ø10 x1,5
80
2,4,6
8
125 34 165 155 145 100 135 50 19 40
j6
6
15,5
6
80
10
---
10 295 255 12 130 200 3,5 4 1M20
j6
Ø12 x1,5
90S
2,4,6
8
140 36 180 173 155 100 140 56 24 50
j6
8
20
7
90
12
---
10 315 265 12 130 200 3,5 4 1M25
j6
Ø12 x1,5
90L
2,4,6
8
140 36 180 173 155 125 165 56 24 50
j6
8
20
7
90
12
---
10 340 290 12 130 200 3,5 4 1M25
j6
Ø12 x1,5
100L
2,4,6
8
160 40 205 195 180 140 185 63 28 60
j6
8
24
7
100
14
250 12 385 325 13 180 250
j6
4
4 1M25
Ø15 x1,5
112M
2,4,6
8
190 45 230 217 190 140 185 70 28 60
j6
8
24
7
112
15
270 12 400 340 14 180 250
j6
4
4 2M25
Ø15 x1,5
132S
2,4,6
8
216 55 270 275 210 140 190 89 38 80 10
k6
33
8
132
20
345 12 470 395 16 230 300
j6
4
4 2M25
Ø15 x1,5
132M
2,4,6
8
216 55 270 275 210 178 230 89 38 80 10
k6
33
8
132
20
345 12 510 435 16 230 300
j6
4
4 2M25
Ø15 x1,5
Subject to alteration
- 23 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B35, Frame size 160
LB
LD
M1
LA
AD
S
T
AD
°
45
AC
GD
G
P
N
HD
F
M
H
D
Frame Pole
A
C
K
B
BB
L
A AB AC AD B
A
BB
C
D
E
F
G
G
D
H
H
A
H
D
K L
LB
AA
A
AB
L
A
M
N
P
HA
E
S
T
M1
160M
2,4,6
8
254
65
32
0
31
4
25
5
21
0
27
4
10
8
42
k6
11
0
12
37
8
160
22
42
0
1
5
61
5
50
5
18
30
0
250
j6
35
0
4
Ø19
5
2M40
x1,5
160L
2,4,6
8
254
65
32
0
31
4
25
5
25
4
31
8
10
8
42
k6
11
0
12
37
8
160
22
42
0
1
5
67
0
56
0
18
30
0
250
j6
35
0
4
Ø19
5
2M40
x1,5
Subject to alteration
- 24 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B35, Frame size 180 - 280
LD
a
AD
LB
M1
LA
AD
T
s
HD
AC
GD
G
P
N
F
H
D
Frame Pole
180M
2,4,6,8
K
B
BB
L
C
A
AA AB AC AD
B
279
70 355 352 280 241 315 121 48 110 14 42,5
k6
9
BB
C
D
E
F
G
GD H
180
HA HD
25
K L
455 15
700
AA
A
AB
LB LA M
N
P
HA
E
S
T LD
590 20 300 250 350 4
5
j6
Ø19
M1
86 2M40
x1,5
180L
2,4,6,8
279
70 355 352 280 279 355 121 48 110 14 42,5
k6
9
180
25
455 15
740
630 20 300 250 350 4
5 105 2M40
j6
Ø19
x1,5
200L
2,4,6,8
318
70 395 395 305 305 375 133 55 110 16
m6
49
10 200
28
505 19
770
665 22 350 300 400 4
5 102 2M40
j6
Ø19
x1,5
225S
4,6,8
356
75 435 470 335 286 375 149 60 140 18
m6
53
11 225
31
560 19
820
680 22 400 350 450 8
5 103 2M50
j6
Ø19
x1,5
225M
2
356
75 435 470 335 311 400 149 55 110 16
m6
49
10 225
31
560 19
815
705 22 400 350 450 8
5 116 2M50
j6
Ø19
x1,5
225M
4,6,8
356
75 435 470 335 311 400 149 60 140 18
m6
53
11 225
31
560 19
845
705 22 400 350 450 8
5 116 2M50
j6
Ø19
x1,5
250M
2
406
80 490 480 370 349 450 168 60 140 18
m6
53
11 250
33
570 24
910
770 24 500 450 550 8
5 131 2M63
j6
Ø19
x1,5
250M
4,6,8
406
80 490 480 370 349 450 168 65 140 18
m6
58
11 250
33
570 24
910
770 24 500 450 550 8
5 131 2M63
j6
Ø19
x1,5
280S
2
457
85 550 547 400 368 485 190 65 140 18
m6
58
11 280
38
640 24
985
845 24 500 450 550 8
5 168 2M63
j6
Ø19
x1,5
280S
4,6,8
457
85 550 547 400 368 485 190 75 140 20 67,5
m6
12 280
38
640 24 1035 845 24 500 450 550 8
5 168 2M63
j6
Ø19
x1,5
280M
2
457
85 550 547 400 419 536 190 65 140 18
m6
11 280
38
640 24
280M
4,6,8
457
85 550 547 400 419 536 190 75 140 20 67,5
m6
12 280
38
640 24 1035 895 24 500 450 550 8
5 183 2M63
j6
Ø19
x1,5
Subject to alteration
58
- 25 -
985
895 24 500 450 550 8
5 183 2M63
j6
Ø19
x1,5
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B35, Frame size 315 - 355
L
LB
T
LA
22.5
AD
LD
F
S
AD
M1
HD
AC
N
G
P
GD
D
HA
H
M
E
Frame Pole A
C
AA AB AC AD
AA
B
BB
B
BB
C
D
E
F
G
GD H
HA HD
K L
LB
K
A
AB
LA
M
N
P
S
T LD
M1
315S
2
508 120 635 620 530 406 570 216 65 140 18
m6
58
11 315
48
745 28 1185 25 1045 660 550 660 8
6 205 2M63
j6
Ø24
x1,5
315S
4,6,8
10
508 120 635 620 530 406 570 216 80 170 22
m6
71
14 315
48
745 28 1215 25 1045 660 550 660 8
6 205 2M63
j6
Ø24
x1,5
315M
2
508 120 635 620 530 457 680 216 65 140 18
m6
58
11 315
48
745 28 1295 25 1155 660 550 660 8
6 240 2M63
j6
Ø24
x1,5
315M
4,6,8
10
508 120 635 620 530 457 680 216 80 170 22
m6
71
14 315
48
745 28 1325 25 1155 660 550 660 8
6 240 2M63
j6
Ø24
x1,5
315L
2
508 120 635 620 530 508 680 216 65 140 18
m6
58
11 315
48
745 28 1295 25 1155 660 550 660 8
6 240 2M63
j6
Ø24
x1,5
315L
4,6,8
10
508 120 635 620 530 508 680 216 80 170 22
m6
71
14 315
48
745 28 1325 25 1155 660 550 660 8
6 240 2M63
j6
Ø24
x1,5
355M
2
610 120 730 710 655 560 760 254 75 140 20 57,5
m6
12 355
57
845 28 1500 25 1360 740 680 800 8
6 320 2M63
j6
Ø24
x1,5
355M
4,6,8
10
610 120 730 710 655 560 760 254 95 170 25
m6
14 355
57
845 28 1530 25 1360 740 680 800 8
6 320 2M63
j6
Ø24
x1,5
355L
2
610 120 730 710 655 630 760 254 75 140 20 67,5
m6
12 355
57
845 28 1500 25 1360 740 680 800 8
6 320 2M63
j6
Ø24
x1,5
355L
4,6,8
10
610 120 730 710 655 630 760 254 95 170 25
m6
14 355
57
845 28 1530 25 1360 740 680 800 8
6 320 2M63
j6
Ø24
x1,5
Subject to alteration
86
86
- 26 -
Three phase motor with squirrel cage rotor
Dimensions
Mounting Arrangement IM B35, Frame size 400
LB
T
LA
325
220
430
22.5
2-M42
HD
AC
M
F
P
N
S
D
AD
M1
HA
H
GD G
K
AA
BB
E
C
A
B
AB
L
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 280 110 210 28 100
m6
16 400
45
1010
6 1920 25
Ø35
25 1710 940 880 1000 8
j6
Ø28
6
2M63
X1,5
400L
4,6,8
10
686 120 806 856 690 710 1090 280 110 210 28 100
m6
16 400
45
1010
6 1920 25
Ø35
25 1710 940 880 1000 8
j6
Ø28
6
2M63
X1,5
Subject to alteration
- 27 -
UniTec Group
Röntgenstrasse 1B – D – 30890 Barsinghausen
Tel. +49 – 5105 – 77879 0
Fax + 49 – 5105 – 77879 20
E-Mail: info@unitec-group.de
www.unitec-group.de
Subject to alteration
- 28 -