SIEMENS
9/13
Siemens D 21.4 · 2017
SIMOTICS main motors
SIMOTICS M asynchronous and synchronous motors for SINAMICS S120
SIMOTICS M-1PH8 asynchronous motors
> Forced ventilation, IP55 degree of protection
9
Motor type
(repeated)
Power
factor
Magne-
tizing
current
Efficiency
Moment of
inertia without
holding brake
Weight
without hold-
ing brake,
approx.
Terminal
box
SINAMICS S120 Motor Module
Rated output
current
3)
Internal air cooling
For further components,
see SINAMICS S120
drive system
cos
ϕ
I
μ
η
J
I
rated
A
kgm
2
(lb
f
-in-s
2
)
kg (lb)
Type
A
Article No.
1PH8107- . . B ...
0.83
4.3
0.730
0.0289 (0.26)
73 (161)
gk813
9
6SL312
0
-
■
TE21
-
0A
D
.
1PH8131- . . B ...
0.88
3.5
0.810
0.0590 (0.52)
89 (196)
gk833
9
6SL312
0
-
■
TE21
-
0A
D
.
1PH8133- . . B ...
0.89
5.4
0.780
0.0760 (0.67)
106 (234)
gk833
18
6SL312
0
-
■
TE21
-
8A
■
.
1PH8135- . . B ...
0.90
5.6
0.780
0.0940 (0.83)
125 (276)
gk833
18
6SL312
0
-
■
TE21
-
8A
■
.
1PH8137- . . B ...
0.88
6.7
0.820
0.1090 (0.96)
141 (311)
gk833
18
6SL312
0
-
■
TE21
-
8A
■
.
1PH8163- . . B ...
0.90
8.9
0.819
0.2160 (1.91)
196 (432)
gk863
30
6SL312
0
-
1
TE23
-
0A
■
.
1PH8165- . . B ...
0.85
14.8
0.830
0.2320 (2.05)
230 (507)
gk863
45
6SL312
0
-
1
TE24
-
5A
A
.
1PH8184- . . B ...
0.84
23
0.861
0.489 (4.33)
350 (772)
1XB7322-P05
60
6SL312
0
-
1
TE26
-
0A
A
.
1PH8186- . . B ...
0.80
36
0.875
0.652 (5.77)
422 (930)
1XB7322-P05
85
6SL312
0
-
1
TE28
-
5A
A
.
1PH8224- . . B ...
0.86
36
0.896
1.48 (13.1)
610 (1345)
1XB7322-P05
85
6SL312
0
-
1
TE28
-
5A
A
.
1PH8226- . . B ...
0.86
48
0.908
1.93 (17.1)
740 (1631)
1XB7322-P05
132
6SL312
0
-
1
TE31
-
3A
A
.
1PH8228- . . B ...
0.85
59
0.914
2.33 (20.6)
870 (1918)
1XB7322-P05
132
6SL312
0
-
1
TE31
-
3A
A
.
1PH8284-1. B ...
0.81
81
0.935
4.20 (37.2)
1200 (2646)
1XB7700-P02
200
6SL312
0
-
1
TE32
-
0A
A
.
1PH8286-1. B ...
0.82
96
0.939
5.20 (46.0)
1400 (3086)
1XB7700-P02
200
6SL312
0
-
1
TE32
-
0A
A
.
1PH8288-1. B ...
0.82
127
0.941
6.30 (55.8)
1650 (3638)
1XB7700-P02
260
6SL312
0
-
1
TE32
-
6A
A
.
1PH8184- . . C ...
0.84
30
0.901
0.489 (4.33)
350 (772)
1XB7322-P05
85
6SL312
0
-
1
TE28
-
5A
A
.
1PH8186- . . C ...
0.84
41
0.916
0.652 (5.77)
422 (930)
1XB7322-P05
85
6SL312
0
-
1
TE28
-
5A
A
.
1PH8224- . . C ...
0.80
67
0.934
1.48 (13.1)
610 (1345)
1XB7322-P05
132
6SL312
0
-
1
TE31
-
3A
A
.
1PH8226- . . C ...
0.83
75
0.940
1.93 (17.1)
740 (1631)
1XB7322-P05
200
6SL312
0
-
1
TE32
-
0A
A
.
1PH8228- . . C ...
0.86
80
0.941
2.33 (20.6)
870 (1918)
1XB7322-P05
200
6SL312
0
-
1
TE32
-
0A
A
.
1PH8284-1. C ...
0.81
124
0.952
4.20 (37.2)
1200 (2646)
1XB7700-P02
260
6SL312
0
-
1
TE32
-
6A
A
.
1PH8286-1. C ...
0.85
133
0.955
5.20 (46.0)
1400 (3086)
1XB7700-P02
310
6SL332
0
-
1
TE33
-
1A
A
.
1PH8288-1. C ...
0.85
171
0.957
6.30 (55.8)
1650 (3638)
1XB7700-P02
380
6SL332
0
-
1
TE33
-
8A
A
.
1PH8103- . . D ...
0.81
4.8
0.824
0.0172 (0.15)
51 (112)
gk813
18
6SL312
0
-
■
TE21
-
8A
■
.
1PH8107- . . D ...
0.82
8.2
0.852
0.0289 (0.26)
73 (161)
gk813
18
6SL312
0
-
■
TE21
-
8A
■
.
1PH8131- . . D ...
0.85
8.0
0.880
0.0590 (0.52)
89 (196)
gk833
30
6SL312
0
-
1
TE23
-
0A
■
.
1PH8133- . . D ...
0.87
10.7
0.884
0.0760 (0.67)
106 (234)
gk833
30
6SL312
0
-
1
TE23
-
0A
■
.
1PH8137- . . D ...
0.87
16.1
0.891
0.1090 (0.96)
141 (311)
gk833
45
6SL312
0
-
1
TE24
-
5A
A
.
1PH8163- . . D ...
0.88
17.5
0.915
0.2160 (1.91)
196 (432)
gk863
60
6SL312
0
-
1
TE26
-
0A
A
.
1PH8165- . . D ...
0.89
20.9
0.921
0.2320 (2.05)
230 (507)
gk863
85
6SL312
0
-
1
TE28
-
5A
A
.
1PH8184- . . D ...
0.82
42
0.928
0.489 (4.33)
350 (772)
1XB7322-P05
85
4)
6SL312
0
-
1
TE28
-
5A
A
.
1PH8186- . . D ...
0.82
57
0.933
0.652 (5.77)
422 (930)
1XB7322-P05
132
6SL312
0
-
1
TE31
-
3A
A
.
1PH8224- . . D ...
0.82
78
0.946
1.48 (13.1)
610 (1345)
1XB7322-P05
200
6SL312
0
-
1
TE32
-
0A
A
.
1PH8226- . . D ...
0.85
86
0.949
1.93 (17.1)
740 (1631)
1XB7322-P05
200
6SL312
0
-
1
TE32
-
0A
A
.
1PH8228- . . D ...
0.86
97
0.953
2.33 (20.6)
870 (1918)
1XB7422-P06
260
6SL312
0
-
1
TE32
-
6A
A
.
1PH8284-1. D ...
0.82
157
0.960
4.20 (37.2)
1200 (2646)
1XB7700-P02
310
6SL332
0
-
1
TE33
-
1A
A
.
1PH8286-1. D ...
0.81
217
0.962
5.20 (46.0)
1400 (3086)
1XB7700-P02
490
6SL332
0
-
1
TE35
-
0A
A
.
1PH8288-1. D ...
0.82
253
0.964
6.30 (55.8)
1650 (3638)
1XB7700-P02
490
4)
6SL332
0
-
1
TE35
-
0A
A
.
Single Motor Module
Double Motor Module
1
2
Motor Module
for continuous load with 200 % overload (C-type)
for highly dynamic, intermittent load cycles with 300 %
overload (D-type)
C
D
Version status
1)
n
2
: Maximum permissible thermal speed at constant power.
2)
n
max
: Maximum speed that must not be exceeded (applicable to Standard: 14th digit of article number A to H); for performance bearing (14th digit = “L”), the
increased maximum speeds apply; limitations must be taken into consideration where necessary (e.g. with holding brake), see Article No. supplements.
3)
I
rated
: Output current of the Motor Module at rated pulse frequency (see SINAMICS S120 drive system).
The rated motor data is valid for 4 kHz (SH 80 to 160) or 2 kHz (SH 180 to 280).
4)
The output current of the Motor Module is lower than the rated motor current for the pulse frequency on which it is based.
© Siemens AG 2017