Siemens SINAMICS S120 Manual page 65

C-type
Ventilation clearances
above/below
Weight
Higher output frequencies up to a maximum of 3200 Hz are possible with an additional license.
1)
Default for 400 V line systems; undervoltage trip threshold can be reduced by up to 80 V and is adjusted to the parame-
2)
terized rated voltage
When using 6 mm thick DC link (article number 6SL3162-2BB00-0AA0): 200 A
3)
Rated power of a typical standard induction motor at 400 V 3 AC
4)
Table 3- 7 Technical data of Single Motor Modules in Booksize format D type (3 A to 30 A)
D-type
Output current
Rated current (l )
n
Base load current (I )
H
Intermittent duty current (I
Peak current (l )
max
Output voltage 3 AC
Output frequency
DC link current
DC link voltage
DC link capacitance
Overvoltage trip
Undervoltage trip
2)
Electronics power supply
Electronics current drawn
at 24 V DC
Current carrying capacity
DC link busbars
24 V DC busbars
Unit rating
4)
Based on I (600 V DC; 4 kHz)
n
Based on I
H
Typical power loss
see also Power losses of the components
(Page 134)
Max. pulse frequency
Without derating
With derating
Sound pressure level
Cooling method
Cooling air requirement
Max. permissible heat sink temperature
Power Units in Booksize C/D-Type Format
Manual, 12/2018, 6SL3097-5AC20-0BP0
6SL3120-
mm
kg
6SL3120
-
A
AC
A
AC
) 40 % A
s6 AC
A
AC
V
AC
Hz
A
DC
V
DC
μF
V
DC
V
DC
V
DC
A
DC
A
DC
A
DC
kW
kW
W
kHz
kHz
dB(A)
m /h
3
°C
Motor Modules in booksize C/D-type format
1TE21- 1TE22-
8AC. 4AC.
4.6 4.7
1TE13- 1TE15- 1TE21-
0AD. 0AD. 0AD.
3 5 9
2.6 4.3 7.7
4 6.7 12
9 15 27
0 ... 0.717 x DC link voltage
(0 ... 480 V at 670 V DC)
3.6 6 11
110 110 110
24 (20.4 ... 28.8)
0.75 0.75 0.75
100
1.6 2.7 4.8
1.4 2.3 4.1
26 36 60
< 60 < 60 < 60
33.3 33.3 33.3
72 83 84
3.8 Technical data
1TE23- 1TE24-
0AC. 5AC.
≥ 80
7.9 8.5
1TE21- 1TE22-
8AD. 4AD.
18 24
15.3 20.4
24 32
54 72
0 ... 550
1)
22 29
510 ... 720
220 390
820 ± 2 %
380 ± 2 %
0.75 1.00
3)
20
9.7 12.9
8.2 10.9
140 190
4
16
< 60 < 68
Internal fan
33.3 53
95 95
1TE26-
0AC.
8.6
1TE23-
0AD.
30
25.5
40
90
36
705
0.80
200
20
16
13.7
263
< 60
56
98
63