Technical Data - Siemens SINAMICS S120 Manual

4.5.7

Technical data

Table 4- 33 Technical data for Active Line Modules with cold plate cooling
Cold plate
Rated power
Infeed
2)
Rated power (S1)
Infeed power
S6 duty (40 %)
Peak infeed power
Regenerative feedback
Continuous regenerative
power
Peak regenerative power
Supply voltages
Line voltage
Line frequency
Electronics power supply
DC link voltage
Overvoltage trip
Undervoltage trip
3)
Input currents
Rated input current:
for AC 400 V
input current:
for AC 380 V
for AC 480 V
for AC 400 V; S6 (40 %)
for AC 400 V; peak current
DC link currents
Rated DC link current:
for 600 V
DC link current:
at 600 V DC; S6 (40 %)
at 600 V DC; peak current
Current carrying capacity
DC link busbars
Reinforced DC link busbars
24 V DC busbars
Electronics current drawn
at 24 V DC
Total power loss
(including electronics loss-
es, see Power loss tables
(Page 756))
DC link capacitance
Active Line Module
Drive line-up, max.
Booksize Power Units
Manual, (GH2), 07/2016, 6SL3097-4AC00-0BP8
6SL3136- 21-6AA.
7TE
kW 16
kW (P ) 16
n
kW (P ) 21
S6
kW (P ) 35
max
kW 16
kW 35
V 3 AC 380 ... 480 ±10 % (- 15 % < 1 min)
ACrms
Hz 47 ... 63
V 24 (20.4 ... 28.8)
DC
V 510 ... 720
DC
V 820 ± 2 %
DC
V 360 ± 2 %
DC
A 25
AC
A 26
AC
A 21
AC
A 32
AC
A 54
AC
A 27
DC
A 35
DC
A 59
DC
A 100
ACrms
A 150
ACrms
A 20
ACrms
A 0.85
DC
W 280.4
μF 710
μF 20000
4.5 Active Line Modules with cold plate
23-6AA. 25-5AA.
36 55
36 55
47 71
70 91
36 55
70 91
55 84
58 88
46 70
71 108
107 139
60 92
79 121
117 152
200 200
-- --
20 20
1.05 1.15
655.2 927.6
1410 1880
20000 20000
Line Modules Booksize
25-5AA3 + 28-0AA.
Active
Interface
Module
55 80 (64)
1)
55 80 (64)
1)
71 106 (85)
1)
110 131
55 80 (64)
1)
110 131
84 122 (98)
1)
88 128 (102)
1)
70 102 (82)
1)
108 161 (129)
1)
168 200
92 134 (99)
1)
121 176 (141)
1)
176 195
200 200
-- --
20 20
1.15 1.4
927.6 1383.6
1880 2820
20000 20000
31-2AA.
120 (84)
1)
120 (84)
1)
145 (116)
1)
175
120 (84)
1)
175
182 (127)
1)
192 (134)
1)
152 (106)
1)
220 (154)
1)
267
200 (140)
244 (171)
1)
292
200
20
1.8
2243.2
3760
20000
207