Technical Data; Technical Data, Power Modules - Siemens SIMODRIVE 611 Planning Manual

05.01
4.1

Technical data

4.1.1

Technical data, power modules

Table 4-1 Technical data/power module, 1–axis version
Internal cooling 6SN 1123–1AA0.–
External cooling 6SN 1124–1AA0.–
Hose cooling 6SN 1123–1AA0.–
Cooling type
To use 1FT5 motors with control module 6SN11 18–0Ax11–xxxx
Rated current
Peak current
Power loss, total/
3)
internal/external
1)
f
o
1)
X1
To use 1FT6 motors/1FK6 motors with control module 6SN11 18–0Bx11–xxxx
Rated current
Peak current
Power loss, total/
3)
internal/external
1)
f
o
1)
X1
To use 1FT6 motors/1FK6 motors/1FN motors
with control module 6SN11 18–0Dx11–xxxx, 6SN11 18–xNxxx–xxxx
Rated current
Peak current
Power loss, total/
3)
internal/external
1)
f
o
1)
X1
To use 1PH and 1FE1 motors and induction motors
with control module 6SN11 21–0BA11–xxxx, 6SN11 22–0BA11–xxxx
To use 1PH and 1FE1 motors with control module 6SN11 18–0Dxxx–xxxx
Rated current
Current for S6–40%
Peak current
Power loss, total/
3)
internal/external
1)
f
o
1)
X1
_________
fo = inverter clock frequency
1) X1 = reduction factor of the current, current de–rating from the inverter clock frequency f
2) The 1st number is valid for cable lugs, the 2nd number is valid for finely–stranded conductors without conn. sleeves.
3) If internal cooling or hose cooling is used, then only Pv
only use copper cables designed for an operating temperature of w 60°C.
:
4) For UL certification
 Siemens AG 2001 All rights reserved
SIMODRIVE 611 Planning Guide (PJU) – 05.01 Edition
0HA1 0AA1 0BA1
0HA1 0AA1 0BA1
– – –
Non– Non– Force
ventila- ventila- ventila-
ted ted ted
A 4 7.5 12.5
A 8 15 25
W 35 / 14 / 45 / 18 / 90 / 35 /
21 27 55
kHz 3.3 3.3 3.3
% 55 55 55
A 3 5 9
A 6 10 18
W 35 / 14 / 50 / 19 / 90 / 35 /
21 31 55
kHz 3.3 3.3 3.3
% 55 55 55
A 3 5 9
A 6 10 18
W 35 / 14 / 50 / 19 / 90 / 35 /
21 31 55
kHz 4 4 4
% 55 55 55
A 3 5 8
A 3 5 10
A 3 8 16
W 30 / 12 / 40 / 16 / 74 / 29 /
18 24 45
kHz 3.2 3.2 3.2
% 50 50 50
should be considered.
tot
4 Power Modules
4.1 Technical data
0CA1 0DA1 0EA1
0CA1 0DA1 0EA1
– – –
Force Force Force
ventila- ventila- ventila-
ted ted ted
25 40 80 100
50 80 160 200
180 / 62 300 / 30 655 / 30 740 / 90
/ 118 / 270 / 625 / 650
3.3 3.3 3.3 3.3
40 50 55 55
18 28 56 70
36 56 112 140
190 / 65 300 / 30 645 / 25 730 / 90
/ 125 / 270 / 620 / 640
3.3 3.3 3.3 3.3
40 50 55 55
18 28 56 70
36 56 112 140
190 / 65 300 / 30 645 / 25 730 / 90
/ 125 / 270 / 620 / 640
4 4 4 4
50 50 55 55
24 30 60 85
32 40 80 110
32 51 102 127
260 / 89 320 / 32 685 / 30 850 /
/ 171 / 288 / 655 100 /
750
3.2 3.2 3.2 3.2
50 55 50 50
of the power transistors (Fig. 4-2)
0
0FA1
0FA1
0FA1 4
Force
ventila-
ted
4-83