Siemens SIMODRIVE 611A, Installation And Planning Manual

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4
02.98
1-62
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Siemens AG 1998 All Rights reserved 6SN1197–0AA00 02.98 Edition
SIMODRIVE 611 (PJ)
Technical data
Technical data of the power modules
Table 4-1 Technical data, power modules internal cooling
Power
module –
Current
assign-
ment
Cooling
type
5)
Max.
conduc-
tor
cross–
section
2)
MSD –
analog/
digital
I
n
/I
s6
/
I
max
[A]
X1
1)
[%]
IMM
analog
I
n
/I
s6
/
I
max
[A]
X1
1)
[%]
IMM di-
gital
I
n
/I
s6
/
I
max
[A]
X1
1)
[%]
FD ana-
log
I
n
/I
max
[A]
X1
1)
[%]
FD di-
gital
I
n
/I
max
[A]
X1
1)
[%]
Max.
width
[mm]
[mm
2
]
Losses
[W]
f
0
1)
[kHz]
Losses
[W]
f
0
1)
[kHz]
Losses
[W]
f
0
1)
[kHz]
Losses
[W]
f
0
1)
[kHz]
Losses
[W]
f
0
1)
[kHz]
Weight
[kg]
Pv
tot.
[kHz]
Pv
tot.
[kHz]
Pv
tot.
[kHz]
Pv
tot.
[kHz]
Pv
tot.
[kHz]
Power mo-
S
6/4
– – 3/3/3 50
2.8/2.8/
2.8
50 4/8 55 3/6 55
dule, int. 8 A
50
6/4
– – 30 3 2 30 4 0 35 3 3 35 4
6.5
– – 30 3.2 30 4.0 35 3.3 35 4
Power mo-
d l
i t 15
S
6/4
– – 5/5/8 50
4.6/4.6/
7.3
50 7.5/15 55 5/10 55
dule, int. 15
A
50
6/4
– – 40 3 2 40 4 0 45 3 3 50 4
A
6.5
– – 40 3.2 40 4.0 45 3.3 50 4
Power mo-
dule
S
6/4
– – 8/10/16 55
7.4/9.3/
14.8
55 12.5/25 55 9/18 55
dule,
int. 25 A
50
6/4
– – 74 3 2 74 4 0 90 3 3 90 4
int. 25 A
6.5
– – 74 3.2 74 4.0 90 3.3 90 4
Power mo-
dule int 50
F
6/4
24/32/
32
40
24/32/
32
40
22/29/
29
40 25/50 40 18/36 40
dule, int. 50
A
50
6/4
260 3 2 260 3 2 260 4 0 180 3 3 190 4
A
7.5
260 3.2 260 3.2 260 4.0 180 3.3 190 4
Power mo-
S – – – – – – 2 4/8 55 2 3/6 55
Power mo
dule, int.
2
8 A
50 6/4
– – – – – – 70 3 3 70 4
2 8 A
7
– – – – – – 70 3.3 70 4
Power mo-
dule int
S
6/4
– – – – – –
2 7.5/
15
55 2 5/10 55
dule, int.
2
15 A
50
6/4
– – – – – – 104 3 3 100 4
2 15 A
7
– – – – – – 104 3.3 100 4
Power mo-
dule
F
6/4
– – – – – –
2 12.5
/25
55 2 9/18 55
dule,
int. 2
25 A
50
6/4
– – – – – – 174 3 3 180 4
int. 2 25 A
7
– – – – – – 174 3.3 180 4
Power mo-
dule
F
6/4
– – – – – –
2 25/5
0
40
2 18/3
6
40
dule,
int. 2
50 A
100
6/4
– – – – – – 364 3 3 380 4
int. 2 50 A
13.5
– – – – – – 364 3.3 380 4
1) X1=current reduction factor, current reduction from the inverter clock frequency f
0
of the power transistors
(refer to Fig.4-2)
2) The 1st number is valid for cable lugs, the 2nd number is valid for finely–stranded conductors without conn. sleeves.
3) If pipe cooling is not used, only Pv
tot.
should be taken into account.
4) Pv
total
/Pv
pipe
/Pv
internal
5) F = force–ventilated, S = self–ventilated
4.1 Technical data