Siemens SIMOCODE pro

Example circuits
SIMOCODE pro
E-40 GWA 4NEB 631 6050-22 DS 03
E.13.9 "Positioner 5" circuit diagram
Fig. E-35: "Positioner 5" circuit diagram

     











  
4
1L1
L1
L3
10
T2
-S13
21
-X2
1
>>>
III
5
13
L2
-S12
Profibus DP
I
>
-DMA/RMA
24V
5
1/N AC 50Hz 230V
11
21
3 AC
M
9
1
PE
-X19
25
3
BU
13
/.7
SYS2
16
3
20
-T10
21
1
Test/reset
3
X9
3
B
-A12
1
1N
3
-Q3
2
-Q3
27
24
-X19-X1
17
6U
18
2
C 1,6A
9
2L1
6
B
SYS1
-F12
2N
/.4
13
10
-Q2
PE
L1
19
OUT1
IN1 IN4IN3
N/M
OUT2
IN2
A
4
22
A1
1
T2
A2
A
PE
BUS
W
1/N AC 50Hz 230V
2
-X1
4
22
BUS GEN.FAULT
21
6
8
I
>
B
T1
1
/.4
14
-A11
A
20
2
3
/.2
SYS
-F11
230V AC
14
PE
2
13
A2
/.2
2
14
7
2
5
12
6
26
IN2 IN3
OUT1 OUT2
IN4
PTC
IN1
OUT3
PE
SPE/PE
2
3
1
4
T3
A1
6
A1
3/N/PE AC50Hz 400V
22
T1
7
4
5
1
-X19
2
-S11
C 1,6A
8
Gen.fault
N
SYS
14
13
22
L3
4
23
CT
1
-Q2
V
-DMZ/ RMZ
PROFIBUS
1
/.4
-M1
15
SIMOCODEpro V
-A10
6
14
1
5
A2
L2
230V AC
SIMOCODEpro V
Ready
Mains Contactor Open Mains Contactor Closed Local Stop Local Closed Local Open Feedback Torque switch/ Limit switch Closed Feedback Torque switch/ Limit switch Open
Device
OPEN
Digital Module
Operator Panel
Basic Unit
Current measurement
CLOSE
STOP TEST/
RESET