Factory Settings (Defaults) Of Customer Interface On Sinamics S150 - Siemens SINAMICS G130 Engineering Manual

SINAMICS S150
Engineering Information
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Factory settings (defaults) of customer interface on SINAMICS S150

A PROFIBUS interface on the CU320 Control Unit and the TM31 customer terminal block are available as standard
interfaces to the control equipment in the customer's plant.
The customer terminal block can be used to connect the system to the higher-level controller using analog and digital
signals, or to connect additional equipment.
The customer terminal block contains:
• 8 digital inputs (DI)
• 4 bidirectional inputs/outputs (DI/DO)
• 2 analog inputs (differential) (AI)
• 2 analog outputs (AO)
• 2 relay outputs (changeover contact) (DO)
• 1 input for KTY84 temperature sensor or PTC thermistor (temp.)
• Auxiliary voltage output ±10 V for analog setpoint input
• Auxiliary voltage output +24 V for digital inputs
[1] Drive ON/OFF1
[2] Increase setpoint /
fixed setpoint bit 0
[3] Decrease setpoint /
fixed setpoint bit 1
[4] Acknowledge fault
[5] Enable inverter
[6] Freely parameterizable as
digital input
[7] Freely parameterizable as
digital input
[8] Freely parameterizable as
digital input
[9] Analog input for setting
speed setpoint
[10] Analog input (reserved)
[11] Analog output, actual
speed value
[12] Analog output, actual
motor current value
[13] Connection possibility for
a KTY84 temperature
sensor or PTC thermistor
[14] Ready (factory default
setting as digital output)
[15], [16], [17]
Freely parameterizable as
digital inputs / outputs
(assigned as digital inputs
with factory setting)
[18] Checkback signal
"Inverter enable"
[19] Checkback signal "No
converter fault"
Customer terminal block
1) Jumpers must be inserted for this circuit example (M: internal ground, M1 or M2: External
2) Parameterizable as current or voltage source
3) Individually parameterizable as digital input/output (factory setting: Assigned as output)
SINAMICS Engineering Manual – May 2008
306/396
© Siemens AG
M +
-A60
-X524
+
+24 V
+
M
M
M
M
-X520
[1]
1
DI 0
[2]
2
DI 1
[3]
3
DI 2
[4]
4
DI 3
5
M 1
1)
6
M
-X540
1
+24 V
2
+24 V
3
+24 V
4
+24 V
5
+24 V
6
+24 V
7
+24 V
8
+24 V
-X530
[5]
1
DI 4
[6]
2
DI 5
[7]
3
DI 6
[8]
4
DI 7
5
M 2
1)
6
M
-X521
AI 0+ 1
A +
S500.2
-
D
AI 0- 2
AI 1+ 3
A
+
S500.1
-
D
AI 1- 4
5
P 10
6
M
7
N10
8
M
-X522
AO 0V+
1
AO 0-
2
AO 0C+ 3
AO 1V+ 4
AO 1- 5
AO 1C+
6
+ Temp
7
- Temp
8
-X541
P24V
1
+
2
DI/DO 8
DO
3
DI/DO 9
Out/In
DI
5V
4
DI/DO 10
24V
5
DI/DO 11
6
M
-X542
DO 0 1
2
3
4
DO 1
5
6
+
M
[9]
[10]
V
[11]
A
2)
V
[12]
A
[13]
3)
[14]
[15]
[16]
[17]
[18]
V
[19]