6
3931172/02/05/D
Doepke
tors has to be ensured. The following table illustrates the connection configuration:
In order to meet the requirements for protective low voltage, VDE0100, Part 410, should
be observed and put into practice during installation.
When connecting please observe that the maximum torque of the terminals of 0.6 Nm
will not be exceeded.
The patented click-and-lock-mechanism allows an easy removal of the unit from the rail
by pushing the housing upwards until it is released.
10. Indicators
11. Technical Data
Terminal
Description
Terminal
Description
1.1/1.5 Switching ch. 1 (L
IN
/L
OUT
)
3.2/C5
Semiconductor input C5
2.1/2.5 Switching ch. 2 (L
IN
/L
OUT
)
3.6/C6
Semiconductor input C6
3.1/3.5 Switching ch. 3 (L
IN
/L
OUT
)
4.2/C7
Semiconductor input C7
4.1/4.5 Switching ch. 4 (L
IN
/L
OUT
)
4.6/C8
Semiconductor input C8
1.3
Dupline signal conductor -
(Dupline-)
1.7
Dupline signal con (Du-
pline+)
1.4
0 VDC operating voltage
1.8
+24 VDC operating voltage
Indicator
Description
Green “BUS OK”
LED
Dupline bus:
Off - bus fault / On - bus OK
4 red LED
All-or-nothing relays 1..4:
Off - Relay open / On - Relay closed
Min.
Typ.
Max.
Dupline
Current input
10 µA
Input channels 4 (semiconductor inputs, channels 5..8)
Output channels 4 (relay output, channels 1..4)
Inputs
Type Semiconductors
Input voltage
10 VDC
30 VDC
Internal resistance
22 kOhm
Relay outputs
Type All-or-nothing relay
AC
Voltage
12 VAC
250 VAC
Load capacity (per output)
100 mA
16 A
DC
Voltage
12 VDC
30 VDC
Load capacity (per output)
100 mA
10 A
