Putting Into Service; Indicators; Guarantee; Technical Data - Doepke Dupline DSM 4M Bedienungsanleitung

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Doepke

11. Putting into Service

Observe the connection diagram when installing. All lines to be connected must be dead. Con-
nections between the Dupline signal and the 24V supply, or connections to earth potential, will
cause malfunctions and are not permissible.
Terminal
Phase input relay K1
1.1
Output relay K1
1.5
2.1 Phase input relay K2
2.5 Output relay K2
Dupline signal conductor - (D-)
1.3
0 VDC operating voltage
1.4
When connecting please observe that the maximum torque of the terminals of 0.6 Nm will not
be exceeded. The patented snap-on system makes it easy to remove the device from the rail
by simply pushing the housing upwards until it disengages.

12. Indicators

Indicator
Green "BUS OK" LED
Mechanical operating lever

13. Guarantee

All professionally installed, unaltered devices are covere d by warranty during the statutory
guarantee from the day of purchase by the end user. The guarantee is not applicable to dam-
age incurred during transport or caused by short-circuit or overloading. In the event of defects
in workmanship or material, which are discovered within the guarantee period, the company
will provide a replacement free of charge. The guarantee will be rendered null and void if the
device is opened or tampered with.

14. Technical Data

Dupline
Operating Voltage
Relay outputs
3931227/2013.05/G - The right to make technical changes reserved!
6
Description
Dupline bus: Off: bus fault / On: bus OK
Switching relays 1..4:
Up: Relay closed / Down: Relay open
Current input
Input channels 4 acknowledge inputs (channels 5..8)
Output channels 4 output switching signals (channels 1..4)
Rated operating voltage
Current input
Ripple voltage
Type All-or-nothing relay
Terminal
Phase input relay K3
3.1
Output relay K3
3.5
4.1 Phase input relay K4
4.5 Output relay K4
Dupline signal conductor + (D+)
1.7
+24 VDC operating voltage
1.8
Description
Min.
150 µA
21.5 VDC 24 VDC
30 mA 35 mA
Description
Typ. Max.
26.5 VDC
130 mA
100 mV
pp