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SIO-DR

2019-04

WN 059731 45532

dormakaba Mounting instructions

Mounting

X400

+24 V DC

GND

DCW® bus

X502

GND
GND
+24 V DC
+24 V DC

Output for external loads 
(max. 1A, depending on the power supply)

X507

GND
GND
+24 V DC
+24 V DC

Output for external loads 
(max. 1A, depending on the power supply)

X500

Out 1

 

Out 2

Contact load capacity: 24 V, 1 A 

Contact load capacity:  24 V, 1 A

Pre-alarm (door open)

Main alarm (door open)

Parameterizable 
via TMS Soft®.
For multi-door 
systems
Out 1 to Out 4 are 
assigned to the
corresponding 
door addresses 1 
to 4.

X504

Out 3

 

Out 4

Contact load capacity: 24 V, 1 A

Contact load capacity: 24 V, 1 A

Emergency button 
pressed

Locked

X506

In 1

In 2

Optocoupler 5-28 V AC/DC 

Optocoupler 5-28 V AC/DC 

Temporary unlocking Ü1

Long-term unlocking Ü1

Parameterizable 
via TMS Soft®.
In multi-door 
systems In 1 to In 
4 are assigned to 
the corresponding
door addresses 1 
to 4.

X510

In 3

In 4

Optocoupler 5-28 V AC/DC

Optocoupler 5-28 V AC/DC 

Permanent unlocking

Lock

Address

Switch

ON

1

0

 2

1

2
3
4

0

1

0

1

0
0

1
1

DCW® DIP switch   

If several SIO-DR modules are connected via the DCW® bus, assign different DCW® bus 
addresses to the SIO-DR modules.

Summary of Contents for SIO-DR

Page 1: ...efore touching a component 2 Safety 2 1 Intended use The SIO DR module is used to connect analog switch contacts to the dormakaba system bus Messages are output via contacts or control signals are read in 2 2 Personnel qualification Mounting may only be carried out by persons authorized by dormakaba 3 Product description The SIO DR module is a DCW component Status messages are output potential fre...

Page 2: ...ormation Supply voltage 24 V DC 15 Power consumption Quiescent current Relay For each active relay the current consumption increases by approx 11 mA 7 mA Relay 1 active 18 mA Relay 1 2 active 29 mA Relay 1 2 3 active 40 mA Relay 1 2 3 4 active 51 mA Ambient temperature 10 C to 55 C Rel humidity up to 93 non condensing Protection class dependent on the housing used Inputs In 1 to In 4 optocoupler C...

Page 3: ... 4 are assigned to the corresponding door addresses 1 to 4 X504 Out 3 Out 4 Contact load capacity 24 V 1 A Contact load capacity 24 V 1 A Emergency button pressed Locked X506 In 1 In 2 Optocoupler 5 28 V AC DC Optocoupler 5 28 V AC DC Temporary unlocking Ü1 Long term unlocking Ü1 Parameterizable via TMS Soft In multi door systems In 1 to In 4 are assigned to the corresponding door addresses 1 to 4...

Page 4: ...osal Disassembly is carried out in the reverse order of mounting and must be carried out by qualified personnel The product must be disposed of in an environmentally friendly manner Electro technical parts and batteries must not be disposed of as domestic waste Dispose of electrotechnical parts and batteries in the designated acceptance and collection points Refer to the statutory regulations for ...

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