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Siemens
RDG400KN,RGD405KN Basic documentation
CE1P3192en
Building Technologies
2017-02-17
- DIP switch 4 is used to change output of Y10 from DC 0...10 V to DC 10...0 V
- DIP switch 5 is used to change the valve output from On/Off to 3-position
3.4.1 Applications with supply and extract air
Applications with supply and extract air can be realized in the following ways:
∂
Control signal from RDG.. and VAV air damper position (for primary air
optimization) are transmitted via KNX bus
∂
Communication settings (geographical zone, air distribution zone) of the RDG..
and the GDB..KN need to be set accordingly.
Reference see [18] and section 3.10.13.
∂
This application requires VAV compact controllers with KNX LTE-Mode
Master (supply air)
Slave (extract air)
∂
RDG.. output Y10 controls
both
VAV compact controllers for supply air and
extract air
∂
The current air damper position of
one
VAV compact controller is transmitted to
input U1 and via KNX for primary air optimization
∂
This application requires analog VAV compact controllers (noncommunicating)
Supply air
Extract air
Master/slave function
between the VAV
compact controllers for
supply and extract air
Parallel connection of
Y10 control signal and
air damper position
feedback via U1