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WEINZIERL ENGINEERING GmbH 

EN 

2013-08-14 

Page 1/4 

 

KNX RF/TP Coupler 670 

Bidirectional gateway between KNX-RF and the KNX-bus 

Installation and operating manual 

 

 

Fig. 1: KNX RF/TP Coupler 670 

Application 

 

The  KNX  RF/TP  Coupler  670  connects  wireless  KNX  de-
vices (KNX-RF) with the KNX bus (KNX TP). The commu-
nication is bidirectional, allowing the state-feedback. This, 
for  example,  also  allows  the  switching  of  wired  actuators 
via  a  wireless  radio  switch  or  the  switching  of  a  wireless 
actuator  via  a  wired  switch.  In  addition  the WaveLink  can 
act as a radio transmitter. 
 
The  KNX  RF/TP  Coupler  670  comes  with  24  channels. 
Each  channel  can  be  assigned  to  one  of  the  following 
functions: 

*

 

As receiver (actuator) 

-

 

Switch 

-

 

Dim 

-

 

Blinds 

-

 

LED-display 

-

 

Temperature sensor 

*

 

As transmitter (sensor) 

-

 

Switch 

-

 

Switch with scene 

-

 

Dim with scene 

-

 

Blinds with scene 

-

 

LED-display 

 
In addition, every channel which is configured as receiver 
forward  the  battery  status  of  the  connected  wireless  de-
vices on the bus. Here, the “battery low” status of the radio 
device can only be set “0” to “1” by the radio device itself. 
A reset of the status to “0” has to be made from the KNX 
bus side. 

Installation and connection 

 

The  KNX  RF/TP  Coupler  670  is  supplied  in  a  surface 
mounted housing. For activation, just connect the gateway 
to the KNX bus. 
When  selecting  the  mounting  location  for  the  WaveLink 
you  have  to  consider  the  position  and  the  range  of  the 

KNX-RF  devices  which  have  to  be  associated  with  the 
WaveLink.  You  should  avoid  shielding  objects  (eg  metal 
cabinets)  or  jamming  objects  (eg  computers,  electronic 
transformers, ballasts …) close to the WaveLink. 

 

Fig. 2: KNX RF/TP Coupler 670 open 

 

The device is connected to the KNX bus by using the bus 
terminal.  The  polarity  of  the  bus  terminal  has  to  be 
considered  (s.  inscription  on  circuit  board).  The  power 
supply of the device is exclusively on the bus. 

Initial state 

 

A  new  WaveLink  has  the  physical  address  of  15.15.255. 
There  are  no  preset  group  addresses  and  connections  to 
KNX-RF devices. 

 

 

 

Fig. 3: Device with top open 

 

To program the physical address (KNX) on the ETS, press 
the  programming  key  („KNX  Prog“).  This  causes  the  red 

LED to light up. The LED goes out as soon as the device 
has received its physical address. The group address and 
parameter settings can then be programmed. 

Summary of Contents for KNX RF/TP Coupler 670

Page 1: ... set 0 to 1 by the radio device itself A reset of the status to 0 has to be made from the KNX bus side Installation and connection The KNX RF TP Coupler 670 is supplied in a surface mounted housing For activation just connect the gateway to the KNX bus When selecting the mounting location for the WaveLink you have to consider the position and the range of the KNX RF devices which have to be associ...

Page 2: ...es simultaneously By a simultaneously long key press of left and right button Activ Add and Exit Del in learn mode all allocated device links of the active channel will be deleted To avoid inconsistency within the KNX installation you have to de lete the links of the RF devices also s manual of KNX RF devices If you reprogram an already linked KNX RF TP Coupler 670 by ETS only the links of channel...

Page 3: ...ry low 1 002 EIS 1 1 Bit Receiver Temperature sensor The following communication objects are provided on KNX bus side Comm object Type KNX Size Channel Temperature outdoor 9 001 EIS 5 2 Bytes Channel Temperature indoor 9 001 EIS 5 2 Bytes On activation of parameter Battery low the following communication object is added to the channel Comm object Type KNX Size Channel Battery low 1 002 EIS 1 1 Bit...

Page 4: ...heir meanings Symbol Meaning Channel not used 1 24 Channel number alternating channel config uration S Channel to link a sensor channel config A Channel to link an actuator channel config EE Error in linking process PS Sensor linking process PA Actuator linking process ES Deleting sensor link EA Deleting actuator link E Deleting all links of one channel FU Channel full no further connections possi...

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