INSTRUCTIONS FOR EXPLOITATION
RF WIRELESS SELF-POWERED SWITCHES FOR
LIGHTING
•Single RF switch –art.№ RFWS1
•Double RF switch –art.№ RFWS2
•Receiver –art.№ RFWR1
By pressing the switch, energy converting module inside it
convert the mechanical energy into electric energy and then
send the RF signal. When signal comes to the receiver it
starts working.
ADVANTIGES
•No need of wiring;
•Self-powered switch;
•Easy installation;
TECHNICAL SPECIFICATIONS
DESCRIPTION
Note: Double switch RFWS2 is two single switches in a single
housing. Each button of the switch must be paired to a
receiver.
WIRING DIAGRAM
1. Mounting holes;
2. ON/ OFF and pairing button;
•Use the receiver with the rated supply voltage 220 -
240 V AC / 50 Hz.
•Do not attempt to disassemble, repair or modify the
switch / receiver.
•The receiver is used for lamp / light control only. Do
not overload –max.1000W (resistive load),
max.200W (reactive load).
Note: Before mounting the switch, please run a test:
•Must be installed by a technically qualified person.
•For your safety, switch off the power supply before
installation.
•Connect the receiver according wiring diagram.
•Pair switches and receivers.
•Put receiver and transmitter on installation places.
•Close all doors and windows when you test.
•If the receiver does not work, please see problems
and troubleshooting.
LEARN MODE
Switches RFWS1, RFWS2 and the receiver RFWR1 are sold
separately and un-paired.
1. Turn ON power supply. Long press button “2”on the
receiver for 5 seconds. Receiver enters learning
mode. If there is no operation within one minute, the
receiver exit learning mode.
2. Press the switch twice. Light will turn on after
successful pairing and receiver exit learning mode.
3. If the switch doesn’t control the lamp/ light or need
to add switches to receiver repeat steps 1 and 2.
4. Maximum of three transmitters can be paired to a
single receiver. Each switch must be paired
separately to the receiver.
5. One switch can control unlimited number of
receivers. It is necessary switch to be paired to each
receiver.
