FW-LED2D F&F dual channel 12V DC LED driver

Features of the module

* 12V DC dual channel LED driver;
* Cooperation with F&Wave remote control transmitters;
* Controllable from up to 8 transmitters;
* Two local control inputs - possibility to directly control lighting with any monostable buttons (e.g. bell buttons);
* Possibility to control 12 V LED strips, dimmable 12 V LED bulbs;
* Soft start - smooth switching on/off of lighting;
* Compact housing - one field in the switchboard;
* Retransmission of commands from the transmitter - possibility to increase the range of remote control;
* Low power consumption - low operating cost;
* Built-in electronic thermal protection to prevent damage if the dimmer is overloaded.

F&Wave system

This is a proposal for All who want to increase the comfort of life.

F&Wave is an easy to install and extremely simple to use system for wireless control of everyday devices. It allows you to remotely control lighting, smoothly adjust the brightness of lighting, control roller blinds, shutters, awnings, entrance and garage doors and other devices in the house.
Thanks to the simplicity of installation and easy configuration of system components, F&Wave fits perfectly into the DIY concept. At the same time, it is inexpensive and efficient.
A unique feature of the F&Wave system is signal retransmission - any receiver that receives a control signal from a transmitter automatically transmits it further. This greatly increases the control range for receivers that are far enough from the transmitter to be out of range of the original signal.
The system consists of receivers - actuators. They are manufactured in a version for mounting in a Ø60 flush-mounted box or for mounting on a TH-35 rail (width of 1 module, i.e. 17.5 mm). In addition to receivers, there are also transmitters in the F&Wave system. These are handheld remote controls or devices for flush-mounted box.

Operating range
In open space without the presence of interfering factors, the range of radio-controlled devices oscillates within 100 m. In built-in conditions and in the presence of sources of interference (power lines, transmitters, etc.), the actual range may be shorter. The range can be improved by direct retransmission of modules that are in each other's range.