The Forum Lighting Kinetic RF Receiver 1 Channel Smart On/Off provides simple, reliable wireless control for lighting circuits, making it ideal for upgrades, retrofits and new installations. Designed for fast integration with Forum Kinetic transmitters, it enables effortless switching without the need for traditional wiring or chasing walls.
Installer-Friendly Design for Fast, Clean Fitting
Built with the trade in mind, this compact RF receiver features quick-fit connectors and Wago-style wire restraints, allowing electricians to complete terminations rapidly and securely. An integrated junction point is included for the earth wire, ensuring neat cable management and compliance on site.
Reliable Performance for Everyday Use
Supporting loads up to 10A / 1000W LED, the receiver is suitable for a wide range of residential and light commercial applications. Once installed, it delivers dependable on/off control via the Kinetic wireless ecosystem, offering smooth operation with no batteries, no mains power to the switch and no maintenance.
Key features of the Forum Lighting Kinetic RF Receiver 1 Channel Smart On/Off:
- 1-channel RF receiver compatible with Forum Kinetic wireless switches.
- Quick-fit connectors enable rapid installation for trade professionals.
- Wago-style wire restraints provide secure, tidy terminations.
- Includes junction point for earth connection where required.
- Supports loads up to 10A / 1000W LED for flexible circuit control.
- Ideal for retrofits, upgrades and locations where running switch wire is difficult.
- Reliable smart on/off control with no batteries or pairing complications.
- Compact design fits easily into ceiling voids, back boxes or junction areas.
- Height: 80mm
- Width: 39mm
- Depth: 22mm
View all Sockets and Switches
View all Forum Lighting
If you just need some help, would like to take advantage of our Price Promise or perhaps have a large order to place give our team of professionals a call on 0203 994 5470, drop us an email at sales@electricpoint.com or use our Contact Form.