Product Description
The Rako RLED150CV1 wireless Single channel 150w Dimmer is a compact single channel 150W constant voltage LED dimmer with in-built RF receiver and Rako processor for control of single channel constant voltage LED tape light.
£255.60 (incl. VAT)
£262.80 (Inc. VAT)
£219.00 (Exc. VAT)
In Stock
The Rako RLED150CV1 wireless Single channel 150w Dimmer is a compact single channel 150W constant voltage LED dimmer with in-built RF receiver and Rako processor for control of single channel constant voltage LED tape light.
The Rako RLED150CV1 is programmed using either a RCM/RCP RF wallplate or the RASOFT PC software suite, the unit stores the house, room and channel address plus 16 preset scene levels in non volatile memory. The RLED150CV1 dimmer can be controlled from any Rako transmitter such as RCM/RCP wallplates, RAH hand helds and Bridge modules and forms the foundation of any Rako scene-set system. For more information on dimming LEDs refer to Rako’s application sheet ‘Controlling LED Lighting With Rako Dimmers and Modules’.
The Rako RLED150CV1 wireless Single channel 150w Dimmer is a compact single channel 150W constant voltage LED dimmer with in-built RF receiver and Rako processor for control of single channel constant voltage LED tape light.
The Rako WLED75CV1 is a wired 75W constant voltage LED dimmer designed for use with single channel constant voltage LED fittings and single channel LED tape light. Maximum wattage of 75W for 12V d.c. fittings or 150w for 24V d.c. fittings. Requires a suitable external d.c. power supply (normally the power supply that would be supplied with the fitting for a non-dimming application).
Controlled from any Rako Wired device, e.g. WCM, WAPIR or from wireless devices via a WA/WTC-Bridge or WRB100.
Rako WP-EOS-6 in Satin Chrome 6-Button wired EOS wall plate controller connects to the RAKOM wired CAT5 network and is preconfigured with 3 scenes, off and master raise and lower buttons.
The RNC wireless push button wall plate controller with 4 scenes, off and master raise and lower buttons. Customisable and programmable via NFC (Near Field Communication).
The RNC-100, 10 button control module is programmable via Rako’s patented NFC (Near Field Communication) technology allowing each of the buttons to trigger a single or multiple commands. Each input is fully customisable, can be addressed to separate Rako Rooms or Channels and activate on press, or release which gives a ‘Press and Hold’ function.
The Rako WMT-400 is a pluggable trailing edge dimmer module to be used with the RAK8-MB. The Rako WMT-400 unit is plugged directly into one of the slots on the RAK8- MB.
The WMT-400 can be used in combination with any of the other modules compatible with the RAK8 allowing for greater flexibility during both specification and installation. Trailing edge dimming technology gives smooth quiet dimming of electronic transformer fed loads and maximises dimming performance of most GU10 and other LED fittings.
The RAKO WK-PIR is a Ceiling mounted occupancy sensor with built in smart, time conditional features and light sensing.
The WK-PIR motion detector allows Rako wired commands to be transmitted automatically when sensing movement. Providing a highly sensitive motion detection over a large area.
Presented in a discrete and aesthetically improved design, a 48mm diameter ceiling cutout is required. For mounting, it is held in place with internal metal clips, no fixing screws are required.
CyberSelect now offer a Rako Pre-Programming Service for Rako Lighting Control modules purchased from CyberSelect.
We have an experienced installation team, who complete installs every week. These installations range from larger complex lighting systems, integrated lighting within a Smart Home, to small and simple Rako Lighting Control both Wired Systems and Wireless Systems working seamlessly together. They can assist with pre-programming of your modules for your Rako Lighting Control and Home Automation System.
The RCM070 push button control module comes pre-configured for selecting 4 scenes, off and master raise & lower. The wall plate controllers are designed to be mounted anywhere, be it flush mounting to UK back-boxes or simply surface mounted to any flat surface using the pattress provided. It is also suitable for all switch accessory plates that use a 50x50mm grid and cover plate arrangement
The Rako RACUB is a compact dual relay RF switching module. Ideal for integrating motorised curtains, blinds and projector screens with the lighting control system. Controlled from any Rako Rakom RF device, for example the RPS030 /060 or RCM030 / 060 three or six button RF wall plates.
The new Rako Modular range controller pads, RK-MOD-xx and WK-MOD-xxx require a Modular range Cover Plate to complete the installation. The Rako Modular range Cover Plates are available in seven heritage finishes.
A compact 800VA RF dimmer for 1-10V, DALI and DSI controllable loads. Connected in-line before the first lighting fitting the RMS800 enables switching of up to 800VA of 0-10V, DALI and DSI controllable loads such as LED drivers and dimmable fluorescent ballasts. Controlled from any Rako Rakom RF device, for example the RCP/RCM push button RF wall-plates.
The Rako RAMPI USB Programming Interface is designed to operate with the Rako Rasoft Pro programming software the RAMPI allows easy programming of a wireless Rako system. The RAMPI also supports NFC (Near Field Communication) programming of Rako’s NFC devices such as the RNC control panels and RCI interface modules.
The Rako RMT-PILL is designed to offer flexible control and fits in to a standard UK or European back-box. A compact 250W RF dimmer designed to be located in a standard UK or European backbox. The RMT-Pill can be used either with or without a neutral allowing it to be used with dedicated wiring or retrofit into a standard wiring situation. Trailing edge technology for quiet reliable dimming of any non-inductive load when used with a neutral or tungsten GLS and tungsten halogen GU10 style lamps when used without. Controlled from any Rako Rakom device or simple contact closure input using a momentary push switch.