RGB(W) controller RF + Wi-Fi

The RGB(W) controller RF + Wi-Fi is designed to control 12 to 36 Vdc LED strips (common anode). Depending on the voltage of the LED strip, the controller has a maximum capacity of 50 to 150 W per channel. For 12 Vdc LED strips, the capacity is 50 W per channel, for 24 Vdc LED strips it is 100 W and for 36 Vdc LED strips it is 150 W.

The controller is equipped with its own Wi-Fi network (Niko RGB) or can be linked to the existing Wi-Fi network (home network) via the settings menu in the Color Control Niko application. With this application, you create a central, user-friendly control on your smartphone for RGB, RGBW or tunable white LED strips. Consult Chapter 4 for more information about the application.

The controller automatically recognises which LED strips – RGB, RGBW or tunable white – you have connected. For automatic detection, the LED strip must be a minimum of 30 cm long.

An RGB(W) controller RF + Wi-Fi can be operated by a maximum of ten wireless RGB(W) wall controls (1XX-90001). If you add more than ten RGB(W) wall controls to the installation, the first wall control (in the sequence in which you programmed them) will be erased from the controller.

Each RGB(W) wall control can operate a maximum of ten RGB(W) controllers RF + Wi-Fi simultaneously. In this case, you must set the controllers in a master-secondary configuration so that all lighting reacts completely synchronously. You connect a maximum of one master and four secondary controllers to one wall control.

• frequenty band: 868,0 – 868,6MHz
• maximum power output: -7,45 dBm

RGB(W) controller RF + Wi-Fi

The RGB(W) controller RF + Wi-Fi is designed to control 12 to 36 Vdc LED strips (common anode). Depending on the voltage of the LED strip, the controller has a maximum capacity of 50 to 150 W per channel. For 12 Vdc LED strips, the capacity is 50 W per channel, for 24 Vdc LED strips it is 100 W and for 36 Vdc LED strips it is 150 W.

The controller is equipped with its own Wi-Fi network (Niko RGB) or can be linked to the existing Wi-Fi network (home network) via the settings menu in the Color Control Niko application. With this application, you create a central, user-friendly control on your smartphone for RGB, RGBW or tunable white LED strips. Consult Chapter 4 for more information about the application.

The controller automatically recognises which LED strips – RGB, RGBW or tunable white – you have connected. For automatic detection, the LED strip must be a minimum of 30 cm long.

An RGB(W) controller RF + Wi-Fi can be operated by a maximum of ten wireless RGB(W) wall controls (1XX-90001). If you add more than ten RGB(W) wall controls to the installation, the first wall control (in the sequence in which you programmed them) will be erased from the controller.

Each RGB(W) wall control can operate a maximum of ten RGB(W) controllers RF + Wi-Fi simultaneously. In this case, you must set the controllers in a master-secondary configuration so that all lighting reacts completely synchronously. You connect a maximum of one master and nine secondary controllers to one wall control.

The product is part of a radio frequency system (RF) as well as part of a Wi-Fi system, both of which are wireless installation techniques connecting the push buttons (control points) or the Color Control Niko application and the controller(s) to be operated. The remote or wireless control operates on the basis of signal transmission via radio waves at a frequency of 868 MHz. Only products that do not continuously transmit are permitted at this frequency. As a result, the chance of interference is minimal. The wireless system is therefore excellently suited to specific applications, such as the renovation of classified interiors and the expansion of existing electrical installations (where drilling or channelling is not possible).

The operation of devices with a remote control, such as a TV or video and audio devices, is not disrupted by the RGB(W) wall control. The indoor detection range is approximately 30 m. In open spaces, a detection range of 100 m is attained. The transmission range of the RGB(W) wall control depends on the materials used in the residence. Figure 1 shows the quality loss of the transmission range depending on the materials used.

• Marking: CE