RF RGB+CCT Control System


Skydance wireless RGB+CCT series includes 5 channels controller, remote control, panel remote. Through product different collocation to achieve light on/off control, color temperature&brightness adjustment, static color, dynamic effect,group partition, scene, timing, sensor and other intelligent control functions.

1. The RGB+CCT (5 channel) controller can be matched with all remote controls (including hand-held remote, panel remote), RGB+ color temperature (5 channels) can be controlled, and RGB(3 channels) and color temperature (2 channels) can be connected respectively.

2. Adopt 2.4G wireless technology, the remote control distance is 30 meters, the controller has the cascade function, through the signal forwarding between the controllers can reach hundreds of meters of control distance.

3. One controller can be matched with up to 10 remote controls. A controller can match in the same remote control of different zones, to achieve flexible grouping function.

4. A remote control can control single or multiple zones, each zone can be matched with an infinite number of controllers.

5. All controllers on the same zone are automatically synchronized.

6. The RGB+CCT series includes 5 channel constant voltage controller, RGB+CCT remote control, RGB+CCT panel, WiFi-RF converter and 5 channel power repeater, etc.


About Us
Company Profile
Company News
Certificates
OEM/ODM
FAQs
Products
RF DIM System
RF CCT System
RF RGB System
DMX512 Series
0/1-10V Series
AC Triac RF Series
WiFi/RF Products
More ……
Project Case
Project case
Get in Touch
Leave Message
Location
Download
E-catalog2023

 © 2018 Guangzhou Skydance Co., Ltd. All rights reserved.

Links: Baidu | Google | Sina | 163 |

All logos, photographs,brand names, product names and trademarks in this site are the property of their respective owners.The author desires, in all publications, to respect the copyright of any graphics,texts or other files which may be utilized. Any duplication or utilization of such graphics,texts or other files in other electronic or printed publications, without the explicit consent of the author, is strictly prohibited.

follow us :
contact us