LED Staircase Light Controller With Dual PIR Sensor For Running Water & RGB SPI Strips ES-D
LED Staircase Light Controller With Dual PIR Sensor For Running Water & RGB SPI Strips ES-D
G.W.S. LED Store
53 Summer Lane
Birmingham B19 3TH
United Kingdom
- Dual Sensor Inputs with Daylight Detection - Supports both dual PIR sensors and dual push button inputs, offering flexible activation methods. A built-in daylight sensor enhances energy efficiency by preventing activation when ambient light is sufficient.
- Customisable Staircase Lighting Modes - Offers four output modes - Colour Flow, White Flow, Colour Step, and White Step - designed specifically for staircases and multi-level spaces, providing dynamic and elegant lighting effects.
- SPI Output with Broad IC Compatibility - Equipped with two SPI (TTL) signal outputs, capable of driving 28 types of RGB or white LED ICs (including pixel/SPI strips). Fully customisable IC type and R/G/B order ensure seamless integration with a wide range of LED strips.
- Scene Sequencing and Personalised Effects - Supports sequential switching control when using multiple SPI controllers with a self-resetting push switch. Offers adjustable colour, mode, speed, and brightness settings for fluid lighting effects such as running water and other animated transitions.
- Flexible Control Options - Compatible with 2.4G RF remote controls (single- or multi-zone) for added convenience and wireless lighting management.
Add Compatible Remote Control
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SPI Remote & Controller
Wireless RF 2.4GHz
All remote and controllers that have wireless RF 2.4GHz built-in can be paired and communicates with one another. Typically, a single controller can pick up the signal from a remote within a range of 30 metres. If there are 2 controllers within the parameter of each other the signal range from a single remote would then increases to 60 metres, as each controller has an auto-transmitting function, hence, if more controllers are in use, then the signal can increase to more than 100 metres.
When multiple controllers are in use, they can carry out auto-synchronisation functions where they can be controlled by a single remote to perform a dynamic mode at the same response speed. While using a multizone remote allows individual control of multiple controllers.
A single wireless RF 2.4GHz can be paired to an unlimited number of controllers allowing a single remote to control multiple rooms or areas. While a single controller can be paired with up to 10 remotes. This overall, will give a greater flexibility in the controls of multizone controls.