Luxsystem RGBW Dynamic DALI uP Interior

by Hadler

The DALI uP RGBW Dynamic Interior illumination kit is a recent addition to Hadler’s Luxsystem. It combines the professional innovative DALI uP lighting control with elegant minimalistic RGBW linear LED luminaires. Very cost-effective, it features a m

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Specifications

General

Product Name
Luxsystem RGBW Dynamic DALI uP Interior
Manufacturer
Hadler

Product Type

Interior Lighting
Linear lighting

Product description

The DALI uP RGBW Dynamic Interior illumination kit is a recent addition to Hadler’s Luxsystem. It combines the professional innovative DALI uP lighting control with elegant minimalistic RGBW linear LED luminaires. Very cost-effective, it features a miniaturized simple to install and configure professional DALI lighting control system. The DALI uP lighting controller fits into most standard electrical light switches, and combined with RGBW LED luminaires it offers intuitive professional dynamic ambient lighting control. High-quality modular RGBW LED light sources provide light with colour temperatures ranging from warm white (2,700 K) to cool white (5,000 K) while maintain extremely high CRI values > 98. Lighting scenarios for museums, receptions, shops, hotels, restaurants, industrial, and circulation areas are swiftly and easily commissioned. An intuitive starter kit for professional commercial DALI applications will be available from the beginning of April 2018.
The kit consists of a DALI uP lighting controller and Luxsystem RGBW linear LED luminaires with integrated LED driver.
With the Luxsystem RGBW Dynamic DALI uP Interior illumination kit lighting planners will have an innovative solution providing extremely high CRI of >98 at colour temperatures ranging from 2,700 – 5,000 K. Entirely new possibilities for lighting design.
Additionally, the DALI uP lighting control system provides impressive flexibility where ambient lighting scenarios can be tuned to specific moods or desired accents regardless of spacial considerations as each luminaire is individually controllable.

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