New Delhi, : GlacialLight, a division of the Taiwanese technology 
In line with rest of the models in the Capella Series, the GL-DL04DA lights are slim, sleek, and fashionable circular light-weight fixtures. As an all‐in‐one lighting solution, the GL-DL04DA provides for effortless installation. Further, energy-efficiency and simple maintenance makes this down light a quick and easy money-saving replacement for traditional lighting.
Its compact size makes the GlacialLight GL-DL04DA an ideal choice of a down light for almost all indoor applications, including commercial lighting, office, hotel, restaurant, shopping mall, and households. With a color rendering index (CRI) of up to 80, this down light is especially suitable for residential, retail and food outlet lighting.
This down light satisfies a very wide variety of general lighting applications thanks to its optimum 120° beam angle. With its bundled dimmable driver, the GL-DL04DA is suitable for a wide range of input voltages, making it an effective solution for almost all worldwide locations.
The users can choose from three different GL-DL04DA options, each with a different color temperature, to suit their applications’ requirements: the GL-DL04DA-WW with a color temperature of 3000K (Warm White), the GL-DL04DA-NW with a color temperature of 4000K (Neutral White), and the GL-DL04DA-CW with a color temperature of 6000K (Cool White).
GlacialLight has designed the GL-DL04DA LED down light, with environmental protection in mind, to be RoHS compliant. In addition, this down light does not contain hazardous chemicals such as mercury, and does not emit harmful UV or IR rays, making it far more eco‐friendly than lighting fixtures based on older technologies.
GlacialLight is excited to expand the Capella Series with the dimmable GL-DL04DA LED down light.
Product Highlights of GL-DL04DA LED Down Light Series
l For indoor applications
l All-in-one bulb and fixture
l 1-10V/PWM/Resistor dimmable
l Slim, compact and fashionable design
l Very low power consumption
l No UV or IR radiation
