UFO high bay with microwave sensor

  The industrial LED UFO high bay light offers several industry-standard mounting options allowing the product to be positioned for upgrade opportunities or new installations in a wide range of industrial applications. High Heat Dissipation High Bay Light provides direct uniform white light that enhances interior aisles and displays, making it an ideal choice for retail and commercial applications. A highly-efficient optical design, advective holes and grooves in each fin, integrating with an high light reflectivity reflectors results in a quality of light with precise control and color-mixing.

  The indoor high bay occupancy sensor light is designed to deliver high lumen packages with microwave control to illuminate the most challenging applications and meet with different demands of lighting solution. Tuya Technology can be used in conjunction with MORSTAR wireless lighting control system to control fixtures. Besides , lightweight construction and optional mounting make installations near effortless. Ideal for industrial, retail, manufacturing, warehouse, grocery and gymnasium applications.

  Morstar is a trusted,global company with a keen insight into the market. We konw lighting and provide products with excellent quality, reliability and functionality.

Features of IP65 waterproof rating high bay light

1.Fin design, each fin has convection holes and grooves, which is conducive to heat dissipation;

2. Wide input voltage range AC100-277V (1-10V light);

3. Professional light distribution technology, high light reflector, 110 beam angle available; The pass rate of the lens is more than 90%;

4. Light weight and small size, saving about half of the freight.

5. Microwave sensor is available

Specifiction of High bay with good heat dissipation

Application of warehouse UFO fluorescent highbay light

-Installed in the warehouse & factory to improve lighting and brightness

-Suitable for gymnasiums, soft light perception helps sports

-Create a cohesive look in exhibition room