Light Efficient Design is dedicated to providing the type of products that you demand. Proper certifications, such as M79, Lighting Facts, UL and ultimately Energy Star, are top priorities for Light Efficient Design. These labels instill confidence in the quality of their products. More and more of their products carry certifications, and ultimately most will be certified. Some Light Efficient Design products, in what we believe to be one of the broadest assortment of LED lights anywhere, might appear to be similar to many competitors products but we can assure you that the intrinsics, which you cannot see, have been designed to give you the performance and longevity that you expect from LED products, but do not always get in this vast unknown supplier industry.
Light Efficient Design's LED-8090M345D-G4-HV is a fully encapsulated retrofit bulb with a Type V beam angle, suitable for enclosed post top, shoe box, and typical HID fixtures. Consuming just 110 watts of energy and operating at 277-480 volts and 60 Hz, it provides a comparable light output to a 400 watt MH or HPS bulb. Available in selectable color temperatures of warm white, cool white, and daylight options, with a CRI of 80 and an average rated life of up to 50,000 hours, this LED bulb offers 14500-15700 Lumens of light output. Dimmable to 50% with a switch on the lamp, and a rotatable base, you get the light you need where you need. It has an aluminum/acrylic construction and a screw-in EX39 Mogul base for easy integration into standard site, roadway, or wall pack lighting. Measuring 11.4 inches long and 4.3 inches wide, this retrofit carries a 5-year limited warranty.
The LED-8090M345D-G4-HV, DLC listed 110 watt LED retrofit lamp has been designed to retrofit existing Metal Halide or HPS installations, thereby reducing maintenance and energy expenditures in residential, commercial, retail displays, hotel, motel and resort applications and as an energy saving light source for new fixtures and installations. Please NOTE: When retrofitting LED to an HID fixture, the ballast must be by-passed or removed from the fixture. Additionally, by-passing the ballast will insure no RFI interference.
