Explosion Proof 450 Watt I-Beam Mount High Bay LED Fixture With Aluminum Bracket Class 1 Division 1 3d model
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Explosion Proof 450 Watt I-Beam Mount High Bay LED Fixture With Aluminum Bracket Class 1 Division 1

Explosion Proof 450 Watt I-Beam Mount High Bay LED Fixture With Aluminum Bracket Class 1 Division 1

by GrabCAD
Last crawled date: 1 year, 11 months ago
http://www.larsonelectronics.com/p-71507-explosion-proof-450-watt-i-beam-mount-high-bay-led-fixture-with-aluminum-bracket-class-1-division-1.aspx

The Larson Electronics EPL-IBM-FA-3X150LED-RT Explosion Proof I-Beam mount light fixture provides operators with a powerful and energy efficient alternative to traditional hazardous location luminaries. LED technology and compact design makes this lamp an excellent replacement upgrade option for bulky and high maintenance cost older fixtures. This fixture is designed for mounting to high bay and wall I-beams.

This Class 1 Division 1 & 2, Class 2 Division 1 & 2 explosion proof light fixture provides 37,500 of high quality light while drawing only 450 watts. The copper free aluminum alloy body is powder coated for added durability and an attractive aesthetic appearance while the heavy duty aluminum guard and wire mesh protects the fixture from potential damage. Special heat dissipating design in conjunction with LED technology helps this fixture to achieve an excellent 60,000 hour rated lifespan with 80% lumen retention. LED technology and compact design makes this lamp an excellent replacement upgrade option for bulky and high maintenance cost older incandescent, metal halide and high pressure sodium lights.

The explosion proof LED light head in this unit features multiple LED drivers which help increase the operational life of the fixture. With traditional LED lights, in the event that an LED array or driver fails, the entire fixture no longer illuminates. This new series of LED work lamps by Larson Electronics contains thirty-six individual LED boards configured in a series of banks. Each bank contains two LED boards with an individual driver. In the event a driver fails, only one bank of LEDs will be effected while the other banks will continue to operate. In the event that of an LED failure, the mating LED will continue to operate.

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