Magnalight Announces Release of 150 Watt Hazardous Location LED Tripod Light
Larson Electronics' Magnalight.com announced today the release of a 150 watt LED light for hazardous locations that incorporates a single LED light fixture and versatile tripod mounting for convenient and powerful illumination of work areas. Designed to operate in wet areas and stand up to the rigors of the industrial workspace, the HAL-TP-1x150LED-100 tripod mounted LED light is approved Class 1 Division 2, and is an ideal alternative to hot running and less durable 400 watt metal halide tripod mounted lights.
The HAL-TP-1X150LED-100 Tripod Mounted LED Light from Magnalight.com is designed to provide a powerful alternative to hot running and less durable 400 watt metal halide lights and produces 14,790 lumens of clean white light while using only 400 watts of power. Approved for, Class 1 Division 2 hazardous locations this tripod mounted LED light is suitable for use in wet areas and resists the effects of rust and corrosion with an aluminum lamp housing finished in a bronze powder coat, stainless steel hardware, and a tripod constructed of copper free and corrosion resistant aluminum. This portable LED light tower is extremely versatile and offers a host of features including folding tripod legs and solid rubber wheels for easy tower deployment and placement, three foot to eight foot height adjustment, a fully adjustable light head, 100 feet of SOOW cord for long placement range, and easy tool free disassembly and reassembly for passing the unit through tight entryways. The LED design of the lamp assembly provides cool operation and much greater durability than glass incandescent or metal halide work lamps. As well as greater durability, the LED lamp in this unit offers high efficiency and a total lumen output capable of covering 18,000 square feet of work area with high quality illumination while using less energy than standard lighting. A 50,000 hour LED operational life and 120-277 VAC voltage capability round out this LED lamps' advantages over standard lamps. This LED light tower is constructed of quality materials and uses CREE XLamp XPG to ensure the best LED performance possible. The HAL-TP-1X150LED-100 is ideal for use in marine locations, industrial settings, and anywhere a highly versatile and powerful alternative to fragile and short lived glass lamp based lighting is desired.
The HAL-TP-1X150LED-100 Tripod Mounted LED Light from Magnalight.com is designed to provide a powerful alternative to hot running and less durable 400 watt metal halide lights and produces 14,790 lumens of clean white light while using only 400 watts of power. Approved for, Class 1 Division 2 hazardous locations this tripod mounted LED light is suitable for use in wet areas and resists the effects of rust and corrosion with an aluminum lamp housing finished in a bronze powder coat, stainless steel hardware, and a tripod constructed of copper free and corrosion resistant aluminum. This portable LED light tower is extremely versatile and offers a host of features including folding tripod legs and solid rubber wheels for easy tower deployment and placement, three foot to eight foot height adjustment, a fully adjustable light head, 100 feet of SOOW cord for long placement range, and easy tool free disassembly and reassembly for passing the unit through tight entryways. The LED design of the lamp assembly provides cool operation and much greater durability than glass incandescent or metal halide work lamps. As well as greater durability, the LED lamp in this unit offers high efficiency and a total lumen output capable of covering 18,000 square feet of work area with high quality illumination while using less energy than standard lighting. A 50,000 hour LED operational life and 120-277 VAC voltage capability round out this LED lamps' advantages over standard lamps. This LED light tower is constructed of quality materials and uses CREE XLamp XPG to ensure the best LED performance possible. The HAL-TP-1X150LED-100 is ideal for use in marine locations, industrial settings, and anywhere a highly versatile and powerful alternative to fragile and short lived glass lamp based lighting is desired.
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