T5 Rated Fixture Joins Growing Portfolio of LED Lighting Products for Hazardous Location Applications, Delivers 79 Lumens per Watt to Replace up to 250W HID

With a low T5 temperature rating and available in 180 degree forward-throw or 360 degree optics, the new Class I Div 2 Area Light offers a wide range of applications with exceptional energy efficiency. Drawing just 70 watts to deliver 5,500 lumens, the SafeSite Series luminaire is designed to replace up to 250-watt HID light sources with a lighter weight and more compact illumination source. Operating voltage range of 100-277VAC and a wide assortment of mounting options offer flexible installation and easy changeout from existing fixtures.

The solid-state fixture is highly resistant to shock and vibration with a polycarbonate lens and a rugged epoxy polyester finish for superior durability in corrosive environments, long-lasting aesthetics and performance. A CRI greater than 70 delivers exceptional visibility for improved safety in harsh environments, and the certified Area Light is available in both cool white and neutral white CCT options. Backed by Dialight’s five-year, full performance warranty, the new SafeSite Class I Div 2 Area Light offers up to 10 years of worry-free , maintenance-free performance, even at operating temperatures from -40°F to +149°F.

“We are very pleased to offer this latest addition to our hazardous location-certified portfolio that’s now the largest in the industry,” said Roy Burton, Dialight’s Group Chief Executive. “Our fixtures are now installed with every major oil and gas provider in the world, and we intend to continue meeting the industry’s needs with the most advanced, efficient and reliable illumination products on the market.”

In addition to the new Class I Div 2 certification, the SafeSite Series LED Area Light is also available in Class I Div 1 (Groups B, C and D) and Class II Div 1 (Groups E, F and G) classified versions, and the fixture meets the specifications of CSA 22.2 No. 137-M7981 with IP66 and NEMA 4X pending.