New SafeSite® Class I, Div 2 LED High Bay Leverages Touch Screen and Wireless Technology for Maximum Control and Lighting Efficiency

Farmingdale, NJ (May 8, 2014) - Dialight (LSE: DIA.L), the innovative global leader in LED lighting technology, today introduced the world's first Class I Div 2 certified LED lighting system featuring advanced integrated wireless controls. The new SafeSite® High Bay with Wireless Control system offers a simple and secure touch-screen management interface that provides maximum lighting control and energy efficiency for both indoor and outdoor hazardous applications, such as refineries, drilling platforms, chemical and power generation facilities.

The system combines Dialight SafeSite LED technology with a powerful yet simple-to-use touchscreen wall controller that is ETL certified to UL standards.  Up to 100 fixtures can be networked onto a single controller and banked by aisle, room or other configurations for zonal control. By implementing the system, facilities can eliminate the need to keep lights burning 24/7 to avoid the lengthy warm-up period and wear-and-tear of repeated on/off operation on conventional fixtures. Facilities also gain independent control of lights, including those that are tied to circuits and switches for other equipment.

"This system is the culmination of Dialight's industry-leading legacy of integrating LED and control technology to provide the most advanced and most efficient lighting solution of its kind," said Roy Burton, Dialight's Group Chief Executive. "Our non-hazardous DuroSite version has already been extremely successful for leading auto and food manufacturers. Now we're expanding our portfolio to offer this next-generation technology for hazloc applications."

The intuitive wall controller provides full control over all networked fixtures with:

• manual and remote on/off and dimming capability,

• fully automatic scheduling for on/off and dimming, including the ability to set daily profiles for a truly customized lighting program,

• integrated occupancy sensors to automatically override scheduled off or dim state when someone enters the area,

• ambient light sensors to harvest daylight, automatically dimming the fixtures when light through windows or skylights provide sufficient illumination,

• remote access via any Wi-Fi enabled device (laptop, tablet or smartphone) for complete management and monitoring from anywhere.
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