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NF2 Ultra Mini Die-cast Series
The NF2 Series ultramini, LED emergency egress light fixture combines an ultracompact design with outstanding performance. At only 5” x 5” in width and height, and a 2” profile depth, this unit is the smallest emergency wallpack available. The contoured prismatic lens coupled with LED optics provides uniform elongated light output for your path of egress. This fixture provides exceptional light output and will minimize fixture counts in most applications.
The MI-50 delivers power to any fixture (any tech type) in emergency mode for 90 minutes at 50W. The MI Series is designed to function in conjunction with the existing building electrical system to provide back-up power protection and distribution for lighting loads and other critical loads in the event of utility power failure. The MI-50 can support one luminaire rated for 320W or multiple fixtures whose system wattage adds up to 320W in nominal operation. In the event of a power failure, all connected fixtures are powered at full output providing brighter illumination for a clear path of egress.
Engineered for strength and reliability with an aesthetically appealing, architectural look, the Champion EMW-LED is ideal for any commercial environment where emergency units are required. With its heavy-duty lens, superior circuitry, and gaskets to seal and protect the unit, the Champion EMW-LED braves the most adverse conditions from extreme weather and High-vandalism Locations to heavy industrial applications.
ELV-I Series Elevator Emergency Inverter, Indoor, Three Phase, Online
The ELV-I Series maintains efficient AC Emergency Power to operate all elevators, providing superior dependability and security to commercial/industrial environments in a small footprint. The ELV-I is made to handle elevators starting and stopping when batteries are the only source of power. The ELV-I is designed to absorb elevator regeneration energy when operating on battery power during a utility outage without adding other equipment. Under normal operation, when the utility power is available, the regeneration energy is absorbed in the normal building loads.
