The RP Series emergency lighting unit provides a proven, reliable source of egress lighting housed in a classically designed package. Available in a wide variety of battery wattages, the RP incorporates high-performance electronics in an attractive, impact-resistant thermoplastic housing.
Contact us or your sales rep if you need a part number that isn't listed here.
Enter your zip code to find a representative in your area.
Inactive
RP Thermoplastic
The RP Series emergency lighting unit provides a proven, reliable source of egress lighting housed in a classically designed package. Available in a wide variety of battery wattages, the RP incorporates high-performance electronics in an attractive, impact-resistant thermoplastic housing.
We use cookies to improve your experience. By clicking "Accept," you agree to our use of cookies.
VEX-R-RG Series Remote Capable Red/Green Switchable Thermoplastic LED Exit
Attractive and easy to install, the VEX Series combines contemporary styling with quality LED illumination. Includes covers for both single- and double-face, red or green configurations.
Exitronix die-cast aluminum exit signs are designed to combine both elegance and performance while maintaining optimal energy-efficiency with bright, uniform illumination.
The 82-5 Series weatherproof, LED directional signage informs, directs and maintains traffic moving smoothly in congested areas, effectively guiding customers to the fastest service available. The 82-5 features a space-saving, overlay legend allowing for "open" or "closed" to be switchable in a single, compact enclosure.
ELV-O Series Elevator Emergency Inverter, Outdoor, Three Phase, Online
The ELV-O Series maintains efficient AC Emergency Power to operate all elevators, providing superior dependability and security to commercial/industrial environments in a small footprint. Suitable for outdoor use, the inverter features a NEMA 3R rating. The ELV-O is made to handle elevators starting and stopping when batteries are the only source of power. The ELV-O 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.