Our medium-duty 875 watt emergency lighting inverter will provide far more emergency power to vital systems than inverter models in the 350-525 watt category. In a high-rise office building they can be used to link all the emergency lights and exit signs on a single floor, or even the entire grid of a smaller 1-3 story facility.
Get an emergency lighting inverter to eliminate the need for individual emergency light batteries. The ELI-875 provides "full light" capability to all units immediately after a power failure occurs.
Still unsure if an inverter is better than individual battery cells? Contact us today with any questions regarding inverters or emergency lighting. If you need a quicker response, call us toll-free at 800-607-5355.
Our ELI-800 connects to nearly every type of remote head and emergency fixture such as led exit signs, electronic ballasts, dimming devices and emergency sensors. They can accommodate fluorescent, CFL, incandescent, quartz, LED as well as other lamps.
Installing a stand-alone inverter eliminates the need to perform monthly and yearly testing on several battery-powered units. The 875W emergency lighting inverter provides advanced surge protection and protects the connected heads from any overloads.
The unit's modular housing, built from durable die-cast aluminum, has a grey powder coating finish to protect it from corrosion. The ELI-875 looks like a common household fuse box and can install into any electrical closet without using too much space.
These units are heavy, so they cannot connect to a junction box. However, a universal keyhole pattern on the rear of the housing easily secures to most sturdy wall surfaces. A 1/2" knockout conduit on the back allows cables to run to your remote heads and exit signs.
When AC power is on, this emergency light inverter will constantly trickle charge multiple lead calcium (AGM) batteries, ready for action the instant a power failure occurs.
A Smart Battery Monitoring system keep the battery temperature at nominal levels, giving you the longest runtime and battery life possible. A microprocessor regulates the recharging process and will prevent overloads to the remote heads.
24" x 26" x 16"
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