How do emergency lighting inverters work?

Emergency Lighting Inverters ensure uninterrupted power to devices in times of power outages for a lighting systems. They do this using a battery system that converts DC to AC voltage via electronic circuitry. The UL924 standard requires a minimum of 90 minutes of emergency back up power.

What is a micro-inverter / emergency power supply?

Micro-Inverters / Emergency Power Supplies deliver power to any fixture (any tech type) in emergency mode for 90 minutes at their respective Emergency Wattage (25W or 50W, depending on the model used). Saves money in two ways: Features

Do you need an inverter for your emergency lighting system?

During a storm or disaster, you may have experienced power outages. Your emergency lighting system should be ready if you experience a power outage from a small incident or a major catastrophe. Here is where an inverter comes in.

What is a lighting inverter?

A lighting inverter provides the backup power for a lighting system by converting DC battery power into the standard AC voltages that lights need to operate during an emergency. Inverters are made up of several components: Emergency lighting inverters are often distinguished by the battery capacity they offer.

What is emergency lighting inverter maintenance?

Maintenance of inverters includes checking the batteries, connections, and operation. Getting good emergency lighting inverters can protect your employees, customers, and equipment. Here at Lighting Services, Inc. we can help you determine the type of emergency inverter that is best for you and your business, and we can install and service it.

How efficient are Myers EPs inverters?

Most Myers EPS Inverters operate at 98% efficiency and allow for use of any type of lighting fixtures for emergency egress. Download our Quick Reference Guide to view all of Myers EPS’ inverters at a glance. All Myers EPS Inverters are unity sized where Watts = VA. All inverters listed below are sized to provide the power and runtime needed.