Emergency light converter EM118H
Product Overview
Emergency light converter EM118H
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Description：
1. Used to convert general lighting into emergency lights, applicable to most LED lamps and lanterns
2. Adaptable to voltages from 20V to 130V, with an operating ambient temperature range of 0°C to 55°C.
3. Compatible with most LED drivers, ideal for most LED modules produced by significant lighting manufacturers today.
4. Easy to install, TUV, ENEC, and UKCA certified.
FAQ：
1. What does an emergency inverter do?
The emergency inverter is a kind of power equipment mainly used in a power system failure or blackout; the
It converts DC power into AC power to ensure the stability and reliability of the power supply, thus guaranteeing average production and life.
Lighting inverters convert DC battery power into standard AC voltage required for emergency lighting, providing backup power for the lighting system.
2. How do emergency lights work without power?
Emergency lighting fixtures are composed of a light source, light source driver, rectifier, inverter, battery pack, sign light shell, battery, and other parts.
Emergency lights are usually equipped with batteries; whether or not there is a generator as a backup power source, it will be able to light up in the event of a power failure.
The battery can keep the emergency light on for up to 3 hours.
3.Why would you need an inverter?
An inverter is an electronic device that converts direct current into alternating current. For power generation devices such as solar panels and wind turbines, the electricity generated is DC.
Most electrical devices use AC power, so inverters are required to convert DC power into AC power to meet various power needs in homes, industries, and commercial places.
- Product Description
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- Commodity name: Emergency light converter EM118H
This EM118H range of LED emergency converter are designed for our LED luminaires partner, due to its internal limited space for emergency solution. It works with the most LED arrays of ceiling luminaires between 20V and 130V. Due to compact and curved size, we have to reselect the components to install on PCB (printed circuits board) and maintain the same high performance, 3 hours emergency duration. No compromised Electric Performance This EM118H will convert almost all ceiling lights to emergency operation after mains power failure, for most of LED luminares factories. The converter is installed into the connection between the mains LED driver and the LEDs arrays. Its working ambient temperature covers from 0℃ to 55℃ degree, meanwhile its storage temperatures can accept upto 70℃ degree. The Emtrons’ Poweriod™ LiFePo4 battery pack can provide more than three(3) hours emergency load.
Description：
1. Used to convert general lighting into emergency lights, applicable to most LED lamps and lanterns
2. Adaptable to voltages from 20V to 130V, with an operating ambient temperature range of 0°C to 55°C.
3. Compatible with most LED drivers, ideal for most LED modules produced by significant lighting manufacturers today.
4. Easy to install, TUV, ENEC, and UKCA certified.
FAQ：
1. What does an emergency inverter do?
The emergency inverter is a kind of power equipment mainly used in a power system failure or blackout; the
It converts DC power into AC power to ensure the stability and reliability of the power supply, thus guaranteeing average production and life.Lighting inverters convert DC battery power into standard AC voltage required for emergency lighting, providing backup power for the lighting system.
2. How do emergency lights work without power?
Emergency lighting fixtures are composed of a light source, light source driver, rectifier, inverter, battery pack, sign light shell, battery, and other parts.
Emergency lights are usually equipped with batteries; whether or not there is a generator as a backup power source, it will be able to light up in the event of a power failure.
The battery can keep the emergency light on for up to 3 hours.3.Why would you need an inverter?
An inverter is an electronic device that converts direct current into alternating current. For power generation devices such as solar panels and wind turbines, the electricity generated is DC.
Most electrical devices use AC power, so inverters are required to convert DC power into AC power to meet various power needs in homes, industries, and commercial places. -
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