LED Emergency Backup Drivers

Emergency backup drivers are designed to supply regulated power to LED luminaires during power outages. These drivers have a run time of at least 90 minutes to allow occupants to safely exit the building. Designed for versatile applications, our product line includes options for UFO and linear high bay, troffer, and slim retrofit lighting. Each driver is equipped with a test button for easy and regular testing. We offer backup drivers with input voltages rated up to 347 VAC, as well as various output voltage ranges. All emergency LED drivers are UL-listed and meet all requirements set by the NFPA to supply dependable illumination in unexpected situations.

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Super Bright LEDs, Inc. offers a 5-year warranty to protect against manufacturer defects and malfunctions. If you experience failure of an LED or other component not caused by negligence, abuse, unauthorized repair or disassembly, we will replace the product within the warranty period. In the case the exact product is no longer available, a gift card for the value of the original purchase price will be provided. Super Bright LEDs administers all warranty claims in-house. Read More
In order for certain products within controlled categories, such as electrical and electronic devices, to be legally sold in the European Economic Area, they must bear a CE label, which stands for Conformité Européenne (European Conformity). Products with this label meet environmental, health, and safety standards put into place by European legislation.
Underwriters Laboratories (UL) LLC is an independent testing agency that works to verify product safety and quality. A UL-Listed label means that product samples have been tested by UL and that the product meets their Standards for Safety requirements.

This product meets California Energy Commission (CEC) Title 20 requirements and is registered in their Modernized Appliance Efficiency Database System (MAEDbS).

CEC California Title 20 mandates that consumer products sold in the state meet specified energy efficiency standards, aiming to reduce energy consumption and promote environmental sustainability. Manufacturers must ensure their products consume less energy while maintaining or improving performance compared to less efficient models to comply with these regulations.

  • CRI 82 or higher
  • Compliance score 297 or higher
  • Minimum L/W 45 (GSL) or 80 (SLED, SSDL)
  • Power factor greater than 0.7
  • Hour rated life greater than 10,000 hours (25,000 for MR16s)
  • ENERGY STAR® V2.0 omnidirectional light distribution for A-bulbs
  • ENERGY STAR V1.1 light distribution for decorative bulb shapes
  • Dimmable bulbs: Dimmable to 10%, reduce flicker, noise less than 24 dB at 100% and 20%

How Does a Backup Driver Work?

An emergency backup driver provides backup power to lighting systems during power outages. To do this, backup drivers monitor the power line for any disruptions. If the driver detects an outage, it automatically switches power from the main supply to the battery to provide the light fixture with enough power to remain “On.” This energy change must not last more than 10 seconds, as mandated by the National Fire Protection Association (NFPA). The NFPA also requires various commercial and residential structures to utilize emergency drivers, including certain underground and high-rise buildings, to meet compliance codes. Emergency drivers can be wired to the existing driver or light fixture in various ways depending on the type of backup driver and output voltage.


Types of Emergency Backup Drivers

High-Voltage LED Emergency Drivers

High-voltage output LED backup drivers are wired between the main power line and the light fixture inputs. During emergency operations, the driver supplies high-voltage DC output to the light fixture. This type of backup driver often requires a 0-10V dimmable LED fixture to prevent the battery from rapidly draining energy during emergency operations.

Low-Voltage LED Emergency Drivers

Low-voltage backup drivers take over for the existing driver during power outages. Wiring these types of drivers is typically more complex since the output of the emergency driver must be directly connected to the LEDs. To determine which driver you need, you need a battery with a voltage ranger the same or larger than the existing driver’s output voltage.

All-in-One Emergency Drivers

Instead of the emergency driver supplying battery power to the light fixture, all-in-one battery backup kits feature a compact LED array that is illuminated instead. These types of drivers are usually installed in troffer and linear strip fixtures. The LED array and emergency driver have their own circuit board and function separately from the light.


Emergency Drivers for Specific Light Fixtures

Most battery backups are installed in the light fixture housing, meaning that lights with a slim profile will require compact drivers. Troffer, fluorescent, and flat panel lights typically need slim emergency drivers or all-in-one battery backup lighting kits that can fit inside the housing. Single-point hanging lights, such as UFO high bays, use specialized drivers that are designed to hang the light fixture from its integrated hook. Given the required power output, UFO high bay emergency drivers are typically bulky and heavy and cannot be placed inside the fixture housing.


Accessible Test Indicators

All emergency drivers are required to have manual test switches, as mandated by UL 924. Various test button options are available based on the fixture and mounting location, including wall-mounted test indicators, ceiling-mounted test indicators, and test buttons that integrate into the light fixture. Emergency backup kits for high bays or highly mounted lights commonly come with a remote-controlled testing button. This allows you to easily test the emergency system without needing a ladder or scissor lift to access the test button.


National Fire Protection Association Requirements

The National Fire Protection Association (NFPA) Life Safety Code 101 lists requirements for emergency lighting systems, including emergency drivers. All emergency drivers must meet the following specifications listed in NFPA 101 Section 7.9:

  • Emergency drivers must provide at least 90 minutes of backup power 
  • Initial backup power illumination must average 1 ft-candle but no less than 0.1 ft-candle along the floor level of the egress. At 90 minutes, backup power illumination must average 0.6 ft-candle but no less than 0.06 ft-candle at any distance along the egress 
  • Emergency backup battery systems must be listed to UL 924
  • Testing for self-diagnostic battery-operated emergency lighting equipment must be conducted at least every 30 days for at least 30 seconds. Visual tests shall be conducted no less than once every 30 days, and annual functional testing must last at least 90 minutes
  • A status indicator on the driver should clearly show testing failures
  • Emergency drivers must always be in operation or be automatically turned on