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Collection: Emergency LED Drivers

Turn any LED fixture into an emergency light. Emergency LED Drivers install inside or on top of your existing fixtures to provide battery power when the grid goes down.

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LED Emergency Driver, 40 Watts Output, 170V DC High Voltage Output, For UFO High Bays - Bees Lighting

Eiko

40W LED Emergency Driver, 170VDC Output, For UFO High Bays

Regular price $290.00
Sale price $290.00 Regular price $0.00
LED Emergency Drivers, 40 Watts, 150-200V DC High Voltage Output, 5000 lumens, Self Diagnostics, For UFO High Bays - Bees Lighting

Keystone Technologies

40W LED Emergency Driver, 150-200V DC Output, For UFO High Bays

Regular price $499.90
Sale price $499.90 Regular price $0.00
LED Emergency Drivers, 30 Watts, For UFO High Bays, 170V DC High Voltage Output - Bees Lighting
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RAB Lighting

LED Emergency Drivers, 30W, For UFO High Bays, 170V DC High Voltage Output

Regular price $314.00
Sale price $314.00 Regular price $0.00
LED Emergency Drivers, 30 Watts, 170V DC High Voltage Output, For UFO High Bays - Bees Lighting

SATCO|NUVO

30W LED Emergency Driver, 170V DC Output, For UFO High Bays

Regular price $398.00
Sale price $398.00 Regular price $0.00

An emergency LED driver (also known as a BBU or battery backup unit) is a critical safety component that converts your existing light fixtures into code-compliant emergency lighting. In many architectural or commercial spaces, installing separate "bug eye" emergency lights can ruin the aesthetic. An emergency lighting driver offers a discreet solution. When the main AC power fails, the driver automatically detects the outage and switches the fixture to battery power, keeping the lights on for the required 90 minutes. This ensures safe egress without the need for additional wall-mounted hardware.

Types of Emergency Battery Backup Drivers

Different fixtures require different driver form factors. We stock solutions for every application:

  • Outdoor & Wall Pack: Specialized drivers for exterior fixtures like wall packs and canopy lights. These often feature a 2-piece split design (separating the battery from the control module) to fit inside tight die-cast housings while maintaining Wet Location ratings.
  • Linear & T8: Long, slim drivers designed to fit inside the ballast channel of strip lights and vapor tight fixtures.
  • Compact & Downlight: Small metal enclosures with flexible conduit, designed to sit on top of recessed cans or in tight plenums.
  • Panel & Troffer: Integrated boxes that mount to the back of 2x2 or 2x4 flat panels.
  • High Bay & Industrial: High-wattage, rugged drivers (often IP65 rated) capable of powering powerful UFO high bays in warehouses.

How Emergency Drivers Power Your Fixtures

Selecting the correct LED emergency battery pack depends on how the driver interacts with your fixture's electronics. There are two primary methods:

1. Powering the LED Module Directly (Low Voltage DC): Many emergency drivers work alongside the fixture's normal driver but operate independently during an outage. In an emergency, they bypass the normal driver and deliver power directly from the battery to the LED chips.

  • Output: Typically Low-Voltage DC (15-60VDC).
  • Compatibility: You must match the driver's output voltage range to the specific requirements of the LED array (the board itself).
  • Benefit: Highly efficient and common in integrated LED fixtures like linear strips.

2. Powering the Normal Fixture Driver (High Voltage AC/DC): Other emergency LED drivers are designed to power the fixture's existing AC driver, essentially acting like a mini-inverter.

  • Output: High-Voltage AC (often 120VAC or 277VAC) or High-Voltage DC (up to 500VDC).
  • Compatibility: This method uses the fixture’s own electronics to power the LEDs. It is ideal for fixtures where you cannot access the internal LED board or where the voltage requirements are non-standard.
  • Benefit: Simplifies installation for complex fixtures like screw-in lamps or sealed downlights.

Shop LED Emergency Battery Backup Units

Don't leave your safety to chance. At Bees Lighting, we carry a comprehensive selection of UL 924 listed emergency ballasts and LED drivers. Whether you are retrofitting a single office downlight or outfitting an entire warehouse with backup power, we have the compatible components. Browse our collection to find the right wattage and form factor for your project. For assistance matching voltage specifications, contact our technical specialists at 855-303-0665.

Frequently Asked Questions

How long must an emergency driver light a fixture?

According to UL 924 standards, all emergency drivers must keep the fixture illuminated for a minimum of 90 minutes.

Why do outdoor drivers come in two pieces?

Outdoor fixtures like wall packs are compact and often get very hot. The 2-piece split design allows the installer to place the battery in a cooler or more accessible spot within the housing, separate from the control module, ensuring the battery lasts longer and fits into tight casting spaces.

How do I choose the right wattage for an emergency driver?

You don't need to match the fixture's full wattage; you only need enough light for safety. To calculate emergency lumens, multiply the Emergency Driver Wattage by the Fixture's Efficacy (Lumens per Watt).

Example: A 10W emergency driver x 100 lm/w fixture = 1,000 Lumens in emergency mode.

What is the difference between an emergency ballast and an LED driver?

Technically, "ballasts" are for fluorescent tubes and "drivers" are for LEDs. However, many people use the terms interchangeably. If you have LED fixtures, you need an Emergency LED Driver. If you have older fluorescent tubes, you need a Fluorescent Emergency Ballast.

What is a self-testing or self-diagnostic emergency driver?

A self-testing (or self-diagnostic) emergency driver is an advanced model that automatically performs the required monthly and annual tests. It uses an indicator light to signal its operational status, battery charge, or any faults, simplifying maintenance and compliance.