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DC Output Emergency LED Drivers
DC output emergency drivers are specialized backup power supplies that connect directly to a fixture's LED modules. In the event of a power failure, these drivers bypass the fixture's normal AC driver and deliver a constant, low-voltage DC current from the battery straight to the LEDs.
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LED Emergency Drivers, 15 Watts, 20-55V DC Output, Low Profile
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LED Emergency Driver Battery Kit, 8 Watts, 25-50V DC Output, 120-277VAC
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LED Emergency Drivers, 12 Watts, 20-60V DC Output, 1200 lumens, Low Temperature, Dual Flex
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LED Emergency Driver Battery Kit, 15 Watts, 25-50V DC Output, 120-277VAC
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15 Watts LED Emergency Drivers, 25-50V DC Output, 120-277VAC
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LED Emergency Drivers, 5 Watts, 20-60V DC Output, 500 lumens, Internal Battery, Slim Design
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LED Emergency Drivers, 5 Watts, 20-60V DC Output, 500 lumens, Internal Battery, Dual Flex
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LED Emergency Drivers, 5 Watts, 20-60V DC Output, 500 lumens, External Battery
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LED Emergency Drivers, 20 Watts, 20-60V DC Output, 2000 lumens, Self Diagnostics, Dual Flex
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LED Emergency Drivers, 12 Watts, 20-60V DC Output, 1200 lumens, Internal Battery, Dual Flex
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LED Emergency Drivers, 12 Watts, 20-60V DC Output, 1200 lumens, External Battery
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LED Emergency Drivers, 25 Watts, 11-56V DC Output
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LED Emergency Drivers, 20 Watts, 12-50V DC Output
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LED Emergency Drivers, 8 Watts, 10-60V DC Output, Slim Profile
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LED Emergency Drivers, 5 Watts, 20-60V DC Output, 500 lumens, Internal Battery
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LED Emergency Drivers, 12 Watts, 20-60V DC Output, 1200 lumens, Internal Battery
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LED Emergency Driver Kit, 8 Watts, Low Voltage Output
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LED Emergency Driver Battery Kit, 20 Watts, 25-50V DC Output, 120-277VAC
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Benefits of a DC Output Emergency Driver
The primary benefit of a DC output emergency driver is its straightforward reliability. By bypassing the fixture's standard driver—a common point of failure—it creates a completely independent backup system. This design is often more energy-efficient, as it avoids the power loss that can occur when converting battery DC power to AC and back again. The result is a dependable and efficient emergency lighting solution that ensures your LEDs will turn on when they are needed most.
Matching the Voltage of Your DC Emergency Driver
A critical specification for any DC output emergency driver is its output voltage range. For the driver to function correctly, the forward voltage (Vf) of your fixture's LED module must fall within this range. For example, if your LED module requires 36V, you must select a driver with a range that includes 36V, such as one rated for 20-50VDC.
Most drivers in this category are designed to be NEC Class 2 compliant, a safety standard that limits power sources to be safe from fire and shock hazards. For this reason, the vast majority of these DC output drivers have a maximum output voltage of 60V DC and a power limit of 100W. This Class 2 rating often simplifies installation requirements, making these drivers a safe and convenient choice.
Ideal Applications for DC Emergency Drivers
DC output emergency LED drivers are a versatile solution, but they are particularly well-suited for luminaires where the LED array is easily accessible. Common applications include:
- LED Troffers and Panels: Widely used in offices and schools, these fixtures have ample space for an internal emergency driver.
- Downlights: A compact DC driver can provide emergency lighting in hallways, lobbies, and retail spaces.
- Strip and Cove Lighting: Ensures that architectural and accent lighting can double as a safe path of egress.
Installation Options for DC Emergency Drivers
DC output emergency drivers come with different wiring configurations to suit various installation needs. Choosing the right one can simplify your project and ensure a secure, code-compliant connection.
- Flying Leads (Wire Leads): This is the most common option, featuring flexible, pre-stripped wires extending directly from the driver's housing. These leads offer versatility and are designed to be easily connected with wire nuts inside a fixture's wiring compartment or a separate junction box.
- Flexible Conduit: For applications where the driver is mounted externally, many models come with a length of pre-attached flexible metal conduit. The wires are already run through this conduit, providing protection and making it easier to complete a clean, professional installation.
- Terminal Block: Some drivers feature a terminal block with screw-down connections, typically housed within an integrated junction box. This allows an installer to land the building and fixture wires directly onto the driver for a very secure and robust connection.
Find Your DC Output Driver at Bees Lighting
At Bees Lighting, we stock a comprehensive selection of high-quality DC output emergency drivers. Our expert team is ready to help you find the perfect direct-to-module driver to ensure your space is safe and code-compliant. Explore the collection below or call our lighting specialists at 855-303-0665 for personalized assistance.
Frequently Asked Questions
How do I match a DC emergency driver to my LED fixture?
How do I match a DC emergency driver to my LED fixture?
You must check the forward voltage (Vf) of your fixture's LED module. Choose a DC emergency driver whose output voltage range (e.g., 15-60VDC) and current rating match the module's requirements.
Will a DC emergency driver work if my fixture's normal driver has failed?
Will a DC emergency driver work if my fixture's normal driver has failed?
Yes. Because this type of LED emergency driver bypasses the standard driver and powers the LEDs directly, it will function even if the normal driver is broken.
Is this type of driver more efficient than an AC output model?
Is this type of driver more efficient than an AC output model?
Generally, yes. The direct DC-to-DC power delivery is a more efficient electrical process than converting DC battery power to AC to run a standard driver, resulting in less wasted energy.
What is the typical lifespan of the battery in these drivers?
What is the typical lifespan of the battery in these drivers?
The integrated battery packs, typically using NiCad, Ni-MH, or Li-ion technology, have an expected service life of 5 to 7 years under normal operating conditions. Regular testing and maintaining proper ambient temperatures will maximize battery life.
What is the purpose of the included test switch and indicator light?
What is the purpose of the included test switch and indicator light?
The test switch allows you to manually simulate a power failure to verify the emergency driver is working. The indicator light provides a visual status: a solid light typically means the unit is ready and the battery is charging, while a blinking light might signal a fault. This is essential for performing required monthly safety checks.