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Emergency LED Driver Family

Thomas Research Products' emergency driver expanded family offers cost-effective solutions for LED luminaires

Image of Thomas Research Products Emergency LED Driver FamilyHubbell Lighting Components' LBU series emergency drivers from Thomas Research Products are an expanded family offering cost-effective solutions for LED luminaires. These 7 W and 10 W constant power drivers come in plastic and metal case models for a variety of emergency lighting applications. A solid-state charger optimizes the nickel cadmium battery charging process to achieve long life. The LBU series drivers also meet California’s Title 20 Energy Efficiency requirements for battery chargers.

Features
  • Provides 90 minutes of emergency lighting
  • Constant power 7 W or 10 W versions
  • Meets California's Title 20 Energy Efficiency requirements
  • Universal 120 V to 277 V input
  • UL listed for both factory and field installation
  • UL dry and damp location rated, Class 2 output
  • 5-year warranty

Emergency LED Driver Family

ImageManufacturer Part NumberDescriptionTypeTopologyAvailable QuantityPriceView Details
EMERGENCY LED BATTERY PACK 10WLBU10-PEMERGENCY LED BATTERY PACK 10WConstant CurrentAC DC Converter0 - Immediate$1,004.89View Details
LBU10-MLBU10-MLBU10-MConstant CurrentAC DC Converter0 - ImmediateSee Page for PricingView Details
LBU7-PLBU7-PLBU7-PConstant CurrentAC DC Converter40 - Immediate$811.61View Details
LBU7-M2LBU7-M2LBU7-M2Constant CurrentAC DC Converter34 - Immediate$911.19View Details
LBU7-MLBU7-MLBU7-MConstant CurrentAC DC Converter0 - Immediate$889.73View Details
TEST SWITCH FOR LBU LED DRIVERSPLRTSTEST SWITCH FOR LBU LED DRIVERSLBU Series LED Drivers0 - Immediate$93.79View Details
Published: 2018-06-12

Related Product Highlight

LBU10-P Emergency LED Driver Thomas Research Products LBU10-P emergency LED driver will provide constant 10 W of emergency lighting for at least 90 minutes. Distinct from other battery packs, this ensures a constant illumination level during the entire emergency egress time.