G E Lighting 48069 Infrared Heat Reflector Bulb 125W

Product Description

The G E LIGHTING 48069 is a 125-watt infrared heat reflector light bulb rated for 120-volt operation. Designed for indoor use, it produces focused radiant heat through a clear R40 reflector envelope with a medium base. The bulb runs at 125 watts and delivers sustained infrared heat output over a rated lamp life of 5,000 hours. It is commonly installed by plumbers, HVAC technicians, and maintenance professionals who need a reliable, low-cost heat source to protect pipes, pumps, and mechanical components from freezing in unheated or marginally heated spaces.

This bulb is suited for indoor heating applications where targeted radiant heat is needed to prevent freeze damage. Typical installations include utility rooms, crawl spaces, mechanical closets, and garages where water pipes, car radiators, and pumps are at risk during cold weather. The R40 reflector shape concentrates heat output toward the target area, making it more effective than standard A-type bulbs for spot heat applications. The medium base fits standard keyless or pull-chain porcelain lamp holders commonly found in utility and service installations.

Key Features

• 125-watt infrared heat output for freeze protection of pipes and mechanical components
• Clear R40 reflector envelope directs heat toward the target surface
• Medium base fits standard porcelain and keyless lamp holders
• Rated 5,000 hours lamp life for extended service intervals
• 120-volt operation for standard residential and light commercial circuits
• Indoor-rated construction for utility and mechanical room use

Compatibility

Designed as a direct replacement for the GE 125R40-1 infrared heat bulb. Fits any standard medium-base lamp socket rated for 125 watts at 120 volts, including porcelain keyless holders and pull-chain utility fixtures used in indoor freeze-protection applications.

Installation Notes

Installation should be performed by a licensed electrician or qualified maintenance technician in accordance with NEC requirements. Always de-energize the circuit and confirm voltage is absent at the socket before replacing the bulb. Use a porcelain or ceramic lamp holder rated for the wattage and heat load of an infrared bulb, as plastic holders are not suitable. Position the fixture so the reflector face is directed toward the component being protected and ensure adequate clearance from combustible materials.