GE 74472 GE240RS-MV-N 120/277-volt Multi-Volt ProLine Electronic Fluorescent T12 Programmed Rapid Start Ballast is engineered for superior performance and versatility, making it an ideal choice for a variety of lighting applications. This high-efficiency ballast is designed to support either 1 or 2 F40 or F34T12 lamps, accommodating a range of project needs while ensuring optimal energy savings.
- **Exceptional Energy Efficiency**: This ballast can provide up to 20% energy savings compared to traditional magnetic ballasts, helping you reduce operational costs without sacrificing performance.
- **Versatile Multi-Voltage Operation**: Designed to operate on voltages from 120 to 277 volts, this ballast is perfect for diverse installations, making it adaptable for both commercial and residential projects.
- **Quieter Performance**: Experience a significant reduction in noise levels, as this electronic ballast operates at a Class A sound rating (20-24 decibels), offering a peaceful environment compared to noisy magnetic alternatives.
- **User-Friendly Installation**: The lightweight and low-profile design simplifies installation and enhances portability, while the mounting dimensions of 8.9 inches in length and 1.1 inches in width ensure it fits seamlessly into your existing setup.
- **Enhanced Reliability**: Featuring auto-restart functionality and thermal protection, this ballast ensures continuous operation even in the event of individual lamp failures, maintaining lighting in your space without interruption.
Ideal for both new installations and retrofitting existing magnetic T12 electronic ballasts, the GE 74472 model meets the Department of Energy's minimum ballast efficiency requirements and adheres to industry safety standards, including UL Type 1 Outdoor and ROHS compliance. With a ballast factor rating of Normal .87, it controls light output and wattage for each lamp effectively, ensuring your lighting needs are met efficiently.
Upgrade your lighting system with the GE ProLine T12 Electronic Fluorescent Ballast, where energy efficiency meets high performance in a compact design.