Effortless Philips Advance 72c6082np001 - 400 Watt - Metal Halide Ballast Easy Assembly [Ch8dmRrg]

Philips Advance 72C6082NP001 Metal Halide Ballast

The Philips Advance 72C6082NP001 F-Can metal halide ballast is a reliable and efficient lighting solution designed for demanding environments. This high-performance ballast is built to withstand the rigors of commercial use, offering exceptional reliability and durability. With its robust construction and advanced technology, it is an ideal choice for illuminating large spaces such as warehouses, manufacturing facilities, and other industrial areas.

Advanced Features and Specifications

The Advance 72C6082NP001 ballast operates seamlessly on a wide range of voltage systems, from 120 to 277 volts, making it versatile for various applications. Designed for use with 400-watt lamps, this magnetic HID ballast delivers a high power factor of 90%, ensuring maximum efficiency and energy savings. Its impressive temperature rating of 221 degrees Fahrenheit allows it to be mounted in environments where high heat is a concern, providing a reliable lighting solution even in challenging conditions.

• Wide voltage range: 120 to 277 volts for universal compatibility.
• High power factor: 90% for maximum efficiency and energy savings.

Practical Applications and Benefits

The Philips Advance 72C6082NP001 ballast is a perfect fit for businesses looking to enhance their lighting infrastructure. Its robust design and high-performance capabilities make it an excellent choice for illuminating large warehouses, manufacturing facilities, and outdoor areas. By providing a reliable and energy-efficient lighting solution, this ballast helps reduce operational costs and enhances safety and productivity. Whether you are updating an existing lighting system or installing a new one, the Advance 72C6082NP001 is a wise investment that will serve your lighting needs for years to come.

• Enhanced lighting: Ideal for large spaces requiring bright and uniform illumination.
• Cost-effective: Energy-efficient design helps lower operational costs over time.