The Hi-lume architectural electronic dimming ballast by Lutron is designed to meet the demanding lighting requirements of various applications. Ideal for commercial and residential environments, this ballast provides seamless dimming capabilities to create an optimal visual atmosphere.

Constructed with high-quality lead materials, the Hi-lume ballast ensures longevity and reliability. It operates a single 32-Watt T8 lamp at 120-Volt VAC, making it suitable for a wide range of lighting setups. Its programmed rapid start design preheats lamp cathodes before applying full arc voltage, which enhances performance and extends lamp life.

The ballast features standard 3-wire line-voltage phase-control technology, delivering consistent dimming performance from 100% to 1%. This technology guarantees that fixtures function uniformly, providing a flicker-free dimming experience. Furthermore, the frequency of operation is optimized to prevent interference with infrared devices, ensuring that your lighting setup remains effective and undisturbed.

Key Features: Continuous, flicker-free dimming from 100% to 1% for precise lighting control. Standard 3-wire line-voltage phase-control technology for consistent fixture-to-fixture dimming. Operates a single (1-Lamp) 32-Watt T8 Lamp at 120-Volt VAC. Programmed rapid start design preheats lamp cathodes, enhancing start-up performance.

Frequency of operation prevents interference with infrared devices operating between 38 and 42 kHz. Durable construction with lead materials ensures long-lasting performance. Sleek black design complements modern architectural aesthetics. The Hi-lume architectural electronic dimming ballast is an excellent choice for architects, lighting designers, and homeowners seeking reliable and efficient lighting solutions.

Its superior dimming capabilities and robust construction make it suitable for diverse applications, ensuring that you can create the perfect ambiance in any setting. Enhance your lighting experience with a product that prioritizes quality and performance.