3.5 Watt - 2G7 Base - 27K/30K/35K/40K CCT Selectable - Frost Finish - Ballast Bypass - 120-277 Volt

Future-Proof Your Fixtures with Customizable LED Technology

Eliminate the guesswork and high maintenance costs of traditional CFL lighting with the SATCO NUVO 3.5W LED replacement lamp. Designed for fixtures requiring a 2G7 base, this Type B ballast bypass lamp allows you to remove old, failing ballasts entirely, ensuring a more reliable lighting system with fewer points of failure. Whether you are managing a commercial property or upgrading residential sconces, the frost finish provides a smooth, glare-free glow that mimics traditional lamps while consuming a fraction of the power.

The standout feature of this lamp is its field-adjustable color temperature. Instead of committing to a single look, you can toggle between 2700K, 3000K, 3500K, and 4000K settings during installation. This makes it the perfect solution for facility managers who want to standardize their inventory across different environments—from warm, inviting hospitality areas to crisp, productive office corridors.

• Adaptive Lighting: Choose from four distinct color temperatures with a simple switch to match the specific needs of your space.
• Superior Longevity: Rated for 50,000 hours of operation, significantly reducing the frequency of maintenance cycles in hard-to-reach areas.
• Direct Drive Efficiency: The Type B ballast bypass design runs directly on 120-277V, eliminating ballast compatibility issues and humming.
• Versatile Use Cases: Ideal for recessed cans, wall sconces, and task lighting in hallways, hotels, and retail displays.
• Compact Power: Efficiently replaces 5W, 7W, and 9W CFL lamps while using only 3.5 Watts of energy.

This lamp is a long-term investment in energy savings and aesthetic control. By bypassing the ballast and utilizing advanced LED technology, you gain a flicker-free start and consistent light output that lasts for years. Its durable polycarbonate construction and damp location rating make it a rugged choice for demanding environments.