LED Regress Round - Recessed Fixture, RS4/15W-IC/20W-NIC/RD/LED/5CCT 2000/1400 Lumen, 20/15W

The Goodlite Commercial 4" LED Regress Round Recessed Fixture G-98522 is designed to provide outstanding performance and versatility for commercial spaces. With a multi-watt range of 15W to 20W, it delivers adjustable brightness from 1400 to 2000 lumens, making it perfect for illuminating larger areas. The 5CCT feature allows for a wide selection of color temperatures 2700K to 5000K, enabling customization to match the ambiance or functionality needed in any environment. This fixture also offers advanced dimming capabilities, compatible with both Triac and 0-10V dimming systems, providing seamless control over lighting levels. Built for durability and performance, it is ETL listed and wet-rated, with IC rating at 15W and non-IC rating at 20W for flexible installation options. Ideal for commercial settings, this Recessed fixture combines efficiency, adaptability, and high-quality illumination.

• Commercial-Grade Brilliance: The Goodlite Commercial 4" LED Recessed Fixture delivers exceptional brightness, adjustable from 1400 to a stunning 2000 Lumens, to illuminate expansive spaces with ease and versatility.
• Flexible Wattage Selection: Catering to diverse lighting needs, this fixture offers a multi-watt setting ranging from 15W to 20W, giving you the power to choose the intensity of illumination suitable for your commercial environment.
• Customizable Color Temperatures: With a 5CCT selection spanning from a warm 2700K to a daylight 5000K, this LED fixture adapts to your preferred lighting needs, enhancing the mood and functionality of any space.
• Advanced Dimming Capabilities: Integration with Triac & 0-10V dimming allows for smooth transition in lighting levels, offering a tailored lighting experience for any setting from retail spaces to professional offices.
• IC Rated at 15W & Non-IC rated at 20W: An IC-rated housing is designed for direct contact with insulation, while non-IC rated fixtures require a certain airspace around them for heat dissipation. So, non-IC is suitable for higher wattages that generate more heat but can't be used in direct contact with insulation