RAB CRVFAS-14R-20-9CCT-UNV-W FMFA 14" ROUND 20W 1500LM CRI90 5CCT UNV 0-10V WHITE

# Surface Mount Fixtures The RAB CRVFAS-14R-20-9CCT-UNV-W is a highly efficient surface mount fixture that delivers exceptional brightness and versatility for various indoor applications. Designed for optimal performance, this 14-inch round fixture features a powerful 20W output, providing 1500 lumens of bright, high-quality illumination with a remarkable Color Rendering Index (CRI) of 90. Its 5 Color Correlated Temperature (CCT) settings allow for customizable lighting solutions, making it ideal for commercial, retail, and residential spaces. ## Key Features • **Powerful Output**: 20W with 1500 lumens ensures bright and effective lighting for various environments. • **High CRI**: CRI of 90 guarantees true-to-life color representation, enhancing visual clarity and ambiance. • **Flexible Color Temperature**: Offers 5 selectable CCT options (3000K, 3500K, 4000K, 5000K, and 6500K) to suit different lighting needs. • **Universal Voltage**: Compatible with both 120V and 277V systems, providing versatile installation options. • **Dimming Capability**: 0-10V dimming functionality allows for adjustable brightness levels, improving energy efficiency and user comfort. ## Applications • **Commercial Spaces**: Perfect for offices, retail stores, and showrooms where quality lighting is essential. • **Residential Use**: Ideal for living rooms, kitchens, and dining areas, enhancing home aesthetics and functionality. • **Industrial Settings**: Suited for warehouses and manufacturing facilities that require reliable and effective lighting solutions. ## Benefits • **Energy Efficiency**: Reduces energy consumption compared to traditional lighting solutions, leading to lower utility bills. • **Durability**: Built to last with high-quality materials, ensuring long-term performance and minimal maintenance. • **Versatile Design**: Sleek, modern aesthetic suitable for a variety of interior styles, enhancing overall space design. --- *Product information compiled with AI assistance for reference purposes.*