RAB T8-9-24GC-835-HYB LED T8 linear tube, 9W, 1,425 lumens, 3500K, 80 CRI, 2-foot glass-coated design. Ballast hybrid operation works with or without compatible fluorescent ballast. Suitable for commercial and industrial linear lighting applications.

Fluorescent Lamps The RAB T8-9-24GC-835-HYB Linear Tube is a high-performance lighting solution designed to provide exceptional illumination while maximizing energy efficiency. With a nominal power of 9 watts, this 2-foot glass-coated fluorescent tube emits a bright 1425 lumens, making it an ideal choice for various indoor applications.

Key Features

• Power and Efficiency: Operates at 9 watts, delivering 1425 lumens with an impressive efficacy of 158 lumens per watt.
• Color Rendering Index (CRI): 80 CRI ensures accurate color representation, enhancing visibility and ambiance in any space.
• Color Temperature: Emits a comfortable 3500K warm white light, suitable for a range of environments, from offices to retail spaces.
• Hybrid Ballast Compatibility: Designed for use with both electronic and magnetic ballasts, providing flexibility in installation.
• Durability: Glass-coated design enhances resistance to breakage and environmental factors, ensuring longevity and reliability.

Applications

• Commercial Spaces: Perfect for offices, retail stores, and showrooms where bright, efficient lighting is crucial.
• Industrial Use: Suitable for warehouses and manufacturing facilities, providing ample illumination for safety and productivity.
• Compatibility: Fits standard T8 fixtures, making it easy to upgrade existing lighting systems without extensive modifications.

Benefits

• Energy Savings: The 9W consumption significantly reduces electricity costs compared to traditional fluorescent tubes.
• Enhanced Visibility: High lumen output and superior color rendering improve visibility, creating a more productive work environment.
• Reliability: Designed to last with durable construction, minimizing the need for frequent replacements and maintenance. --- Product information compiled with AI assistance for reference purposes.