RAB T10EM-17-48P-835-SE-BYP LINEAR TUBES 2050 LUMENS T10EM 17W 4 FEET PLASTIC 80CRI 3500K SINGLE ENDED WIRING METHOD BALLAST BYPASS BATTERY B/UP

Fluorescent Lamps The RAB T10EM-17-48P-835-SE-BYP Linear Tube is a high-performance lighting solution designed to enhance both energy efficiency and illumination quality in various indoor environments. This 4-foot LED tube replaces traditional fluorescent lamps, providing a significant reduction in energy consumption while delivering a powerful 2050 lumens output.

Key Features

• Power Consumption: 17W, offering a significant energy savings compared to conventional fluorescent options.
• Brightness: Produces 2050 lumens with an impressive 80 CRI (Color Rendering Index) for true-to-life color representation.
• Color Temperature: Emits a warm 3500K light, creating a comfortable and inviting atmosphere suitable for offices, retail spaces, and more.
• Wiring Method: Features Single Ended Wiring, facilitating easy installation and reducing complexity.
• Ballast Bypass: Designed for ballast bypass operation, eliminating the need for traditional ballasts, which can save on maintenance costs and improve reliability.

Applications

• Ideal for use in commercial settings such as offices, retail spaces, and warehouses, where bright and efficient lighting is essential.
• Compatible with existing fixtures designed for 4-foot T10 fluorescent tubes, making retrofitting straightforward and hassle-free.
• Suitable for environments that demand reliable lighting, such as schools, hospitals, and industrial facilities.

Benefits

• Energy Efficient: Reduces energy costs significantly compared to traditional lighting solutions, contributing to lower utility bills and a reduced carbon footprint.
• Long Lifespan: Offers extended service life, minimizing replacement frequency and associated labor costs, thus maximizing your investment.
• Enhanced Visibility: Provides excellent brightness and color fidelity, improving visual comfort and productivity in workspaces. --- Product information compiled with AI assistance for reference purposes.