RAB T8-24-96G-FA8-835-DE-BYP LINEAR TUBES 3500 LUMENS T8 24W BASE FIELD ADJUSTABLE POWER 3500K DOUBLE ENDED WIRING METHOD

# Fluorescent Lamps The RAB T8-24-96G-FA8-835-DE-BYP Linear Tube is a versatile lighting solution designed to deliver high-performance illumination with exceptional energy efficiency. Ideal for various applications, this linear tube features a field-adjustable power setting to adapt to different lighting needs while providing a bright output of 3500 lumens. ## Key Features • **Power Output**: Adjustable 24W, allowing you to customize the light output to meet specific application requirements. • **Lumen Output**: Delivers a robust 3500 lumens of illumination, ensuring bright and efficient lighting for workspaces and commercial areas. • **Color Temperature**: Emits a warm white light at 3500K, creating a comfortable and inviting atmosphere. • **Wiring Method**: Utilizes a double-ended wiring method for flexibility in installation, accommodating various lighting setups. • **Energy Efficiency**: Designed to replace traditional fluorescent tubes, significantly reducing energy consumption and operational costs. ## Applications • **Commercial Spaces**: Perfect for offices, retail environments, and warehouses where ample illumination is vital for productivity. • **Industrial Use**: Suitable for manufacturing facilities and workshops requiring durable and reliable lighting solutions. • **Versatile Compatibility**: Compatible with standard T8 fixtures, allowing for easy upgrades from traditional fluorescent tubes. ## Benefits • **Customizable Lighting**: The field-adjustable power feature enables tailored lighting solutions for different environments, enhancing versatility. • **Cost-Effective**: Lower energy consumption results in reduced electricity bills and a lower carbon footprint, aligning with sustainability goals. • **Long Lifespan**: Durable construction and efficient performance ensure a longer lifespan compared to traditional lighting options, reducing maintenance frequency. --- *Product information compiled with AI assistance for reference purposes.*