RAB T8-11-36GC-840-HYB LINEAR TUBES 1700 LUMENS T8 11W 3 FEET GLASS COATED 80CRI 4000K BALLAST HYBRID

# Fluorescent Lamps The **RAB T8-11-36GC-840-HYB Linear Tube** is a cutting-edge lighting solution designed to deliver exceptional performance and energy efficiency. This versatile fluorescent lamp is ideal for a variety of indoor applications, offering a luminous output of 1700 lumens at just 11 watts. Its glass-coated design ensures durability and longevity, making it a reliable choice for modern lighting needs. ## Key Features • **Luminous Output**: Delivers 1700 lumens, providing bright and effective illumination for various settings. • **Energy Efficient**: Consumes only 11 watts, making it an eco-friendly option that reduces energy costs. • **Color Temperature**: Emits a neutral 4000K light, suitable for both commercial and residential environments. • **High Color Rendering Index (CRI)**: With an 80 CRI, this lamp enhances color accuracy, making spaces appear vibrant and true to life. • **Hybrid Ballast**: Features a hybrid design that is compatible with both electronic and magnetic ballasts, providing versatility during installation. ## Applications • **Commercial Spaces**: Perfect for use in offices, retail environments, and educational facilities where clear visibility is essential. • **Residential Use**: Ideal for kitchens, basements, and garages, ensuring that all areas of the home are well-lit and functional. • **Industrial Settings**: Its robust design makes it suitable for warehouses and manufacturing plants where reliable lighting is crucial. ## Benefits • **Cost Savings**: Reduced energy consumption leads to significant savings on electricity bills over time. • **Long Lifespan**: The durable construction of the glass-coated tube contributes to a longer operational life, reducing the frequency of replacements. • **Versatile Compatibility**: The hybrid ballast feature allows for easy integration into existing lighting systems, simplifying upgrades and installations. --- *Product information compiled with AI assistance for reference purposes.*