RAB PLT-15.5-H-840-BYP COMPACTS 2000 LUMENS PLT 15.5W HORIZONTAL 80CRI 4000K BALLAST BYPASS

# Fluorescent Lamps The RAB PLT-15.5-H-840-BYP is a high-efficiency compact fluorescent lamp designed to deliver superior lighting performance while providing energy savings. With a luminous output of 2000 lumens, this ballast bypass lamp operates at 15.5 watts, making it an optimal choice for various indoor applications where reliable illumination is essential. ## Key Features • **Luminous Output**: 2000 lumens, ensuring bright and effective lighting for various settings. • **Wattage**: Consumes only 15.5 watts, promoting energy efficiency and reduced operational costs. • **Color Rendering Index (CRI)**: 80 CRI, providing accurate color representation to enhance visual clarity. • **Color Temperature**: 4000K, offering a neutral white light suitable for commercial and residential environments. • **Ballast Bypass**: Eliminates the need for an external ballast, simplifying installation and increasing reliability. ## Applications • **Commercial Spaces**: Ideal for offices, retail stores, and warehouses where effective lighting is crucial for productivity. • **Residential Use**: Perfect for kitchens, living areas, and basements, providing ample light without the hassle of traditional ballasts. • **Indoor Facilities**: Suitable for schools, hospitals, and other facilities requiring consistent and dependable lighting solutions. ## Benefits • **Energy Efficiency**: Reduces energy consumption compared to traditional fluorescent lamps, contributing to lower utility bills. • **Ease of Installation**: The ballast bypass design simplifies the setup process, ensuring a hassle-free installation experience. • **Longevity**: Built to last, the PLT-15.5-H-840-BYP offers extended usage life, reducing the frequency of replacements and maintenance. • **Versatile Use**: Its neutral color temperature and high CRI make it adaptable to various applications, enhancing both functionality and aesthetics. --- *Product information compiled with AI assistance for reference purposes.*