RAB PLL-13.5-840-DIR COMPACTS 2100 LUMENS PLL 13.5W 80CRI 4000K BALLAST COMPATIBLE

# Fluorescent Lamps The RAB PLL-13.5-840-DIR is a high-performance compact fluorescent lamp designed to deliver exceptional brightness and energy efficiency. With a luminous output of 2100 lumens and a power consumption of just 13.5 watts, this lamp is an ideal solution for both commercial and residential lighting applications. It features a color rendering index (CRI) of 80 and a color temperature of 4000K, providing a balanced, natural light that enhances the visual appeal of any space. ## Key Features • **Luminous Output**: 2100 lumens ensure bright illumination suitable for a variety of environments. • **Power Consumption**: Energy-efficient at just 13.5 watts reduces overall energy costs while providing adequate lighting. • **Color Rendering Index**: 80 CRI guarantees accurate color representation, making it perfect for retail and display areas. • **Color Temperature**: 4000K offers a neutral white light, ideal for workspaces and general lighting applications. • **Ballast Compatibility**: Designed to be compatible with existing ballast systems, allowing for easy retrofitting without extensive modifications. ## Applications • **Commercial Spaces**: Perfect for offices, retail stores, and showrooms where enhanced visibility and color accuracy are crucial. • **Residential Use**: Suitable for kitchens, living rooms, and other areas where bright, energy-efficient lighting is desired. • **Educational Institutions**: Ideal for classrooms and libraries that require effective lighting for reading and studying. ## Benefits • **Energy Savings**: Reduces electricity consumption compared to traditional incandescent and halogen lamps, contributing to lower utility bills. • **Longevity**: Offers a longer lifespan than conventional bulbs, reducing the frequency of replacements and maintenance efforts. • **Enhanced Visibility**: Provides bright, clear light that improves visibility and comfort in work and living spaces. --- *Product information compiled with AI assistance for reference purposes.*