RAB ALEDXL4TSF/WS4 ALED 300-345-385W T4 5000K COOL W/SF WATTSTOP 40FT LENS BRONZE

# Slipfitter Mount Lighting The RAB ALEDXL4TSF/WS4 is a high-performance slipfitter mount LED lighting solution designed for outdoor applications. This robust fixture combines superior energy efficiency with advanced lighting technology, making it ideal for illuminating large areas such as parking lots, sports fields, and industrial sites. With a powerful output of 300-345-385W and a cool 5000K color temperature, this lighting solution offers exceptional brightness and visibility. ## Key Features • **High Wattage Output**: Available in 300W, 345W, and 385W options, providing flexibility to meet various illumination needs. • **Cool Color Temperature**: Emits a 5000K cool white light, enhancing visibility and safety in outdoor environments. • **Durable Construction**: Features a sturdy bronze finish that is resistant to rust and corrosion, ensuring longevity in harsh weather conditions. • **Advanced Optics**: Equipped with a 40FT lens that optimizes light distribution, reducing glare while maximizing coverage. • **Energy Efficient**: Designed with energy-saving technology, contributing to lower operational costs and reduced carbon footprint. ## Applications • **Commercial Lighting**: Perfect for illuminating parking lots, warehouses, and industrial facilities. • **Sports Facilities**: Ideal for sports fields and stadiums, providing consistent and bright lighting for evening events. • **Security Lighting**: Enhances safety and security in outdoor areas with its powerful illumination and wide coverage. ## Benefits • **Cost-Effective**: The high energy efficiency of this fixture reduces electricity bills while providing superior lighting performance. • **Reliability**: Built to withstand extreme weather conditions, ensuring consistent performance and minimal maintenance. • **Enhanced Safety**: The bright, clear light improves visibility, helping to prevent accidents and enhancing security in outdoor spaces. --- *Product information compiled with AI assistance for reference purposes.*