RAB ALEDXL5TSFNW/480/7PR ALED 300-345-385W T5 4000K NEUTRAL 480V W/SF 7PIN RECEPT WHITE

# Slipfitter Mount Lighting The RAB ALEDXL5TSFNW/480/7PR is a high-performance LED lighting solution designed for versatile outdoor applications. Engineered to deliver superior illumination, this slipfitter mount light fixture is ideal for parking lots, roadways, and commercial spaces, ensuring safety and visibility while promoting energy efficiency. ## Key Features • **Wattage Options**: Adjustable output of 300W, 345W, or 385W to meet varying lighting requirements. • **Color Temperature**: Produces a neutral 4000K light, ideal for creating a bright and inviting atmosphere in outdoor environments. • **Voltage**: Operates at 480V, making it suitable for high-demand applications. • **Mounting Type**: Slipfitter mount design allows for easy installation on existing poles and structures, ensuring flexibility in deployment. • **Durable Construction**: Built with high-quality materials to withstand harsh weather conditions, ensuring longevity and reliability in outdoor settings. ## Applications • **Parking Lots**: Provides ample lighting for increased safety and security. • **Roadways**: Enhances visibility for vehicles and pedestrians, promoting safer driving conditions. • **Commercial Spaces**: Ideal for illuminating building exteriors and outdoor facilities. • **Compatibility**: Designed for integration with various lighting poles and mounting systems. ## Benefits • **Energy Efficiency**: Designed to significantly reduce energy consumption compared to traditional lighting solutions, leading to lower utility bills. • **Long Lifespan**: The LED technology ensures a longer operational life, reducing maintenance costs and the frequency of bulb replacements. • **Enhanced Visibility**: Delivers powerful illumination that improves visibility in outdoor spaces, contributing to safety and security. • **Sustainable Solution**: Supports environmental goals with energy-efficient performance and reduced carbon footprint. --- *Product information compiled with AI assistance for reference purposes.*