RAB ALEDL5TSFW/7PR ALED 170-220-260W T5 5000K COOL W/SF 7PIN RECEPT WHITE

# Slipfitter Mount LED Lighting The RAB ALEDL5TSFW/7PR is a robust and efficient slipfitter mount LED lighting solution designed for outdoor applications. This versatile fixture delivers powerful illumination while ensuring energy efficiency, making it an ideal choice for a variety of settings, including parking lots, building exteriors, and other commercial spaces. With its sleek design and advanced technology, it guarantees superior performance and reliability. ## Key Features • **Power Options:** Available in wattages of 170W, 220W, and 260W, providing flexibility in light output to meet specific project requirements. • **Color Temperature:** Bright 5000K cool white light enhances visibility and safety in outdoor environments. • **Construction:** Durable white housing designed for long-lasting performance in harsh weather conditions. • **Mounting Type:** Slipfitter mount enables easy installation onto poles or structures, allowing for adjustable positioning. • **Socket Compatibility:** Features a 7-pin receptacle for seamless integration with advanced lighting control systems. ## Applications • **Commercial Lighting:** Ideal for illuminating parking lots, walkways, and building perimeters, offering enhanced safety and security. • **Industrial Settings:** Suitable for use in warehouses and manufacturing facilities where bright, reliable lighting is essential. • **Public Spaces:** Perfect for parks and recreational areas, providing sufficient illumination for nighttime activities. ## Benefits • **Energy Efficiency:** Reduces energy consumption compared to traditional lighting solutions, resulting in lower operating costs. • **Long Lifespan:** Designed for durability, minimizing maintenance needs and replacement frequency, which translates to cost savings over time. • **Enhanced Visibility:** The 5000K cool white light improves visibility, contributing to safer environments for pedestrians and vehicles alike. --- *Product information compiled with AI assistance for reference purposes.*