RAB ALEDLATSFNW/7PR ALED 170-220-260W AT 4000K NEUTRAL W/SF 7PIN RECEPT WHITE

Slipfitter Mount Lighting The RAB ALEDLATSFNW/7PR is a premium slipfitter mount LED lighting solution designed to provide high-quality illumination for a variety of applications. With a powerful output ranging from 170 to 260 watts and a neutral color temperature of 4000K, this fixture is ideal for outdoor environments requiring reliable and energy-efficient lighting. The white finish enhances aesthetic appeal while integrating seamlessly into various settings.

Key Features

• Wattage Options: Adjustable output of 170W, 220W, or 260W to meet specific lighting needs.
• Color Temperature: Emits a neutral white light at 4000K, providing excellent color rendering for visibility and safety.
• Construction: Durable slipfitter mount design ensures easy installation on poles or brackets while offering robust performance in outdoor conditions.
• Compatibility: Equipped with a 7-pin receptacle for advanced lighting control systems, enabling integration with RAB's Lightcloud system for smart operation.
• Energy Efficiency: Engineered for optimal energy savings, reducing operational costs while delivering high lumen output.

Applications

• Outdoor Areas: Perfect for illuminating parking lots, roadways, and building perimeters where safety and visibility are paramount.
• Commercial Properties: Ideal for retail or industrial environments needing reliable lighting solutions that enhance security and functionality.
• Versatile Mounting: Compatible with various mounting setups, making it suitable for different installation requirements in both urban and rural settings.

Benefits

• Enhanced Visibility: Provides bright, clear illumination that improves safety and security in outdoor spaces.
• Long Lifespan: Built with high-quality materials to ensure durability and decrease maintenance frequency.
• Smart Lighting Integration: Seamlessly connects with RAB's advanced control systems for customizable lighting management and efficiency. --- Product information compiled with AI assistance for reference purposes.