RAB ALEDM4TSFY/480/7PR ALED 78-90-150W T4 3000K WARM 480V W/SF 7PIN RECEPT BRONZE

Slipfitter Mount Lighting The RAB ALEDM4TSFY/480/7PR is a high-performance slipfitter mount LED lighting solution designed to deliver exceptional brightness and energy efficiency for various outdoor applications. With a powerful output of 78-90-150W and a warm 3000K color temperature, this fixture is perfect for illuminating parking lots, roadways, and other public spaces while reducing energy costs.

Key Features

• Powerful LED Performance: Offers adjustable wattage options (78W, 90W, and 150W) to suit different lighting needs, ensuring optimal performance in any setting.
• Warm Color Temperature: Emits a warm 3000K light, providing a welcoming atmosphere for outdoor environments.
• Durable Construction: Designed with a robust bronze finish, this slipfitter mount is built to withstand harsh weather conditions and resist corrosion.
• High Voltage Compatibility: Operates on a reliable 480V power supply, making it suitable for commercial and industrial applications.
• 7-Pin Receptacle: Equipped with a 7-pin receptacle for easy integration with advanced lighting control systems like RAB's Lightcloud, enhancing energy management capabilities.

Applications

• Ideal for outdoor lighting in commercial settings, including parking lots, roadways, and building perimeters.
• Compatible with various mounting systems, allowing for versatile installation options on poles or other structures.
• Suitable for environments where energy efficiency and sustainability are priorities.

Benefits

• Energy Efficiency: Significantly reduces energy consumption compared to traditional lighting fixtures, resulting in lower electricity bills.
• Enhanced Safety: Provides bright, uniform illumination that improves visibility and safety for pedestrians and vehicles in outdoor spaces.
• Long Lifespan: The robust design and LED technology ensure a longer operational life, reducing the frequency of replacements and maintenance costs. --- Product information compiled with AI assistance for reference purposes.