RAB ALEDM4T LED Area Light from the ALEDM series delivers 78-90-150W field-adjustable power with Type IV distribution. This 5000K cool white fixture is designed for wall or pole mount in commercial and industrial applications. Bronze finish. 100,000-hour LED lifespan. 5-Year No-Compromise Warranty.

RAB ALEDM4T LED Pole Mount Light The RAB ALEDM4T is a cutting-edge LED pole mount light designed to deliver exceptional illumination for various outdoor applications. Engineered with advanced technology, this fixture offers high efficiency and durability, making it an ideal choice for parking lots, pathways, and public spaces. With a powerful output of 150W and a color temperature of 5000K, it ensures optimal visibility and safety in any environment. ## Key Features • **Wattage:** 150W for high-performance lighting • **Luminous Output:** Delivers up to 21, 000 lumens for superior brightness • **Color Temperature:** 5000K cool white light for a natural daylight effect • **Construction:** Rugged arm bronze finish designed for long-lasting outdoor durability • **Energy Efficiency:** Achieves significant energy savings compared to traditional lighting solutions ## Applications • **Parking Lots:** Ideal for illuminating large outdoor areas, enhancing security and visibility • **Walkways and Pathways:** Provides safe and reliable lighting for pedestrian traffic • **Public Spaces:** Perfect for parks, playgrounds, and recreational areas • **Commercial Properties:** Suited for shopping centers and office buildings requiring high-quality lighting ## Benefits • **Enhanced Safety:** Bright, uniform lighting reduces accidents and increases visibility during nighttime hours • **Long Lifespan:** Designed for longevity, reducing the need for frequent replacements and maintenance • **Energy Savings:** LED technology significantly lowers energy consumption, resulting in reduced operating costs • **Versatile Design:** The sleek arm bronze finish complements various architectural styles and outdoor settings --- *Product information compiled with AI assistance for reference purposes.*