Hot Sale Metro Marine High-output Surface Mount Underwater Light W/intelligent Monochromatic Leds - Aqua, 90 Beam [f-smr1-a3-90] Pro Version [eEXvWdkM]

High-Output Underwater LED Luminaire

The Metro Marine High-Output Surface Mount Underwater Light is a cutting-edge luminaire designed for underwater installations. This robust fixture boasts a 90° beam angle, making it ideal for illuminating mid to large-scale structures and yachts. With its unique monochromatic LED technology, the F-SMR1-A3-90 delivers vibrant Aqua light, ensuring a uniform and visually stunning underwater environment. Its high-output LED array, featuring 18 H.O. LEDs per fixture, allows for close adjacent placement without compromising on light quality.

Advanced Features and Specifications

Engineered with precision, the F-SMR1-A3-90 features watertight aluminum bronze housings and silicon bronze hardware, ensuring durability and longevity in marine environments. The luminaire operates at a wide input voltage range of 10VDC-30VDC and consumes only 44W, making it energy-efficient and cost-effective. Key specifications include a beam angle of 90°, clear quartz lens material, and an operating temperature range of -40 to 122°. The product is also designed to withstand aggressive growth (biofouling) and condensation, thanks to Metro Marine's innovative UVC LED system and anti-condensation assembly methodology.

Applications and Benefits

This versatile underwater light is perfect for a variety of marine-based applications, including yacht, dock, and sea wall installations, as well as fountain and theme park lighting. The F-SMR1-A3-90 provides a uniform color and high efficiency, making it an excellent choice for those seeking to enhance the aesthetics of their aquatic environments. By eliminating biofouling and condensation, the luminaire ensures long-lasting performance and reduces maintenance requirements. Ideal for both professionals and hobbyists, this underwater LED luminaire is a must-have for anyone looking to create a captivating underwater atmosphere.