F-BMR1-W3-45 - Metro Marine High-Output White LED Underwater Light

Metro Marine High-Output White LED Underwater Light

The Metro Marine High-Output underwater light is expertly designed for installation at depths up to 4.6 meters (15 feet) below the water’s surface, providing stunning white illumination. Constructed with robust watertight aluminum bronze housings and silicon bronze hardware, this lighting solution is ideal for marine settings including yachts, docks, sea walls, fountains, and theme parks. Featuring 18 high-output LEDs, this fixture ensures even and vibrant lighting, perfect for lighting mid-and large-sized structures ranging from 10 meters (32 feet) to 30 meters (100 feet). The 45° optical lens allows for effective color control and energy efficiency.

Innovative Clear Lens Technology

Metro Marine addresses the common issue of biofouling on underwater light lenses with a patented UVC LED system designed to keep lenses crystal clear, preventing light blockage and overheating.

Condensation Prevention Approach

Utilizing a unique patent-pending assembly methodology in a Class 1000 clean room environment, Metro Marine eliminates condensation inside fixtures, safeguarding against internal corrosion and ensuring long-lasting performance.

Technical Specifications:

The Metro Marine High-Output White LED Underwater Light is designed for consistent illumination in marine and aquatic environments. This fixture, part number F-BMR1-W3-45, is suitable for installation at depths up to 4.6 meters (15 feet). It features 18 high-output white LEDs and a 45� optical lens, providing even lighting for structures between 10 meters (32 feet) and 30 meters (100 feet). The unit is constructed with watertight aluminum bronze housings and silicon bronze hardware for durability in saltwater and freshwater applications. A patented UVC LED system is integrated to mitigate biofouling on the clear quartz lens, maintaining light output and preventing overheating. Additionally, a patent-pending assembly process in a clean room environment is employed to prevent internal condensation and corrosion, contributing to long-term operational stability. This light is intended for IT and facilities managers requiring reliable underwater lighting for yachts, docks, sea walls, fountains, and theme parks.