F-BME1-H-W3-90 - Metro Marine High-Output White Underwater Light - 90° Beam

High-Output White Underwater Light with 90° Beam

The Metro Marine High-Output underwater light is engineered for use up to 4.6M (15') below the surface, delivering brilliant white illumination. Constructed with watertight aluminum bronze housings and silicon bronze hardware, this light is ideal for marine applications, including yachts, docks, and fountains. Equipped with 18 high-output LEDs, it ensures uniform light distribution for mid- to large-scale structures and vessels ranging from 10M (32') to 30M (100').

Clear Lens Technology

The innovative clear lens technology prevents biofouling, ensuring optimal light output and preventing overheating. With patented UVC LEDs, this underwater light keeps lenses clear indefinitely.

Anti-Condensation Methodology

Featuring a patented assembly process, this underwater light effectively eliminates condensation, reducing the risk of internal corrosion. Manufactured in a Class 1000 Clean Room, the product guarantees longevity and reliability.

Technical Specifications:

• Beam Angle - 90°
• Input Voltage - 10VDC-30VDC
• Power Consumption - 45.5W
• Dimensions - 7.23" (W) x 2.91" (H) x 1.09" (D)
• Weight - 2.42 lbs
• Lens Material - Clear Quartz
• Operating Temperature - -40 to 122°

The Metro Marine High-Output White Underwater Light, part number F-BME1-H-W3-90, is designed for marine applications requiring robust underwater illumination. This unit is suitable for deployment up to 4.6 meters (15 feet) below the surface. It features 18 high-output LEDs, providing a 90-degree beam angle and uniform white light distribution for structures and vessels ranging from 10 meters (32 feet) to 30 meters (100 feet) in length. Constructed with watertight aluminum bronze housings and silicon bronze hardware, it is engineered for durability in marine environments such as yachts, docks, and fountains. The light incorporates patented UVC LEDs and clear lens technology to prevent biofouling, maintaining optimal light output. Additionally, a patented assembly process eliminates condensation, mitigating internal corrosion risks and contributing to the product's longevity and reliability.