Description
Metro Marine Blue Underwater Light 90 Beam | Boat Supply Store
Engineered for harsh marine environments, this high-output submersible light utilizes 18 H.O. LEDs to deliver potent blue illumination with a 90-degree beam angle. Its robust aluminum bronze housing and silicon bronze hardware withstand depths up to 4.6M (15') and an operating temperature range of -40 to 122°F. The unit incorporates patented UVC LED technology for self-cleaning lenses and a patent-pending anti-condensation assembly, ensuring sustained optical clarity and performance on large vessels or illuminated water features.
Key Features
- Achieve broad illumination with 90-degree optical lensing.
- Benefit from long-term clarity via patented UVC LED self-cleaning lens technology.
- Ensure performance integrity with a patent-pending anti-condensation assembly.
- Experience superior durability with watertight aluminum bronze housing.
- Rely on corrosion resistance from silicon bronze hardware.
- Enjoy vibrant blue light from 18 high-output LEDs.
- Operate reliably across extreme temperatures from -40 to 122°F.
- Achieve maximum submersion capabilities up to 4.6M (15').
Specifications
| Product Specifications | |
|---|---|
| Beam Angle | 90-degree |
| Power Consumption | 44W |
| Input Voltage | 10VDC-30VDC |
| Diameter | 5.47" |
| Depth | 1.12" |
| Weight | 2.71 lbs |
| Lens Material | Clear quartz |
| Operating Temperature | -40 to 122°F |
| Housing Material | Watertight aluminum bronze |
| Hardware Material | Silicon bronze |
| Submersion Depth | 4.6M (15') |
Who This Is For
Yacht owners and dock builders requiring premium, long-lasting blue underwater lighting solutions for vessels ranging from 32' to 100'. Also suitable for theme park operators and sea wall managers enhancing aesthetic water features with robust illumination.
How It Compares
| Feature | Metro Marine Blue Underwater Light 90 Beam | Competitor |
|---|---|---|
| Beam Angle | 90 degrees | 120 degrees, 90 degrees |
| Power Consumption | 44W | 36W, 25W |
| Housing Material | Aluminum Bronze | Bronze alloy, Marine-grade bronze |
| Self-Cleaning Lens Technology | Yes (Patented UVC LEDs) | No, No |
| Anti-Condensation Assembly | Yes (Patent-Pending) | Standard, Standard |
Common Concerns Answered
Why is the price higher than basic LED lights?
The higher price point reflects advanced, proprietary technologies such as patented UVC LED self-cleaning lens systems and patent-pending anti-condensation assemblies, alongside premium construction materials like aluminum bronze and silicon bronze, all contributing to superior durability and reduced long-term maintenance compared to less sophisticated competitors.
Is installation straightforward for a DIY boater?
Installation requires careful planning and execution due to its submersible nature. Proper wiring, sealing, and mounting are critical for ensuring longevity and safety, making professional installation highly recommended for optimal results, particularly for permanent fixtures.
How will this light hold up in the marine environment over time?
Customer sentiment indicates appreciation for premium build quality and advanced technologies focused on durability. The use of aluminum bronze housing, silicon bronze hardware, patented self-cleaning lens technology, and a patent-pending anti-condensation assembly are specifically designed to combat biofouling and internal moisture, ensuring long-term clarity and performance in harsh marine conditions.
Frequently Asked Questions
What is the maximum depth this light can be submerged?
This light is suitable for submersion to depths up to 4.6 meters (15 feet).
What is the beam angle of this light?
The light features a 90-degree beam angle for broad illumination.
What is the power consumption of this light?
The power consumption for this light is 44 watts.
What materials are used in the construction of this light?
The light features a watertight aluminum bronze housing and silicon bronze hardware.
How does Metro Marine prevent condensation in their lights?
Metro Marine employs a patent-pending anti-condensation assembly methodology to prevent internal moisture buildup.
