| Dimensions | 13 × 14 × 12 in |
|---|---|
| Configuration |
2 Segments of 3ft Length Each, 1 Segment of 6ft Length, Custom Length(s) |
| LED Color |
White, Green, Blue, Red, Multi-Color RGB |
| Trim Bracket Color |
White Powder Coated, Black Powder Coated, Clear Powder Coated |
EXTEND YOUR SUMMER WITH LIQUID LUMENS!
UNDERWATER LED LIGHTS
TOPSIDE LIGHTS
The Top Side Package
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The World’s Best Underwater Lights: Featuring Patent Pending “Lumen-Boost”™ Technology
THE 3 STEPS TO BETTER MARINE LIGHTING
STEP 1: INCREASE AVAILABLE POWER
The first step in creating the world’s Best Underwater Lights begins with the Power Supply Box in the Liquid Lumens Installation Kit. It uses a pair of DC-DC drivers designed to boost your boat’s standard 12V power supply. This process results in a higher output (either 25V or 34V depending on the LED color) voltage. This higher voltage means a more powerful LED can be installed Underwater.
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Available with wireless remote control to power lights on and off
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Integrated Install Kit’s that function through your boat’s factory touch-screen system are now available
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One Install Kit can power a matching pair of Underwater LED Lights
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Also features direct 12V pass through connection point to simplify installation of Top-Side Lights
STEP 2: INSTALL HIGHER PERFORMING LEDs
The next step in creating the world’s Best Underwater Lights, is to put the higher voltage created in Step 1 to work. We use more powerful underwater LED’s than what typical 12V systems can support. A more powerful LED, means more lumens. More lumens, means more light. A lot more light.
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6,000 Lumen’s for Red and Blue LED’s
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7,000 Lumens for Green LED’s
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10,000 Lumens for Cool White LED’s
STEP 3: FOCUS THE BEAM MORE EFFECTIVELY
The third step of our process, is to aim this more intense source light through a borosilicate glass focusing lens. This results in a more concentrated beam. This light focusing process increases the amount of light directed to where you want to use it, while simultaneously reducing wasted peripheral light.
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Light is focused through a borosilicate glass lens
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More light arrives at the point of use
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Less light is wasted in peripheral directions
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This results in a higher Candela rating from the light
