AquaIllumination LED Systems

AQUA ILLUMINATION MODULAR LED SYSTEMS

Specifications:

	Controller: Display: 16 x 2 Character LCD w/ Blue Backlight Interface: Rotary knob with center button Clock Speed: 20Mhz Data Storage: 256 bytes Real Time Clock: 14 day standby
	Module DIMENSIONS: Length: 12.38 inches Width 6.38 inches Height 2.40 inches
	Power Supply: Power Output: 180W Universal Input Range: 100 to 240VAC / 50-60Hz AC Cable Length: 6 ft AC Connector: IEC 320 Inlet Dimensions (L x W x H): 7.7 x 3.5 x 2.0 in Regulatory Compliance (meets requirements/limits) CE & RoHS†

Features:

Reduced Energy:
The AI will realize over a 1/3 savings when compared to a low output metal halide (250W). In addition, consider the energy consumed by a small (400W) water chiller, and the heat produced by the chiller that must be removed using air conditioning. The compound energy savings can be substantial.

No Heat Increase:
The AI shows less than a 1 degree water temperature increase over a 12 hour period. A low output metal halide (250W) in the same configuration shows an increase of over 15 degrees.

Over 8 Times Longer Life:
The AI’s LEDs are rated for over 50,000 hours allowing years of maintenance free and environmentally friendly use. Metal Halides are plagued with costly annual replacements due to deteriorating output and unpredictable color drift. They are also dangerous to the environment if not disposed of properly.

Micro-Controlled:
With the included external controller, the fixture can be configured to simulate the sun and lunar cycles.

Built in the USA:
The AquaIllumination product is sourced of high quality components from various US and Asian sources. Critical components are tested and assembled at both state-side vendors and in-house to maintain strict installation and quality control. High power LEDs are installed onto thermal circuit boards in strict accordance with the LED manufacturer's reflow curve. Each fixture is built and tested in-house and given a 24 hour burn-in, after which, the light is sent through a testing fixture to confirm proper PAR output, heat output, and electricity consumption.