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SolarGoesGreen SGG-F108-3R
READ AND FOLLOW ALL INSTRUCTIONS BEFORE OPERATING YOUR SOLAR LIGHT.
SAVE THIS MANUAL FOR FUTURE REFERENCE.
DESCRIPTION
The SolarGoesGreen solar SMD-LED flood light is the premier choice for indoor or outdoor solar lighting.
The versatility of the SolarGoesGreen SGG-F108-3R makes it the best choice for use in gardens, parks,
warehouse, garages, driveway, sign, yards, farms, horse riding arenas and business. The SolarGoesGreen
solar LED flood light is easily installed. The battery is protected by an auto-detection circuit in the system to
control the brightness of the lamp, allowing the lamp to operation longer as the battery charge declines.
PARTS
1 each 10W hinged Solar Panel
1 each 108 SMD-LED Light Lamp Fitting
1 each Battery & Weatherproof Case
1 each Wireless RF Remote Control
4 each Ground Stakes for Battery Box
1 each Ground Stakes for Solar Panel
Mounting Screws
INSTALLATION
1)
INSTALLATION OF SOLAR PANEL
For optimum performance, the solar panel must be facing the southern horizon and positioned at a 45
degree angle using the ground mount stake provided.
2) INSTALLATION OF BATTERY BOX & LIGHT
·
Mount the battery box using the ground mount stake.
·
Fix LED lamp on top of battery box by using provided screws
·
Connect LED lamp to battery box by inserting the lamp wire into OUT PUT plug on the box;
·
Connect solar panel wire to the SOLAR IN plug on battery box
·
Switch the power ON. Lamp will light up and shut down after several seconds.
To test operation of complete unit, completely shield the face of solar panel by laying it face down on a flat surface or
cover the panel with thick black cloth. The Lamp will turn ON after several seconds.
After checking the above, the remote control can now be used to manage the unit’s ON/OFF function independently,
however please note The remote control only operates light function when the battery box switch is set to the
"Remote" power position on battery box.
OPERATION
The lamp will light automatically after dark. The SGG-F108-3R has a unique battery circuit that will provide full
illumination on full battery charge, but will also detect when the battery output level has reached 50% and reduce the
light output to increase the hours of illumination while reducing output by 50%.This control feature will also ensure
the battery does not discharge battery to damaging level.
