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Sunlike ECO—IAP
Sunlike ECO—IAP
Important
Release the safety rope
after disconnecting the
wire connectors.
Make sure the color of the
wires match while connecting.
Battery pack
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Luminous Distribution
1. The LiFePO
4
-battery-powered Sunlike ECO—IAP lights are visibly brighter
than other outdoor solar lights, and their performance overall is
more reliable.
2. To charge the battery fully may take up 6 to 12 hours.
3. The rechargeable battery can work continuously for 10 hours at
full power.
4. Output will be reduced to 40% when the battery is below 40% of
its capacity.
5. Battery will stop charging when the ambient temperature is below
32°F or above 149°F.
Battery Status is indicated by the red/green indicator on the lighting
fixture as follows:
- Red indicator (Charging)
> Slow red light flashing = Charging
> Red light continuously on = fully charged
> Quick red flashing = charge fault
- Green indicator (not charging)
> Green light continuously on = more than 40% of the battery
capacity remaining
> Slow green light flashing = battery capacity below 10%
> Quick green light flashing = battery below 0% mode—Protect
battery does not over discharging
Storage
To avoid over discharge of the battery during storage, please recharge
the lighting fixture every 4 months. Use the dedicated charger to charge,
reset the switch when done.
Battery Replacement
1. Loosen the screws of the
battery pack.
2. Disconnect the wire
connectors.
3. Take out the battery pack.
4. Replace with a new one,
connect the wire connectors.
5. Tighten the screws.
(IAP) Intelligent Adaptive Program Battery
Control Technology
In order to extend the off-grid autonomy of
the Sunlike ECO—IAP under shady trees, heavy
rain, and thick clouds, our controllers now
integrate an adaptive smart control feature
to actively track battery capacity and adjust
light output accordingly. Before integrating
this feature, selecting a light output percent-
age on the remote would yield an accurate
percentage of max LED brightness. Now with
(IAP), the controller actively monitors the
battery and regulates the electrical current
to the LEDs. The controller makes light output
of the selected percentage on the remote
relative to battery capacity rather than max
LED output. This smart-control feature can
increase our off-grid performance by up
to 40%.
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Battery Notes
20W Type III
30W Type III
