Pg. 3 – Nature Power 120 LED DUAL HEAD SOLAR MOTION LIGHT (23401) User Manual
Page 3

pg. 3
OPERATION
1.
Before the Solar Motion Light can operate to its full capacity, the Solar Panel needs to be in sunlight for 3 days to fully charge the
included battery. Charging should be done with the unit in the “OFF” position.
2.
Located at the bottom of the Battery Housing (11) there is a switch with three positions:
•
Turn the switch to “AUTO” position, the light will turn on automatically at night when motion is detected by the Motion Detector
Head (6).
•
Turn the switch to “ON” position, the light can be used as a standard light for constant illumination.
•
Turn the switch to “OFF” position, the light will remain off and will not detect any movement.
3.
The lamp heads and arms are adjustable:
•
Both arms can be rotated 180º front and back.
•
Coupling Shafts can be rotated 180º horizontally.
•
Both lamp heads can be rotated 180º left and right. Adjust these parts and joints to
reach optimum angle and range of illumination.
4.
The Motion Detector Head is adjustable:
•
Coupling shaft can be rotated 180º up and down.
•
The joint connecting to the Battery Housing can be rotated 180º left and right. Adjust these joints to
reach optimum angleand range of detection.
NOTE: Light will function when the photo-‐sensor senses minimal light.
HOW TO USE CONTROL DIALS
The Solar Motion Light has 3 different control dials which control the light’s duration, sensitivity to light and sensitivity to
LUX (LIGHT LEVEL)
This is the level of darkness reached before the light turns on
If set to maximum level the light will turn on in most situations ranging from dusk to daylight.
If set to minimum the sensor will only trigger when it’s dark. This is the most ideal position for general evening and night operation.
The Time adjusting dial will set the duration of time the light will stay illuminated for after motion has been detected.
The time can be adjusted from 8 seconds up to 2 minutes.
Rotating the dial clockwise will extend the time the lamp is illuminated.