LX25, LX50, LX95 SERIES
Manufactured by:
Vision Solaire inc.
www.vision-solaire.com
T. 1-819-729-0450
Révision: 2.4
1.2 STORAGE AND HANDLING:
If you wish to store the luminaire, the battery needs to be recharged before stor-
ing for a period of 15 days or more in order to prevent damage to the battery. The
luminaire must be stored at 20°C room temperature.
The luminaire should never be manipulated when the battery is inside. Use
the quick access door to remove the battery before handling.
1.3 DEEP DISCHARGE PROTECTION
This protection significantly increases battery lifespan. This protection also pre-
vents permanent damage to the battery caused by very deep discharges during
cold weather.
When the battery reaches a 50% state of charge, the battery is
automatically disconnected from the system until it’s state of charge reach
-
es 85%
i.e. about 1 day of sunshine in summer and about 4 days of sunshine in
winter.
1.4 PIR SENSOR TIME DELAY FEATURE
ADJUSTMENT
Please be careful, the time delay trimpot is a fragile component.
The Time Delay (30 seconds to 30 minutes) adjustment trimpot is located under
the lens assembly. The trimpot is accessed easily. Gently unscrew the lens as-
sembly. Do not remove the thumbscrew collar; it holds the sensor in place on the
fixture.
Set the time delay to the desired setting. The time delay can be set from
30 seconds (fully counterclockwise) to 30 minutes (fully clockwise). We recom-
mend not to go over 5 minutes. The time delay starts when no more presence is
detected.
1.5DAY-NIGHT TRANSITION
The fixture uses the solar panel to detect day and night periods. The night transi-
tion requires a very low brightness level for 5 continuous minutes. This constraint
prevents false night transitions. Avoid exposing the luminaire to an artificial light
source that may cause synchronization errors by simulating the day. If the fixture
operates erratically, make sure the solar module is not covered with debris or
heavy snow. The luminaire automatically corrects synchronization errors after 24
hours. The occupancy sensor has its own photocell, which does not activate when
the ambient brightness is too high.
