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installation ManUal
LX commerciaL soLar Lighting FiXtUre
IMPORTANT NOTES:
• Always install the lighting fixture on the pole before installing the battery.
• The lighting fixture should never be handled with battery installed inside.
• The battery compartment contains a "quick connector" to connect the battery.
INSTALLATION
1. Using the supplied bolts and hardware, fasten the battery com-
partment to the solar module as indicated on the image #1. Orien-
tation of the battery box is critical.
2. Install the lighting fixture on a pole with an outer diameter of:
• 102mm (4in) LX25 & LX50 (square or round sleeve);
• 127mm (5in) LX95 (square sleeve only on the LX95);
3. Use the proper drilling pattern (4in or 5in) at the end of this docu-
ment.
4. Slide the lighting fixture on top of the pole;
5. Use the 1/4"-20 bolt to secure the luminaire to the pole, the drilling
pattern is at the end of this document;
6. Once the light is in place, open the battery box door and insert the
battery.
7. Make a quick connection with the quick connect cable;
8. A green indicator light indicates that the luminaire is functionnal.
9. Close the battery box door, the installation is now complete.
LEARNING DELAY
The light requires a 24-hour delay to operate properly according to it's
program.
STEP 2, 3, 4, 5
Solar Vision inc.
Revision 4.0
STEP 6
www.solar-vision.ca
info@solar-vision.ca
Image #1 (step #1)
Indicator lights
STEP 7
T. 1-819-729-0450
P.1/5
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Related Manuals for SOLAR VISION LX25
Summary of Contents for SOLAR VISION LX25
- Page 1 LX commerciaL soLar Lighting FiXtUre IMPORTANT NOTES: • Always install the lighting fixture on the pole before installing the battery. • The lighting fixture should never be handled with battery installed inside. • The battery compartment contains a “quick connector” to connect the battery. INSTALLATION 1. Using the supplied bolts and hardware, fasten the battery com- partment to the solar module as indicated on the image #1. Orien- tation of the battery box is critical. 2. Install the lighting fixture on a pole with an outer diameter of: • 102mm (4in) LX25 & LX50 (square or round sleeve); • 127mm (5in) LX95 (square sleeve only on the LX95); 3. Use the proper drilling pattern (4in or 5in) at the end of this docu- ment. 4. Slide the lighting fixture on top of the pole; Image #1 (step #1) 5. Use the 1/4”-20 bolt to secure the luminaire to the pole, the drilling pattern is at the end of this document; 6. Once the light is in place, open the battery box door and insert the battery. 7. Make a quick connection with the quick connect cable;...
- Page 2 (≈ optimal) structures nearby, this could favour snow accumulation and shading; Winter • The solar module must be ideally oriented towards the south, other- Annual -17% wise see table “ORIENTATION AND AUTONOMY”. East / West Summer -9.8% Failing to follow these recommendations can result in loss of system per- Winter -28% formance. Annual -35.8% FACTORS AFFECTING AUTONOMY: North Summer -21.6% Lack of sunshine, very low ambient temperature, snow accumulation due Winter -54.8% to trees or structures nearby, shading due to nearby trees or structures, solar module orientation (see table), too many unplanned occupancy de- tections (road, unusual activities and events), sunshine below the monthly averages, time delay too high on the occupancy sensor. Solar Vision inc. T. 1-819-729-0450 www.solar-vision.ca info@solar-vision.ca Revision 4.0 P.2/5...
- Page 3 85% i.e. about 1 day of sunshine in summer and about 4 days of sunshine in winter. 1.4 DAY-NIGHT TRANSITION The fixture uses the solar panel to detect day and night periods. The night transition 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 au- tomatically corrects synchronization errors after 24 hours. The occupancy sensor has its own photocell, which does not activate when the ambient brightness is too high. Solar Vision inc. T. 1-819-729-0450 www.solar-vision.ca info@solar-vision.ca Revision 4.0 P.3/5...
- Page 4 P.4/5...
- Page 5 P.5/5...
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