Pathway Lighting
Part Numbers: PG, WB, DB
SEPCO™ offers over 2,000 models of commercial lighting. Below are typical pathway lighting systems. Our systems come complete with a Solar Electric Power Assembly (SEPA) sized specifically for your application and location, your choice of Pagoda (PG), Wharf Bollard (WB) or Dock Bollard (DB) fixture, and your choice of controller.
The power assemblies are sized by the lamp power consumption times the hours of operation and take into account how much sun there is in each geographic area. Each self contained power assembly uses the best, single crystal solar modules which are bonded into a single array with full cover vented aluminum panel pans with welded rear channel mounting brackets, an aluminum vented battery storage assembly which includes single or double sealed GEL batteries and all control electronics. All components attach to our unique 5°/15°/45° welded aluminum power bracket which bolts to any pole or wall. The power assembly can run multiple fixtures and be mounted up to 100’ away, as shown in the line art drawing.
The Pagoda fixture is a large commercial quality fixture which is attaractive and durable for both pathways and garden use. The unique 4-tiered design with 10” top reduces glare. The fixture features a 3” post mount base which will allow a strong support pole to raise the fixture to 40”, which will provide overlapping circles of even illuination at 30’ spacing.
The Wharf Bollard is a reproduction of the old 1900’s wharf posts historically found in many US sea ports. This lighted bollard makes a handsome commercial grade luminary used for high intensity; localized lighting along pathways, sidewalks, roadways, or within a commercial landscaping environment.
The Dock Bollard features a non-yellowing polycarbonate lens in rust proof polycarbonate housing with all stainless steel hardware. This makes it great for marine applications where lighting of walkways and docks is needed.
| Pathway Lighting Projects |
Homestead Air Reserve Base |
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Manatee Pocket Walk Phase I |
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National Renewable Energy Laboratory |
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