Pro Solar – LED Solar PIR Bollard Light – 800mm
- Monocrystalline Solar Panel (up to 25 year life)
- PIR Motion Sensor – Up to 8m Range
- Replaceable LiFePO4 Lithium Battery (LFP long life)
- High Output Daylight or Warm White Epistar LEDs (210 lumens)
- Durable Die Cast Aluminium (IK10) & Frosted Polycarbonate Lens
The Litecharga Solar PIR Bollard Light is a 160mm diam. bollard with anti glare, frosted white polycarbonate lens. It is designed to look similar to a standard, mains commercial bollard light.
Even in the dullest of weather, our solar lights will still illuminate, although they may not last the entire night cycle, which in many cases is not a necessity. The on/off switch is concealed by a waterproof plug which is also much less noticeable. Mount this solar bollard via the internal mounting flange, which in completely concealed within the streamlined bollard.
Epistar LED chips (1.8W) generate a high lumen output with up to 50,000 hours life. This solar powered bollard incorporates a substantial monocrystalline solar panel and replaceable LifePO4 lithium battery. As a result, optimum charge levels are maintained.
The Litecharga is an ideal solar path light or solar driveway light. It is both simple and safe to install, with endless mounting positions, in comparison to mains fittings. Not only is solar lighting environmentally friendly, converting natural energy into electrical current it is also completely free to run.
PIR Motion Sensor & Active Smart Power System
The Litecharga bollards use the PIR motion sensor to both prolong battery life, as well as function as a security bollard light. When the PIR sensor is triggered, the Litecharga switches to 100% brightness. After 30 seconds, the Litecharga returns to 50% brightness. In addition, Litecharga’s Active Smart Power System (ASPS) further reduces light emission when the battery voltage is low, resulting in longer-lasting light function.
Require a Root Mount Solar Bollard?
Purchase a set of Root Mount J-Bolts here to mount this bollard into wet concrete for extra stability.