From $450.
Product Overview
The SIRIUS RANGE Solar Bollard is a commercial-grade, solar-powered lighting solution designed for outdoor environments. This modern, eco-friendly LED solar bollard lights are ideal for illuminating paths and walkways without the need for electrical wiring. The range includes bollard, pole, wall, and pillar options, providing versatile lighting solutions for various outdoor applications.
Key Features
– Commercial grade solar lighting
– Automatic light sensor for dusk to dawn operation
– 10-12 hours of light output per night
– High-quality inbuilt LiFePO4 battery
– Attractive modern design in polished 304 grade stainless steel
– Clear light diffuser for optimal light distribution
– Concealed on/off button
– Bolt-down installation for security
Technical Specifications
– Solar Panel: 9V, 4 watts
– Light Source: 36 high intensity LEDs
– Color Temperature: 4000K (cool white)
– Brightness: Approximately 300 lumen output
– Battery: 7.4V/4400mAh inbuilt lithium battery (LiFePO4)
– Charge Time: 4-6 hours
– Operation Time: 10-12 hours per night
– Bollard Size: 800H x 275W mm (top)
– Material: Stainless steel with polycarbonate diffuser
– Finish: Polished 304 grade stainless steel
Applications
– Pathways and walkways
– Commercial landscapes
– Residential exteriors
– Parks and recreational areas
– Educational campuses
– Hospitality venues
Customization Options
– Available in different formats:
– Bollard (SOLB012SS): 800mm height
– Pole (SOLPOLE0012SS): 2200mm height
– Wall (SOLWALL0012SS): 380mm height
– Pillar (SOLPILL012SS): 380mm height
Warranty
1-year warranty for faulty workmanship or component failure not influenced by external means
Ordering Information
Specify the model number based on your required format:
– Bollard: SOLB012SS
– Pole: SOLPOLE0012SS
– Wall: SOLWALL0012SS
– Pillar: SOLPILL012SS
Additional Information
– Requires 10-12 hours of charge prior to first use
– Anti-corrosive 304 grade stainless steel construction
– Stem diameter: 140mm
– Solar panel size: 145H x 155W mm (may vary by model)
