The popular Solar Security Flood Light includes a PIR motion/proximity sensor and 3 different lighting modes to suit the buyers’ needs. With a separate solar panel and generous 3.5m cable, you can mount this light in a covered or shaded area and locate the panel elsewhere in the sun. As well as being versatile, this light is a reliable and efficient option for solar security lighting.  Ideal for use in house perimeter, driveway, courtyard, garden, caravan, pool area, pathway, entrance/exit, undercover area, barn/shed, parking lot.

All Star 8 solar lights maximise battery life and charge life because they incorporate Adaptive Lighting, Variable Frequency and Temperature Control patented technologies.

Data Sheet

Material:

• Aluminium Alloy
• Toughened Glass

Finish:

• Black

Wattage:

• N/A

Lumens:

• 1000lm

Colour Temperature:

• 6000K - Daylight

Sensor Information:

• Range: 3m - 5m
• 30 second PIR motion/proximity sensor

Capability:

• 3 lighting modes
• 1: 150 lumens all night with 30 second 1000 lumen PIR activated light.
• 2: 50 lumens all night with 30 second 1000 lumen PIR activated light.
• 3: 0 lumens all night with 30 second 1000 lumen PIR activated light.
• Adjustable lighting angle
• Separate solar panel with 3.5m cable

Power Information:

• Solar charging time: 9 hours (by direct sunlight)
• Charge life: 7+ nights 
• Solar panels: Polycrystalline silicon 5W
• Battery: Li-ion 27.75WH

IP Rating:

• IP65

Dimensions:

• Depth: 120mm
• Height: 118mm
• Width: 243mm

Warranty:

• 1 Year Warranty

Additional Information:

• ALS: Adaptive Lighting System

  Innovative patented technology that automatically adjusts lighting levels according to surrounding weather conditions without impacting passer-by visibility. ALS maximizes battery efficiency and life of charge (redundancy).

• VFT: Variable Frequency Technology

  Special Technology managing LED output thereby maximising battery charge life.

• TCS: Temperature Control System

  Provides critical battery control system to protect the battery from overheating thus maximising battery life and output.