SOCR Series – The Solar Core™

Solar Powered LED Area Light


FEATURES AND BENEFITS

• Convenient LED light, solar panel, and battery integrated into a single unit.
• 5,550 lumens in a 30W package with a high capacity battery.
• Highly efficient 185 lm/W
• High conversion efficiency mono-crystalline photovoltaic solar panel.
• Long life and high temperature resistance LiFePO4 battery.
• 10.1 hour charge can power light 4 to 6 days in intelligent control mode with factory settings.
• Built in microwave motion sensor.
• 2° tilt to reduce dust and rainwater accumulation.
• Highly durable with IP66 ingress protection and IK08 impact resistance.
• C3 (ISO 9223:2012) rated corrosion resistance.
• Hybrid dual-powered option available – AC power takes over if battery is low.
• Highly efficient MPPT type charge converter.

DOWNLOADS

     

SPECIFICATIONS

Wattage 30W
Color Temp  3000 / 4000 / 5000 Kelvin
Housing Aluminum Alloy
Color Black RAL9005
Lens Polycarbonate
Lifetime 102,000 hrs L70
Distribution Pattern Type V Short / Type II Short
CRI Ra80
Working Mode Intelligent control
Control Timer dimming / microwave sensor
Ambient Temperature 0°C (32°F) to 50°C (122°F) recommended, for colder temps – see Application Guide
Warranty 3 Year Limited Warranty

LUMENS

Model 30W
Lumens 5,550

BATTERY SPECIFICATIONS (non-hybrid models)

With their high temperature resistance, large current discharge and long life cycle rating, LiFePO4 batteries are preferable for use in solar powered lights.
Type LiFePO4 (Lithium Iron Phosphate)
Run Time 4 to 6 days (intelligent control factory settings) on full charge
Life Cycle  >2,000 cycles (D.OD. 80%)
Capacity 24Ah / 307.28Wh
Charge Time 10.1 hours

SOLAR PANEL SPECIFICATIONS

Mono-crystalline is the preferred type of panel for solar powered lights due to their superior efficiency and lifespan. Features a 21% conversion rate, which is 30% higher compared to traditional solar panels.
Type High efficiency mono-crystalline
Charge Controller MPPT (Maximum Power Point Tracking – DC to DC converter that finds the exact voltage/current where panel produces max power)