Larson Electronics 10W Solar LED Strobe Light - 30Hz Strobing Rate, Red - 40aH Battery Pack - FAA Compliant - Non Class Rated AVL-SOL-L810-LED-V1-30C

The AVL-SOL-L810-LED-V1-30C from Larson Electronics is a Solar LED Strobe Light is an FAA AC 150/5345-43 Compliant unit with applications in aviation. This lighting system contains a red LED strobe light, powered by a 30-watt solar panel with a 40aH lithium-ion battery pack. A remote-mounted day/night sensor automates activation and deactivation during use.

The AVL-SOL-L810-LED-V1-30C is an FAA compliant solar-powered LED strobe light for signaling and notifications during aviation-related operations. This general area lighting system consists of a 30-watt weatherproof solar panel, LED strobe lamp (red), day/night sensor, and 40aH lithium-ion battery pack.

LED Strobe Light: The LED strobe lamp offers 1,050 lumens of red light, with a strobing rate of 30 Hz. Equipped with a 20¡ vertical and 360¡ horizontal beam spread, the unit provides syncing capabilities with multiple strobe lamps to 1/60 second. Syncing features are controlled by a master unit, catering up to 100 slave LED fixtures per master. Operators are provided access to a dip switch inside the LED lamp for selection between master and slave.

The lamp housing is waterproof, constructed of corrosion and chemical resistant polycarbonate with a red Pyrex globe, USCG accepted, ABS Type approved, and NEMA 4X compliant and suitable for hose-down areas. This general area LED unit can survive heavy rains from all angles/directions, wind speeds up of 150 mph and 95% relative humidity. During use, the LED strobe light can also tolerate 130¡F temperatures for 4+ hours and survive in salt-fog environments (Mil-spec salt fog test). For increased reliability in outdoor locations, this unit is resistant to UV radiation, which ensures no discoloration or cracking for 1 year.

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LED Benefits: Unlike gas burning and arc type lamps that have glass bulbs, LEDs have no filaments or fragile housings to break during operation. Instead of heating a small filament or using a combination of gases to produce light, light emitting diodes (LEDs) use semi-conductive materials that illuminate when electric current applied and emitting light. With LED lights, there is no warm up time or cool down time before re-striking and provide instant illumination when powered on, adding to the reliability of LED technology. By nature, LED light sources run significantly cooler than traditional lamps, reducing the chance of accidental burns and increased temperatures due to heat emissions. This solid state design of light emitting diodes provides a more reliable, stable, durable, and energy efficient light source over traditional lighting.

Solar Panel/Sensor: The 30-watt solar panel is equipped with a 40aH lithium-ion battery pack. At full charge, the system is capable of operating for 36 hours without sunlight or 3 full evenings without light. As with all solar powered equipment, charging time is affected by the amount of available ambient light. When ambient light levels drop below a certain level, such as on very cloudy days, the unit will not recharge.

The solar panel is weatherproof and designed to catch the maximum amount of sunlight possible when properly mounted. The day/night sensor is programmed to activate the LED light when ambient lighting reaches 35fc (minimum); and deactivate the strobe lamp when ambient lighting reaches 60fc (maximum).

Wiring: The LED strobe light is connected to the panel by 10' of 16/2 SOOW cord that provides flexibility for positioning of the solar panel and equipment into their respective optimum locations independently of each other. A 30' cable connects the day/night sensor to the solar panel.

Mounting: The AVL-SOL-L810-LED-V1-30C is compatible with inverted ceiling, wall, or surface mounting requirements. Operators may access one, 3/4" NPT hub on the unit for mounting the LED strobe light during installation. The mounting apparatus for the solar panel is designed to allow a variety of options, including flat surfaces, such as a wall and square or round pole mounting. The sensor is remote-mount compatible.

Applications: Aviation, airspaces, helipads, signaling, military, aircraft hangars, FAA compliance, hazardous locations, marine locations, outdoor sites, remote notifications, industrial sites and more.