Made in the USA
The Larson Electronics SPLEDXL-2X12E-AT Solar Powered LED Light is an ideal lighting solution for remote areas and standalone applications where connection to external power is either impractical or unavailable. This rechargeable solar powered LED light is offered in a spotlight or floodlight beam pattern and several different operating configurations, making it ideal for remote applications. For robust illumination, the unit uses two LED lamps, capable of producing 4320 lumens of white light. The SPLEDXL-2X12E-AT features a 10 hour runtime and an automatic sprinkler timer.
This solar powered LED light is offered in several different configurations and powered by two 250aH sealed lead acid 12V batteries that are recharged by a 265 watt solar panel. Light output comes from two, 36-watt LED lamps (total of 72 watts) producing 2,160 lumens each for a total lumen output of 4320 lumens. This solar-powered lighting system features an intermatic sprinkler timer that permits 1 to 60 `ON` operations every 24 hours. The timer is designed for water metering in increments of 12 minutes to 20 hours, and 45 minutes to help conserve and mazimize water sources. The 14-day skipper feature allows irrigation to be stopped on operator selected days and also allows `every other` day operation. Additionally, an `ON/OFF/AUTOMATIC` switch allows shutdown during rain, or extended watering during dry days, without disturbing the automatic cycle.
The sealed lead acid battery pack is contained within the solar panel, not the light. Charging time for the battery is 5 hours when exposed to direct sunlight. 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 cloudy days, the unit will not recharge. Mounting options include the ability to attach the fixture to flat surfaces such as walls or round/square pole mounting such as on flagpoles or structure supports. The included 15` 16/2 SOOW cord with Deutsch 2-pin disconnect that runs between the solar panel and the light offers operators convenience and flexibility during the mounting process.
The two LED lamps each produce a 550` long by 70` wide light beam with 2,160 lumens of bright light. Twelve Edison Edixeon Emitters containing Cree EZBright three watt LEDs producing 180 lumens each are arranged in rows and paired with high purity 10 degree optics to produce a tightly focused spot beam with limited spread or light spillage. We also offer optional floodlight versions with 35 degree optics to produce a wider beam spread and more light over a larger area nearer the fixture, making flood versions ideal for use as work and area lights. These LED light bars are IP68 rated and waterproof to 3 meters, sealed against intrusion by dust and dirt and very ruggedly constructed to withstand the most demanding environments, conditions and applications. The entire Larson Electronics LEDLB series are constructed of extruded aluminum and feature heavier housings, rubber isolated mounts and unbreakable polycarbonate lenses to provide increased durability against vibrations, impacts, waves, hard rains, sand and high winds. These LED light fixtures are offered in 6000K, 4500K, 3000K and 2500K color temperatures.
The LEDLB-E series of LED light bars from Larson Electronics offer IP68 rated construction that is designed to withstand extremes of environmental and operating conditions. The LED lights with the ‘E’ part number designation are designed for extreme durability and are larger and nearly twice as heavy as their standard counterparts. These units can withstand rapid temperature changes of -40 degrees Celsius to 85 degrees Celsius, are waterproof to three meters and resist ingress of dust, dirt and humidity. The housings are formed from thick extruded aluminum and the lenses are unbreakable polycarbonate. The Edixeon LEDs offer inherent LED resistance to shocks and vibrations contributing to these units 15.6Grms rating of vibration tolerance.
Unlike gas burning and arc type lamps that have glass bulbs, LEDs have no filaments or fragile housings to break during operation and/or transportation. 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 is applied, providing instant illumination with no warm up or cool down time before re-striking. Because there is no warm up period, this light can be cycled on and off with no reduction in lamp life.
LED lights run at significantly cooler temperatures than traditional metal halide and high pressure sodium lights and contain no harmful gases, vapors, or mercury, making them both safer and more energy efficient. No extra energy is wasted in cooling enclosed work areas due to external heat emissions from bulb type lights, and the operator risks associated with traditional lighting methods, such as accidental burns and exposure to hazardous substances contained in the glass bulbs, are eliminated. In addition, LEDs are also safer for the environment as they are 100% recyclable, which eliminates the need for costly special disposal services required with traditional gas burning and arc type lamps.
Heat is the single largest factor in premature LED failure and color shifting. These LED units contain advanced drivers which use pulse width modulation to control heat buildup rather than simple voltage regulators which are typically harsh on sensitive electronics and can contribute to early LED failure. These units automatically sense the temperature of each LED and adjust the energy frequency or "duty cycle" accordingly to maintain heat levels within acceptable ranges. This system in essence flashes current at an extremely fast on and off rate to each LED based upon the LED`s core temperature. This flash rate is too fast to detect with the human eye, but provides precise control of the current flowing to each LED and thus the heat it generates. This allows the LEDs to be driven at up to 100% capacity without overheating or visible loss of light output. The LEDs are always driven at the same voltage but the duty cycle, however, is changed to alter how long the LEDs are actually on or off. The end result is more light with less heat and longer LED life with an average 70% lumen maintenance after 50,000 hours.
Larson Electronics has further upgraded the options available with this light. A six foot extension cord connects the solar panel to the LED light, allowing the light to be mounted separately from the panel. This means the solar panel can be mounted in direct sunlight while the light is mounted in a workspace. The cord between the light and panel ends in Deutsch connectors, allowing an optional longer extension cord to be attached, increasing the distance the light can be installed from the panel. Optional longer extension cords are available at additional cost. Alternatively, the light can be mounted directly to the panel. Larson Electronics can also configure this light for special requirements including different lights and larger batteries.
Suggested uses for this light include both commercial and industrial applications as well as consumer based installations. This light is ideal for boat docks, remote locations that rely on batteries for power, exterior outbuilding lighting, hunting cabins, parking areas, sign or entryway illumination, driveway lighting and anywhere a standalone lighting solution is needed.
Contact firstname.lastname@example.org for more information about our custom options tailored to meet your specific industry needs.
Unit Type: Solar Powered LED Light w/ Automatic Sprinkler Timer
Panel Dimensions: 65.43"L x 38.98"W x 1.81"H
Lamp Dimensions: 8.25"L x 3"H x 3.56"D
Panel Wattage: 265
Total Watts: 72W
Panel Mounting: Surface or Pole
Lamp Mounting: Flat Surface or Tube - Adjustable
Total Lumens: 4,320
Lamp Configuration: 10° Spot or 35° Flood
LED Color Temperature: 6000K, 4500K, 3000K or 2500K
LED Lamp Life: 50,000+ Hours
Battery: (2) 150aH sealed lead acid batteries
Charging Time: 5 Hours
Wiring: 5` 16/2 SOOW Cable w/ Deutsch 2-pin Disconnect
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