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Low Profile Infrared LED Military Driving Lights - PWM High/Low Beams - 9-32VDC - Covert Headlights(-Black-750nm-Flood)

Product ID : 37606566


Galleon Product ID 37606566
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About Low Profile Infrared LED Military Driving Lights

Low profile infrared LED military driving lights - pwm high/low beams - 9-32vdc - covert headlights(-black-750nm-flood). buy American Compliant the Larson Electronics ledlb-3-x2-ir-mhl infrared LED driving lights offer high light output and extreme durability combined with versatile mounting and power options. This IP67 rated infrared LED light bar set produces an infrared light beam that can only be see-through the use of night vision goggles. 750Nm, 850Nm, 940Nm versions available. This pair of lights light can run on any voltage from9 to 42 Volts and provides an extremely rugged infrared lighting solution that is ideal for use in commercial and industrial security applications as well as military environments. The ledlb-3-x2-ir-mhl covert military LED headlights from Larson Electronics produces light in the infrared 850Nm or 940Nm end of the light spectrum depending upon the version selected. Two LED bars containing four Edison 3 watt infrared emitters producing 180 lumens each are arranged in rows and paired with high purity 10 degree optics to produce a tightly focused high beam and 35 degree optics to produce awider low beam spread. These LED light bars are IP68 rated, waterproof (tested 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-e 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. Heat management: heat is the single largest factor in premature LED failure and color shifting. As a result, many manufacturers reduce the out put of their leds to reduce the amount of heat produced.