the visible lighting turns off and the infrared light continues

Installation is incredibly flexible due to the M-Vision Cine LED’s compact and lightweight chassis design, and extraordinary lens shift range of 30% horizontal and 120% vertical. Multiple lens options provide further flexibility, with a throw ratio ranging from 1.25 to 3.0:1. There is also a fixed lens which offers a .73:1 throw ratio. Connectivity includes two HDMI inputs, as well as RGB via D-15, component, composite and S-Video inputs.

Producing 4,320 lumens, this LED light emitter consists of 4 rows of 3 watt LEDs, each encapsulated in its own parabolic reflector. Two rows of the LED light produce visible light and the other two rows of LEDs produce infrared light. The LEDLB-24-VIR can be configured with 850nm infrared LEDs or 940nm infrared LEDs, depending on the night vision optics available. Individual power leads extend from the rear of the IP67 water and dust tight led high bay light fixture which can be connected to any voltage ranging from 9 volts to 32 volts DC. By doing so, the Magnalight LEDLB-24-VIR can be wired within the MRAP or MATV military vehicles to produce both visible and infrared lights. When the blackout system is activated, the visible lighting turns off and the infrared light continues.

Larson Electronics Magnalight offers a wide range of visible and LED lighting for vehicle mount and low voltage applications. Known for its HML-5M spotlight found in the Escalation of Force Kit and now the Vehicle Checkpoint Kit provided to deployed US soldiers in Iraq and Afghanistan, the Magnalight range of Buy American compliant LED lights, including the LEDLB-24 series and the LED10W-6R have found consistent application on military vehicles around the world.

For our flashlights, the XLamp XP-G LED was a clear choice because of its high lumen output, unmatched efficacy and compact package size.” This level of performance can potentially reduce the required number of LEDs, as well as the size and cost of LED fixtures. High efficacy at lower current (up to 132 lm/W typical at 350 mA) can lower the total power requirement for a portable or solar lighting application, which can reduce the amount of solar cells or batteries needed.