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The 850nm medium-range infrared illuminator delivers reliable, covert lighting for indoor and outdoor environments. Featuring interchangeable beam diffusers, adjustable intensity, and self-cleaning technology for accurate scene illumination.
Commercial Type No: IIR-50850-MR
Adjustable IR intensity
Integrated adjustable photocell
Interchangeable beam pattern diffusers to match beam to camera
Self-cleaning lens coating technology
Telemetry input and photocell output for external switching
Frequently Asked Questions
Common questions about the Illuminator, 850nm, medium range
By providing reliable 850nm infrared illumination, the device enhances low-light visibility, allowing cameras to capture clear details in total darkness. This active illumination reduces image noise, which in turn lowers bandwidth and storage requirements (bit rates) for the overall video system.
Yes, the illuminator includes a set of interchangeable beam pattern diffusers. This allows installers to easily select and swap diffusers—ranging from 10 to 95 degrees—to precisely match the camera's field of view, ensuring accurately illuminated scenes without wasting energy or creating hot spots.
The illuminator features a vandal-resistant polycarbonate front window equipped with self-cleaning lens coating technology. This specialized coating reduces the buildup of dirt and moisture, minimizing the need for physical maintenance while ensuring consistent, reliable lighting performance in challenging weather conditions.
The device features adjustable IR intensity, ranging from 10 to 100 percent, alongside an integrated adjustable photocell. It also includes a telemetry input and photocell output for external switching, allowing security teams to fine-tune the lighting output based on specific environmental conditions and operational needs.
Designed for fast, flexible deployment, the illuminator can be powered directly from any 12 to 32 VDC supply. Its energy-efficient, surface-mount high-power LEDs deliver maximum illumination with reduced power consumption, while an advanced electronic control circuitry ensures improved thermal management and a lower overall cost of ownership.