High Dynamic Range Cameras

Main features

Enhanced In-Scene Dynamic Range: Measure a span of up to 900 degrees in a single snapshot image without the risk of saturation or underexposure.
High Frame Rate: Measure dynamic events at high temporal resolution with framerates up to 650 Hz in the full detector window configuration
Image Hot and Cold Target Simultaneously: Efficient imaging of scenes display a wide range of temperatures
Quick Automatic Attenuation Filter Transition: The HDR cameras automatically select the best attenuation filter for the scene in less than 50 ms.
For rapidly evolving temperature changes over a wide range: The HDR camera can measure highly dynamic and contrasted scenes ranging up to 2 500 °C.
Automatic exposure control: The camera self-adjusts exposure time depending on the scene, for best imaging.

Downloads

HDR IR Family Factsheet

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HDR M700 Factsheet

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Description

The HDR family of cameras are optimized for high dynamic range performance when presented with scenes containing strong thermal contrast. The HDR M700 signifies a revolutionary upgrade to in-scene dynamic range capabilities available to thermal imaging systems. This all-new camera features a 24-bit architecture and an advanced on-chip saturation management solution to enable measurements of extremely wide temperature ranges in a single snapshot image. Traditional MW thermal cameras can typically measure a range of about 100-150 degrees in a single image using a single exposure time. The advanced design of the HDR M700 allows for a measurement range of approximately 900 degrees in a single exposure time snapshot, allowing for efficient imaging of hot and cold object simultaneously. The HDR-M350 and HDR-M3k employ a unique automated fast-switching netural density filter mechanism designed to continually optimize the dynamic range performance over time and changing scene contrast conditions.

Technical Description

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