The ImageIR® 9500 is suitable for highly demanding applications in science and industry, object monitoring and micro thermographic analysis of extremely small structures.
Cooled FPA photon detector with (1,280 × 720) IR pixels
Opto-mechanical MicroScan with (2,560 × 1,440) IR pixels
Full-frame rate up to 120 Hz
GigE Vision compatible
Up to 1.5 kHz with (320 × 180) IR pixels
Snapshot detector, integrated trigger interface
Extremely short integration times in the microsecond range
Thermal resolution better than 0.025 K
In regard to InfraTec‘s wide range of products, the ImageIR® 9500 thermographic camera offers an alternative especially for the international market. Its highly sensitive cooled focal plane array photon detector is based on mercury cadmium telluride (MCT) and provides (1,280 × 720) IR pixels. The geometrical resolution can even be increased to (2,560×1,440) IR pixels with the MicroScan function. Due to its outstanding thermal sensitivity up to 0.025 K, users can create low-noise, fine-resolution images using the quadruplication of the image formats. In addition, this model of the high-end ImageIR® camera series impresses with extremely short integration times in the microsecond range, very high frame rates of 120 Hz, which increase to 1,500 Hz in sub-frame with (320 × 180) IR pixels.
The ImageIR® 9500 is suitable for highly demanding applications in science and industry, object monitoring and micro thermographic analysis of extremely small structures. It is equipped with an integrated 10 GigE interface that enables data exchange between camera and computer at a speed of 10 Gbps. Due to the modular concept consisting of optics, detector and interface modules, the camera can be individually configured and optimally adapted to the respective task. The same purpose is served by the range of high-quality, radiometric precision optics, which ranges from telephoto lenses, standard and wide-angle lenses to macro- and microscopic lenses.
The ImageIR® 9500 is suitable for highly demanding applications in science and industry, object monitoring and micro thermographic analysis of extremely small structures.
- Cooled FPA photon detector with (1,280 × 720) IR pixels
- Opto-mechanical MicroScan with (2,560 × 1,440) IR pixels
- Full-frame rate up to 120 Hz
- GigE Vision compatible
- Up to 1.5 kHz with (320 × 180) IR pixels
- Snapshot detector, integrated trigger interface
- Extremely short integration times in the microsecond range
- Thermal resolution better than 0.025 K
In regard to InfraTec‘s wide range of products, the ImageIR® 9500 thermographic camera offers an alternative especially for the international market. Its highly sensitive cooled focal plane array photon detector is based on mercury cadmium telluride (MCT) and provides (1,280 × 720) IR pixels. The geometrical resolution can even be increased to (2,560×1,440) IR pixels with the MicroScan function. Due to its outstanding thermal sensitivity up to 0.025 K, users can create low-noise, fine-resolution images using the quadruplication of the image formats. In addition, this model of the high-end ImageIR® camera series impresses with extremely short integration times in the microsecond range, very high frame rates of 120 Hz, which increase to 1,500 Hz in sub-frame with (320 × 180) IR pixels.
The ImageIR® 9500 is suitable for highly demanding applications in science and industry, object monitoring and micro thermographic analysis of extremely small structures. It is equipped with an integrated 10 GigE interface that enables data exchange between camera and computer at a speed of 10 Gbps. Due to the modular concept consisting of optics, detector and interface modules, the camera can be individually configured and optimally adapted to the respective task. The same purpose is served by the range of high-quality, radiometric precision optics, which ranges from telephoto lenses, standard and wide-angle lenses to macro- and microscopic lenses.
