JENOPTIK Optical Systems, Inc. Infrared Thermographic Camera Module IR TCM 640 Compact

Measurement and monitoring of temperature distributions Infrared Thermographic Camera Modules from Jenoptik are designed for exact and non-contact measurement or automated monitoring of two-dimansional temperature distributions, especially in environments that cannot be accessed by a human operator. Easy system integration The camera modules are designed for stationary use and remote control via an external PC. Measured data, thermographs and thermal images are transferred wireless or via cable to an external screen for display or to a controlling PC for further processing. Standard interfaces such as IEEE1394 Firewire, Gigabit Ethernet (GigE), USB, CameraLink, RS232, S/C-Video or WLAN allow for most flexible integration into customer specific systems, for example production lines. Optimum performance for reliable results With radiometric calibration for temperature ranges from -40 °C up to 2,000 °C and a temperature resolution of better than 30 mK, the infrared thermographic camera modules are ideally suited for various applications in industrial production as well as industrial or scientific R&D. The high resolution, homogenity and longtime-stability of infrared thermographic camera modules from Jenoptik warrant for exact meauring results of highest reliabilty and reproducibilty. This is why thermographic cameras from Jenoptik are setting market standards since years and worldwide. Especially the models equipped with high resolution microbolometer detector and optional integrated optical Resolution Enhancement technology deliver nearly photo-realistic thermal images with resolutions up to 1.2 megapixel and a distinctiveness so far unknown at an commercial level. Automated temperature measurement - also under harsh conditions The infrared thermographic camera modules are designed for continuous monitoring and analysis of temperature distributions, for example in industrial automation. Another feld of application is temperature measurement in areas that cannot be accessed or that are too hazardous for human operators, for example areas exhibiting electromagnetic fields, ionizing radiation or poisonous gases.