B9C131

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B9C131is an advanced and reliable thermal imaging camera, featuring a unique combination of large full frame resolution, high sensitivity and fast frame rates. Designed for demanding applications where precise thermal imaging measurements are required, the B9C131 delivers superb image quality and measurement accuracy over the entire temperature range of 0 to 255°C. The B9C131\'s embedded algorithms allow it to automatically detect, measure and store up to 24 custom temperature zones, enabling users to quickly and accurately determine the temperature of any region of interest.

With its wide 72 x 60 field of view, the B9C131 thermal imaging camera is ideally suited for surveying large areas, such as forests, military and police operations, aerial surveying, and industrial maintenance. It can detect hot and cold spots with remarkable accuracy, and its large sensor size ensures that image detail is preserved even in the most challenging conditions. The B9C131\'s long-wave infrared (LWIR) sensor is sensitive to heat, enabling users to accurately measure temperatures from a distance.

The B9C131 comes with an intuitive software interface that makes controlling its functions a breeze. On-board processing allows users to configure settings, such as measuring points and temperature ranges, in one convenient location. The camera supports multiple video output formats, including HD-SDI or analog composite, and features an integrated digital zoom. It has a dynamic range of up to 700°C and can transmit images wirelessly over distances up to 500 meters.

The B9C131 incorporates advanced non-uniformity correction (NUC) technology, which ensures accurate temperature measurements in various environments. The camera also offers several image processing features that allow users to enhance image clarity and contrast. With its powerful image stabilization algorithm, the B9C131 is capable of producing high-quality images in all lighting conditions, from bright sunlight to near darkness. In addition, it includes a white balance mode to automatically compensate for temperature variations in the image.

The B9C131 is designed to be extremely easy to use, with automated power-up and shutdown procedures, as well as a quick-start guide to help first-time users get up and running quickly. When used in combination with a PC, the camera can be controlled remotely using a simple USB connection. Additionally, the B9C131 can be integrated into a variety of existing systems, thanks to its flexible application programming interface (API).

In conclusion, the B9C131 thermal imaging camera is an advanced device that allows users to accurately measure and monitor temperature changes in a variety of environments. Its large field of view, sensitive LWIR sensor, and intuitive software make it an ideal choice for surveying large areas, monitoring industrial maintenance operations, and conducting surveillance activities. Its on-board processing and image processing features ensure that users will receive reliable and accurate results.

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