An LWIR camera (long-wave infrared camera) is a special type of infrared camera that operates in the long-wave infrared range of the electromagnetic spectrum. This range covers wavelengths of around 7.5 to 12 micrometers (µm).
Here are some features and applications of the Teledyne FLIR A6751 SLS thermal imaging camera:
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Specific wavelength sensitivity: This camera covers the long-wave infrared range from 7.5 µm (Lower) to 11 µm (Upper), which enables precise detection and imaging of temperature differences and thermal radiations that are not visible in visible light.
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High resolution and image quality: With a resolution of 640 x 512 pixels, the camera provides detailed and precise imaging, ideal for applications that require high image quality and accurate thermography.
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High refresh rate: The camera supports a refresh rate of 125 Hz, which enables fast and accurate detection of thermal events. This is particularly useful in dynamic applications where fast response times are required.
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High sensitivity: With thermal sensitivity, the camera offers the ability to detect the finest temperature differences, making it suitable for demanding measurement and monitoring tasks.
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Flexible data management: The camera uses GigE (Gigabit Ethernet) for fast and reliable data transmission, which facilitates integration into various systems and enables comprehensive image analysis.
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Rugged design: The camera is designed for use in harsh environments and offers a robust construction that can withstand extreme temperatures and mechanical stress.
In summary, the Teledyne FLIR A6751 SLS thermal imaging camera is a powerful LWIR camera that is suitable for a wide range of applications in research, development and industrial monitoring thanks to its high resolution, fast frame rate and robust design.
