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 from around 7.5 to 12 micrometers (µm).
Here are some features and applications of the Teledyne FLIR A8581 SLS thermal imaging camera:
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Specific wavelength sensitivity: This camera is optimized for the long-wave infrared range (7.5-12 µm) and 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 1280 x 1024 pixels, the camera offers excellent detail and image quality. This makes it ideal for applications that require particularly detailed and clear thermal images.
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Fast frame rate: The camera supports frame rates of 44 Hz with GigE and 60 Hz with CXP (CoaXPress), which enables fast and precise capture of thermal events. This frame rate flexibility is particularly useful for applications that require different transmission rates.
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High sensitivity: With a high thermal sensitivity, the camera provides precise measurements and detection of subtle temperature differences, making it ideal for demanding measurement and monitoring tasks.
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Rugged design: The camera is designed for use in demanding conditions and can withstand extreme temperatures and mechanical stress. This ensures reliable performance even in harsh environments.
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Flexible data transmission: Support for both GigE and CXP enables flexible and fast data transmission, which facilitates integration into various systems and enables comprehensive image analysis.
In summary, the Teledyne FLIR A8581 SLS thermal imaging camera is a powerful LWIR camera that is suitable for a wide range of applications in research, development and industrial monitoring due to its high resolution, fast frame rate and robust design.
