The Teledyne FLIR 29428-283, also known as the FLIR X8583 SLS, is an advanced thermal imaging camera that operates in the long-wave infrared range from 7.5 to 12 µm. This camera combines excellent image quality with high speed and reliability to meet the demanding requirements of modern thermal imaging applications.
Main features and applications:
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Long-wave infrared sensitivity: The FLIR X8583 SLS is tuned for the long-wave infrared range from 7.5 to 12 µm. This specialization enables precise detection and display of temperature distributions, even under difficult conditions such as smoke, fog or steam.
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High image resolution: With a resolution of 1280 x 1024 pixels, the camera delivers high-resolution and detailed thermal images. This resolution is ideal for precise analysis and monitoring of fine details.
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Fast refresh rate: The FLIR X8583 SLS offers a refresh rate of 181 Hz, which enables a smooth display of rapid thermal changes. This is particularly useful for analyzing dynamic processes and fast movements.
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Advanced optics: The camera has an aperture of f/4.1, which provides balanced performance when capturing light. This aperture ensures clear and high-contrast images, even in less than optimal lighting conditions.
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Rugged construction: The FLIR X8583 SLS is robust and designed for use in extreme conditions. Its construction withstands both high temperatures and mechanical stress, making it suitable for demanding environments.
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Versatile applications: This camera is versatile in areas such as industrial inspection, security surveillance, firefighting and scientific research. It is ideal for analyzing heat loss, monitoring machinery and equipment and investigating complex thermal phenomena.
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Efficient data transmission: The FLIR X8583 SLS supports modern data transmission standards such as Gigabit Ethernet to ensure fast and reliable transmission of radiometric data.
In summary, the Teledyne FLIR X8583 SLS thermal imaging camera (7.5 - 12 µm, 1280x1024 px, f/4.1, 181 Hz) is a powerful and versatile solution for demanding thermal imaging applications. Its special wavelength sensitivity, high image resolution, fast refresh rate and robust design make it a first-class choice for precise thermal imaging and analysis in demanding environments.