Designed for electronic inspection, medical thermography, manufacturing process monitoring or non-destructive testing, the FLIR A6700sc is ideal for visualizing fast-moving thermal events and moving targets.
FLIR thermal imaging cameras are used to capture and record thermal distributions or variations in real time, enabling engineers and researchers to accurately see and assess heat distribution and dissipation, leakage and other temperature variations in equipment, products and processes.
With its high refresh rate and high sensitivity, the Flir A6700sc is ideal for R&D and all applications requiring better image quality, greater sensitivity and a higher frame rate than can be achieved with a thermal camera equipped with an uncooled detector.
The Flir A6700sc is equipped with a cooled indium antimonide (InSb) detector that operates over a frequency band of 3 to 5 microns. A broadband version operating over a waveband of 1 to 5 microns is also available. Both versions produce sharp thermal images, with 640 x 512 pixel resolution. With a thermal sensitivity of less than 20 mK, the FLIR A6700sc is capable of capturing the finest image details and the smallest temperature differences.
What's more, its highly precise synchronization makes this camera ideal for capturing thermal images of moving subjects at high speed and for high-sensitivity applications. In snapshot mode, the Flir A6700sc is capable of simultaneously recording all pixels of a thermal event. This is particularly important when monitoring fast-moving objects, where a standard thermal camera would produce motion blur. The camera supports refresh rates of up to 480 frames per second when used in windowing mode.
The use of a standard GigE Vision interface to transmit commands and all the dynamics of digital video transforms it into a true "plug and play" thermal imaging camera. Options are available for custom cold filtering, spectral-specific detection and measurement. The Flir A6700sc comes with an attractive package at a very affordable price.
It works seamlessly with Flir ResearchIR Max software for intuitive visualization, recording and advanced processing of the infrared data supplied by the camera. Each camera comes as standard with software specially developed for R&D applications.
Price is often a major barrier to the acquisition of a cooled sensor thermal camera. For this reason, the manufacturer markets it at a very affordable price, enabling many more researchers to benefit from the advantages of cooled sensor thermal imagers.
Learn more: www.flir.com