Posted to News on 11th Jun 2015, 16:14
LWIR thermal imaging camera for harsh industrial environments
New from Xenics and available from Stemmer Imaging, the high-resolution Serval LWIR uncooled thermal imaging GigE camera is designed for industrial in-line process and quality control in harsh and hot industrial environments. It features an IP67 design so that no large additional third-party enclosure is needed.
Operating over a wavelength range of 8-14um the new Serval camera produces high resolution images at 640 × 480 pixels and 50Hz high frame rate. The Gigabit Ethernet interface is fully compatible with the GigE Vision standard for high data transfer rates over distances up to 100m. With 75 mK NETD (Noise Equivalent Temperature Difference), high sensitivity for small signals is guaranteed.
This compact Serval camera measures just 55 × 55 × 130 cm (depending on lens) and is characterised by its rugged design. The IP-67 design includes a front window protection to allow operation for case temperatures between 0degC to 60degC. The front window protection is provided complete with air purge to avoid the need for expensive cleaning or replacement of the lens. This means maximum operation time even in dust-loaded atmospheres. The design eliminates the need for a large third party enclosure and an extensive thermal calibration. This leads to a cost-effective compact vision system and an early time to market. The camera also offers a variety of configurations with a specific athermalised fixed lens and optional IP67 cabling, sun shroud and I/O interface board.
Thermal imaging (LWIR) cameras are widely used in the automotive, food or electronic industries. The new Serval camera is designed for long-term stable and reliable operation under difficult ambient conditions. It therefore provides system integrators in this highly specialised field with a new option in terms of easy and maintenance-free installations as well as excellent performance.
Follow the link to learn more about the Serval LWIR uncooled thermal imaging GigE camera.
