CSvision Series
Innovative Ratio Pyrometers and High Quality Video Alignment
The CSvision Series combines a visible camera and laser sighting with a ratio sensor capable of measuring high temperature metal targets (up to 3000 °C) through dusty environments. The on board camera and and innovative two-step brightness reduction filter (BRF) provides perfect imagery even on extremely and and bright objects. The motorized focus supports measurement from a variety of mounting locations.
Enhance your IR thermometers with Optris’ accessories for optimal performance and extended functionality
A remote infrared sensor must endure harsh industrial conditions, delivering accurate measurements even in high heat or dusty air. Cooling and air purging accessories help maintain performance. Versatile mounting options, including adjustable brackets, furnace wall mounts, and sighting tubes, ensure proper positioning and minimize environmental interference, protecting the sensor’s optical path for reliable and precise temperature measurement.
Fiber Optic (Ratio) Pyrometers for Extremely High Temperatures
Optris CTratio pyrometers use infrared energy measured with two wavelengths to improve measurement accuracy of high temperature metal surfaces when dust in the optical path or dirt accumulation on IR windows partially attenuates the infrared signal. The fiber-optic sensing head withstands temperatures of 200 °C and increases options for mounting of the separate configurable electronics box with cable length options up to 15 meters.
Video pyrometers with laser aiming for precise temperature measurement in areas with limited access
The CTvideo head’s sensor housing is crafted from stainless steel with and equal rating, while the sensor electronics are located in a separate die-cast zinc box. CTvideo includes an on-board camera that supplies a real time video image of the target and and overlay displaying the precise location of the laser illuminated measurement spot which are both visible on the Compact Connect software or the IR Mobile app.
