The infrared pyrometer Optris CS LT is perfectly suited for temperature measurement in small and narrow environments. The robust measuring heads have been developed for use in temperature ranges from -50°C to 1,030°C and can be employed in ambient temperatures of up to 80°C without additional cooling.
OPTRIS CT LT02 is one of the smallest infrared sensors worldwide for precise non-contact temperature measurement from -50°C to 600°C, usable up to 130°C ambient temperature without cooling.
OPTRIS CT LT20 is one of the smallest infrared sensors worldwide for precise non-contact temperature measurement from -50°C to +975°C, usable up to 180°C ambient temperature without cooling.
OPTRIS CTlaser LT allows precise non-contact temperature measurement from -50°C to +975°C and offers a robust and premium-quality stainless steel measuring head usable up to 85°C ambient temperature without cooling, with an innovative double laser sighting for an exact measuring field marking in every distance.
Compact spot finder IR camera Optris Xi 80 with a full 80x80 thermal image eliminates the hunt for the hot spot and tedious positioning required with single spot temperature sensors. The integrated spot finder function will identify the hottest (or coldest) spot in the image and automatically communicate these measurements without an external PC.
Compact spot finder IR camera OPTRIS Xi 400 with a full 382x288 thermal image eliminates the hunt for the hot spot and tedious positioning required with single spot temperature sensors. The integrated spot finder function will identify the hottest (or coldest) spot in the image.
Compact IR spot finder camera OPTRIS Xi 400 Kit with microscope optics (IFOV 90μm) is a thermal imager with 382 x 288 pixels for exact temperature measurement of -20 °C ... 900 °C. The integrated spot finder function will identify the hottest (or coldest) spot in the image.
Compact thermal camera OPTRIS PI 640i MO2X with microscope optics (IFOV 8μm) is a thermal imager with 640 x 480 pixels for exact temperature measurement of -20 °C ... 900 °C. Microscope for chip-level thermal imaging.