Pyrometers and Infrared Thermometers
Precision Pyrometers combine crosshair sighting, video signal.
Press Release Summary:
Used for temperature measurement of metals from 50 to 2,200°C, thermoMETER CTVideo and CSVideo are IR thermometers that combine crosshair laser sighting and video signal to accommodate very small measurement objects and portray them as image with 0.1K resolution. Spectral range is, depending on the model, 1–2.3 µm, and dimensions are 50 mm dia x 100 mm long. Along with CompactConnect software, features include analog outputs for current or voltage, alarm output, and USB 2.0 interface.
Original Press Release:
Precise Pyrometer Adjustment with Integrated Video
Micro-Epsilon presents the new thermoMETER CTVideo and CSVideo pyrometers for temperature measurement of metals. The combination of crosshair laser sighting and video signal offers precise thermometer adjustment.
The CTVideo/CSVideo infrared thermometers are used for temperature measurement of metals in the temperature range from 50 °C to 2,200 °C. The combination of a crosshair laser sighting and video signal offers precise thermometer adjustment for very small measurement objects and enable those to be portrayed as an image. The video sighting allows precise temperature measurements in hard-to-access areas such as targets that are no longer visible.
With a temperature resolution of 0.1 K, the spectral range of the new sensors is, depending on the model, from 1 to 2.3µm. These sensors are extremely compact with a diameter of 50mm and a length of 100mm. There are analogue outputs for current or voltage, an alarm output and a USB 2.0 interface. The scope of supply includes the CompactConnect application software that enables the automatic recording of video snapshots (time- or temperature-dependent), graphical display and the recording of measurement values, as well as set up and configuration of the infrared thermometer.
The CTVideo/CSVideo infrared sensors with video sighting are ideal for applications in Research & Development, steel processing and for process analysis.
