Four new thermal imagers for all requirements in building analysis, heating construction and industrial maintenance: These are the new models testo 865s, testo 868s, testo 871s and testo 872s.
In addition to the usual reliable Testo brand quality, each imager convinces with these unbeatable advantages:
Informative thermal images: High resolution and very good NETD
Smart and networked: Connection of radio probes and testo Thermography App
Intuitive operation: modern tile look and quick select button
The right decision – for sure: Overview of new thermal imagers
testo 865s
Switch on, point, analyze.
Infrared resolution of 160 x 120 pixels. 320 x 240 pixel resolution with testo SuperResolution technology
Thermal Sensitivity (NETD) of < 0.18 °F (0.1 °C) (100mK)
Automatic detection of hot and cold spots
testo ScaleAssist for comparable images in building thermography
IFOV warner for displaying the measurement spot size
Make your job even easier: The top features of our imagers
Informative thermal images
Best thermal image quality with resolution up to 320 x 240 pixels, with testo SuperResolution technology even up to 640 x 480 pixels
Very good thermal sensitivity (NETD) for temperature differences as low as 0.09 °F (0.05 °C)
Comparable thermal images with testo ScaleAssist to avoid misinterpretations
Smart and networked
The testo 868s, testo 871s and testo 872s models integrate perfectly into your everyday work thanks to connectivity
With the testo Thermography App, you can use your smartphone/tablet as a second screen or create compact reports on site.
Measured values from the testo 605i thermohygrometer can be wirelessly integrated with testo 871s and testo 872s - for even more informative thermal images
Intuitive operation
Modern tile look and quick select button
IFOV warner with display of measurement spot size to avoid measurement errors
Automatic detection of hot and cold spots
FOV calculator
The FOV calculator shows you quickly and easily how small the measurement object can be, in order to be recognized (IFOV geo) and reliably measured (IFOV meas) at the selected distance.
