The Testo 868 thermal imager makes work quicker and easier without foregoing professional thermal imaging technology, as you can generate error-free and objectively comparable infra-red images using its handy functions.
The IFOV warner, Testo ɛ-Assist and Testo ScaleAssist help you to avoid measurement errors and effortlessly achieve optimum setting of emissivity (ɛ) and reflected temperature (RTC) for building thermography and colour scale.
The Testo 868 thermal imager wirelessly communicates with your mobile terminal device via WLAN. With the Testo Thermography App for iOS and Android you can write and send reports directly on site, as well as saving them online, and you can use your smartphone or tablet as a second display or for remote control.
Areas of application of the testo 868 thermal imager include the detection of leaks, identifying overheated connections, pinpointing thermal bridges or detecting structural defects.
Very good image quality due to high resolution: 19,200 temperature measuring points for precise thermography
Infra-red resolution of 160 x 120 pixels – extended to 320 x 240 pixels via integrated SuperResolution Technology
Visualising temperature differences of 0.10°C
The Testo Thermography App enables you to write reports on site, save them online and send them by e-mail, as well as allowing you to use mobile terminal devices as a second display or for remote control
Built-in digital camera generates a real image in parallel to the thermal image
Automatic hot-cold spot recognition directly displays critical temperature conditions
The Testo ScaleAssist automatically ensures optimum setting of the thermal image scale, which means you generate objectively comparable and error-free thermal images, for example of the thermal insulation behaviour of buildings
The Testo ɛ-Assist ensures the correct measurement result by automatically determining and setting the emissivity and reflected temperature
The IFOV warner means the distance from the measurement object / measurement spot size is determined and the measurement spot is shown on the thermal image – you therefore avoid measurement errors because the camera shows you exactly what you can measure
