Thermal Imager testo 876

 
Thermal Imager testo-876 Thermal Imager testo 876 flexibly applicable, safe Thermography in any position

The thermal imager testo 876 stands out thanks to its large rotatable display. This allows you to keep the display in view when carrying out thermography in any position, safely reaching every corner. Thanks to exchangeable lenses, you can guarantee that you always have the right infrared image section in your display. For you, that means: See more, have a better overview with the flexibly applicable infrared imager testo 876!

Would you like free consultation on non-intrusive infrared image measurement? Just simply fill in the free demo form.

 
 
testo 876: Thermography now with high-resolution SuperResolution technology

With the optionally available SuperResolution technology, you improve the image quality of the testo 876 by one class in no time. Four times more measurement values and a geometric resolution of the infrared image improved by a factor of 1.6 means for you: higher-resolution thermal images, (320 x 240 pixels) even more details and even more safety in your measurement.

 
The Advantages Of The Thermal Imager testo 876
Overview of variants
Set thermal imager testo 876
 

The Advantages Of The Thermal Imager testo 876

 
thermo camera Detector size 160 x 120 pixels
With 19,200 temperature measurement points, the measurement objects are detected in very good image quality, clearly and precisely.
 
super-resolution technology SuperResolution technology (to 320 x 240 pixels)
SuperResolution technology improves the image quality by one class, i.e. the resolution of the thermal images is four times higher.
 
thermal sensitivity Thermal sensitivity < 80 mK
Thanks to an excellent temperature resolution of < 80 mK, even small temperature differences are visible.
 
IR thermal camera Integrated digital camera
Parallel to the thermal image, a real image of each measurement object is also stored.
 
Infrared cameras Voice recording using headset
Voice recording allows each thermal image to be recorded with a comment. This valuable information is stored together with the thermal image.
 
solar mode thermal image Solar mode
For each measurement, the sun irradiation value can be entered into the camera. This value is stored for each thermal image.
 
Thermal Infrared camera Special measurement mode for detecting areas with danger of mould
Using the externally measured ambient temperature and air humidity, as well as the surface temperature, the humidity value of each measurement point is calculated and shown in the display as a real humidity image.
 
 
Overview of variants
 
Testo Thermal imaging camera 876
Features testo 876 testo 876 Set
Detector 160 x 120 Pixel
Thermal sensitivity (NETD) > 80 mK
Temperature range -20 C... +280 C
Image refresh rate 9 Hz
Lens 32 x 23 true true
Exchangeable telephoto lens 9 x 7 true true
SuperResolution true true
Integrated digital camera true true
Display of surface moisture distribution (by manual input) true true
Voice recording using the headset true true
Motor focus true true
Isotherm display in instrument true true
Min/Max on Area calculation true true
Auto Hot/Cold Spot Recognition true true
Solar mode true true
Lens protection glass true true
Additional battery true true
Fast battery charger true true
 
 
optional
included in delivery
 
  The imager is delivered in a robust case incl. pro software, Soft Case, carrying strap, SD card, USB cable, mains unit, Li ion rechargeable battery.
 
  > Detailed technical data of the thermal imager testo 876 for you to download
 
 
Set thermal imager testo 876
 
thermal imager testo set
In addition to the equipment of the testo 876, the set also includes:
 
Telephoto lens 9 x 7
Additional battery
Lens protection glass
Charger
 
Part no.: 0560 8762
 
 
 

 

The thermal imager testo 870 was specially developed for your applications, in cooperation with heating constructors, building contractors, service engineers and facility management specialists – for example for detecting leakages, localizing cold bridges or visualizing overheated connections.