Parallel digital real photographs of the same measuring object with manual or motor-driven focussing; crisp and clear thermal images taken from a broad angle. This, and much more, is provided by the Testo 882 IR camera. In fact, it includes everything you’ll need to capture, document, and analyse thermal images of the object you’re measuring.
Areas in which the testo 882 IR Camera can be used
Quality control in the construction industry, including water damage restoration, mechanical and electrical maintenance, precise high-temperature readings, mould avoidance, and energy management advice. The testo 882 infrared camera provides all of the functionality you’ll need to complete a variety of thermal imaging activities.
The testo 882 IR Camera’s remarkable features include
• For precise thermal imaging and clean, clear images, there are 76 800 temperature monitoring points: 320 × 240 pixels infrared resolution
• *Optional SuperResolution technology boosts image quality to 640 x 480 pixels.
• Thermal sensitivity of 50 mK allows for the measurement of even the tiniest temperature changes
• 32° lens with manual or motorised focus for rapid and easy covering of larger picture portions
• Hot/cold area detection is automatic, allowing for rapid crucial temperature portrayal.
• Built-in digital camera with high-intensity LEDs for real-time and thermal imaging
• IRSoft PC programme is free and can be used to analyse thermal images professionally. TwinPix is a technique that allows you to have overlapping images on your computer monitor. Ideal for assigning thermal pictures, reporting outcomes, and organising follow-up actions.
• Using a headset to record voice annotations
• One-handed operation for quick and easy thermal control
For even more exact thermal imaging, special measuring modes are available.
Special measuring modes and functionalities expand your measuring range and deliver even more precise measurements for faster results:
• Solar mode: insert the sun’s externally determined radiation intensity at the time the image was captured into the camera to find problems in solar systems. • Special measurement mode for detecting spots where mould is a risk: the infrared camera may use the externally determined ambient temperature and humidity, as well as the surface temperature, to compute the moisture value of each measuring point and present it as a genuine moisture image.
• Option for high temperatures:
