The testo 880 can be used in industrial thermography for:

• Preventive maintenance of mechanical parts in production, such as: motors, bearings, gears, presses and pumps.
• Inspection of electrical systems, such as low, medium and high-voltage plants.
• Quality assurance in production, such as detection of foreign bodies, analysis of temperature distributions.
• Process & condition monitoring, such as temperature distributions at furnaces, fill level of tanks, inspection of valves, pipe systems and vapour retarders.

With the testo 880, safely detect concealed defects in machines and electrical installations, thereby avoiding expensive production losses!

In the electrical maintenance, immediately begin minimising dangerous fire risks...
With the testo 880, determing the heating condition in electrical installations. You reliably detect faulty components or connections so that you can introduce the preventative measures required in a targeted manner. You thus avoid expensive production shutdowns and high consequential costs. You precisely recognise even the smallest objects to be measured thanks to the quick switch from wide-angle lens to telephoto lens.

In the mechanical maintenance, you locate potential future damages in good time...

With its high temperature resolution of < 0.1 °C, the testo 880 provides you with pin-sharp images. You thus diagnose pending malfunctions in production-relevant installation components without interrupting production processes. The documentation of the measurement results in particular plays a decisive role in preventative maintenance. The testo 880 offers you simple location administration for the structuring of inspection paths. With an integrated digital camera, the testo 880 can combine real and IR images.

You have more security in process and production control...
The testo 880 supports you during the quality assurance. You quickly, without contact detect foreign bodies in production processes as well as anomalies in the heat distribution of components. When checking electrical modules, e.g. on PCBs, the very small minimum focusing distance of the thermal imager of 10 cm helps in the exact detection of overheated components.