Detect production inconsistencies before downtime occurs
Inconsistencies in production processes often result in costly downtime. Defective components, such as in switch cabinets, can cause fires.
With the new thermal imagers from testo, materials are tested and problems identified before malfunctions or fire risks occur.
Even the smallest temperature differences can be identified with extreme accuracy with the high temperature resolution of the new testo thermal imagers. Highly flexible and application-oriented, exchangeable lenses ensure that the right image section is always visible in the imager display. The integrated digital camera considerably facilitates documentation. With the automatic hot/cold spot recognition, critical temperature conditions are marked, ensuring uninterrupted error localization on site. Multiple-page thermography reports can also be created quickly and easily with the PC software.
By means of the practical Soft-Case, you can carry your testo thermal imager securely with you during the inspection route. This means that it no longer needs to be held in your hand or stored in the case between measurements, but can be transported easily using the shoulder strap.
Electrical maintenance work
In low, middle and high-voltage systems, thermographic images assist in detecting defective components. The testo 875 and the testo 881 thermal imagers offer integrated measurement site management for the structuring of inspection routes. In addition to the infrared recording, a real image of the measurement site can be recorded with the integrated digital camera. The power LEDs of the testo 881 also illuminate dark areas. The testo 881 includes a headset with a speech function. During the inspection route, distinctive features can be stored with the infrared image directly as a spo
Preventative mechanical maintenance
A reliable early recognition of developing damage to process-relevant system components is important in order to guarantee high security and reliability of the machines. A high level of heat emissions may indicate an elevated level of stress for individual components, especially for mechanical components. With its high temperature resolution of < 50 mK, the testo 881 provides an exact diagnosis. The measuring range of the testo 881 thermal imager can be flexibly extended up to 550 °C using the high temperature option.
Critical heat statuses can be identified directly in the instrument using the isotherm function and preventative measures taken.