


With induction thermography, eddy currents are induced in the component at a particularly high frequency (in the MHz range). Infrared images can be recorded in parallel and subsequently. Due to the high-frequency excitation, the method is suitable for measuring dynamic temperature fields, for fast and extensive defect testing and for characterizing materials in thin layer and edge zone areas. A differentiated view of different material groups is possible by using spectral band filters.
With induction thermography, eddy currents are induced in the component at a particularly high frequency (in the MHz range). Infrared images can be recorded in parallel and subsequently. Due to the high-frequency excitation, the method is suitable for measuring dynamic temperature fields, for fast and extensive defect testing and for characterizing materials in thin layer and edge zone areas. A differentiated view of different material groups is possible by using spectral band filters.
Technichal Data
Induction generator | Hüttinger Electronics |
Designation | HF-7010 |
Rated power | 10 kW |
Output voltage | 5000 V (eff.) |
Infrared camera | FLIR |
Designation | SC-7600 |
Operating frequency | 400 kHz - 3 MHz |

30823 Garbsen
