In induction thermography, eddy currents are induced in the component at a especially high frequency (in the MHz range). Infrared images can be recorded both simultaneously and subsequently. Due to the high-frequency excitation, the method is suitable for measuring dynamic temperature fields, for rapid and two-dimensional defect testing, and for material characterization of thin layer and edge zone areas. A nuanced view of different material groups is possible by using spectral bandpass filters.
Technical Description:
- Induction generator: Hüttinger Elektronik, designation: HF-7010
- Rated power: 10 kW
- Max. Output voltage: 5000 V (eff.)
- Operating frequency: 400 kHz – 3 MHz
- Infrared camera: FLIR, designation: SC-7600
In induction thermography, eddy currents are induced in the component at a especially high frequency (in the MHz range). Infrared images can be recorded both simultaneously and subsequently. Due to the high-frequency excitation, the method is suitable for measuring dynamic temperature fields, for rapid and two-dimensional defect testing, and for material characterization of thin layer and edge zone areas. A nuanced view of different material groups is possible by using spectral bandpass filters.
Technical Description:
- Induction generator: Hüttinger Elektronik, designation: HF-7010
- Rated power: 10 kW
- Max. Output voltage: 5000 V (eff.)
- Operating frequency: 400 kHz – 3 MHz
- Infrared camera: FLIR, designation: SC-7600
30823 Garbsen
