1. Technical diagnostics, the object and means.
2. Vibration diagnostics of machines with rotating parts (shafts) and evaluation according the ISO standard.
3. The sensors accelerometers, proximity probes (principle, connection to machine, the features).
4. Frequency analyses FFT (Fourier fast transformation), DFT , the basic troubleshooting. Setting of datacollector.
5. Spectrum analasis (generally).
6. Balancing and measurement of eigenfrequencies.
7. Diagnostics of roling bearing, electromotors, operational shape deflection.
8. Periodic monitoring and on-line systems.
2. Vibration diagnostics of machines with rotating parts (shafts) and evaluation according the ISO standard.
3. The sensors accelerometers, proximity probes (principle, connection to machine, the features).
4. Frequency analyses FFT (Fourier fast transformation), DFT , the basic troubleshooting. Setting of datacollector.
5. Spectrum analasis (generally).
6. Balancing and measurement of eigenfrequencies.
7. Diagnostics of roling bearing, electromotors, operational shape deflection.
8. Periodic monitoring and on-line systems.