- Entry date 14.07.2017 Condition monitoring for gearboxes on the HUSUM Wind 2017
- Entry date 20.01.2017 Maintenance Dortmund 2017: Predictive maintenance for gearboxes
- Entry date 26.08.2016 Maintain 2017: Predictive maintenance for gearboxes At the Maintain 2016 in Munich, the GfM again presents a wide range of products for machine diagnostics...
- Entry date 17.08.2016 WindEnergy Hamburg 2016: PeakStore512 - Offline vibration diagnosis for wind turbines At the WindEnergy Hamburg 2016 GfM presents the offline vibration diagnostics system PeakStore512 for...
- Entry date 23.08.2012 GfM put into operation condition monitoring systems at HKM
9th VDI Conference Vibration of wind turbines
12.06.2018 - 13.06.2018
Seminar Condition Monitoring on gearboxes and roller bearings
11.09.2018 - 12.09.2018
Fair WindEnergy Hamburg
25.09.2018 - 28.09.2018
27. Wind Energy Days 2018
06.11.2018 - 08.11.2018
The functionality of the piezoelectric acceleration sensor is based on the 1880 by J. and P. Curie discovered effect of quartz crystals, which charge each other under mechanical load. A seismic mass is mechanically coupled by the piezoelectric crystal to the transducer housing. If this crystal is set into action, then forces affect the piezoelectric crystal, because of the inertia of the seismic mass. Then, the crystal generates electrical charge, which is proportional to the force. In modern sensors, this electrical charge is directly converted into an electrical voltage.
Acceleration sensors are robust, inexpensive and suitable for a very wide frequency range. For Condition Monitoring, they are perfectly suitable. Sensors with magnets are used for the offline measurements. In Online Condition Monitoring systems, screw-or adhesive bonds are used.