News
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Entry date 16.09.2019
Innovative News: PeakStore5 with balancing module
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Entry date 06.09.2019
Condition Monitoring from Berlin at the maintenance fair In.Stand in Stuttgart
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Entry date 11.03.2019
Condition Monitoring on Cranes: The Instrument for Predictive Maintenance!
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Entry date 11.03.2019
Practical Workshop Condition Monitoring on Gearboxes and Rolling Bearings
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Entry date 15.10.2018
Integrated Condition Monitoring solutions on Wind Energy Denmark
Here you meet us:
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Wind Energy Days 2019
05.11.2019 - 07.11.2019
Potsdam -
Seminar Condition Monitoring on gearboxes and roller bearings
05.05.2020 - 06.05.2020
Berlin -
07.05.2020
Berlin -
Seminar Condition Monitoring on gearboxes and roller bearings
15.09.2020 - 16.09.2020
Berlin -
Seminar Peakanalyzer
17.09.2020
Berlin
From now on we offer the vibration measuring system PeakStore5 with extension by the function balancing.
In this case, the vibrations caused by imbalance are measured on a fully assembled rotor and calculated required balancing weights. This is done in two balancing planes and at variable speed.
The process is simple. The two balancing planes are defined. Two accelerometers and a rotary encoder are installed. And there are a few inputs required. Then a first measurement is performed. Subsequently, a test mass is attached to a compensation plane and a test measurement is carried out. Thereafter, this process is repeated for the second level of compensation. Based on this data, the system calculates the balancing weights and locations of attachment. The system takes into account that the application of leveling compounds is only at certain angles or radii possible, or that the masses not added, but will be removed. Subsequently, up to five validation measurements are possible. Finally, a log is generated that documents the entire process and specifies the balancing quality according to DIN ISO 21940-11: 2017-03.
In this case, the vibrations caused by imbalance are measured on a fully assembled rotor and calculated required balancing weights. This is done in two balancing planes and at variable speed.
The process is simple. The two balancing planes are defined. Two accelerometers and a rotary encoder are installed. And there are a few inputs required. Then a first measurement is performed. Subsequently, a test mass is attached to a compensation plane and a test measurement is carried out. Thereafter, this process is repeated for the second level of compensation. Based on this data, the system calculates the balancing weights and locations of attachment. The system takes into account that the application of leveling compounds is only at certain angles or radii possible, or that the masses not added, but will be removed. Subsequently, up to five validation measurements are possible. Finally, a log is generated that documents the entire process and specifies the balancing quality according to DIN ISO 21940-11: 2017-03.
More news in 2019
Archive - 2018
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Modified date 2018/10/15
Integrated Condition Monitoring solutions on Wind Energy Denmark
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Modified date 2018/07/31
Integrated Condition Monitoring solutions on China Wind Power, Beijing
Archive - 2017
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Modified date 2017/07/14
Condition monitoring for gearboxes on the HUSUM Wind 2017
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Modified date 2017/01/20
Maintenance Dortmund 2017: Predictive maintenance for gearboxes
Archive - 2016
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Modified date 2016/08/26
Maintain 2017: Predictive maintenance for gearboxes
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Modified date 2016/08/17
WindEnergy Hamburg 2016: PeakStore512 - Offline vibration diagnosis for wind turbines
Archive - 2012
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Modified date 2012/08/23
GfM put into operation condition monitoring systems at HKM