Faults in electric motor drives can result in very high costs for companies. That’s why it’s important to implement monitoring systems that can supervise them properly and thus predict or anticipate possible future problems.
Category: Technical Articles
In this category of the Dynamox blog you will find technical articles about predictive maintenance and the DynaPredict solution
Gearmotors: Inspection, maintenance and lubrication
Gearmotors are essential to industry. Find out about the main models used in industry and the possible failures.
Orbit analysis: ideal for vibrating screens
From the orbit analysis, it is possible to visualize several failure principles that generate the amplification of vibratory signals.
Acceleration envelope: get to know this analysis
Acceleration envelope is one of the most commonly used analyses for fault diagnosis. This method is quite useful for evaluating the behavior of sliding components, mainly bearings.
Cepstrum: analysis of harmonic families
Cepstrum is a technique for identifying families of harmonics and sidebands in complex and consistent signals.
Spectral analysis: how to apply it to analyze vibration in industrial assets.
Spectral analysis: see how to use some useful methods to analyze data and apply condition-based maintenance.
Vibration analysis metrics: Kurtosis and Skewness
Learn about two complementary metrics that help evaluate signals for accurate fault diagnosis: Kurtosis and Skewness.
The Peak, Peak to Peak and RMS values in vibration analysis
Check out how some metrics such as Peak value, Peak to Peak, and RMS help in vibration signal analysis and predictive maintenance.
How to identify failures using spectral analysis
Learn how to identify industrial asset failures using spectral analysis to identify vibration patterns in components.
How to monitor and identify shaft misalignment
Detecting shaft misalignment early contributes to maintaining the health of industrial assets, avoiding wear or breakage.