Optimize your machine maintenance with modern bearing vibration measurement
Measuring and analyzing bearing vibrations in rolling bearings is a key technology for condition monitoring and condition-based maintenance of your machines and systems. With this method, potential damage can be detected at an early stage and operational interruptions avoided. Rely on our precise diagnostic tools that can revolutionize your maintenance strategy.
What advantages does measuring bearing vibrations with Delphin offer you?
- Early damage diagnosis: Detect irregularities such as wear, misalignment or imbalance before they cause serious damage.
- Reduced downtime: Minimize unplanned machine downtimes through preventive maintenance measures.
- Optimization of maintenance intervals: Adapt maintenance plans to the actual condition of the bearings and avoid unnecessary interventions.
- Detailed damage analysis: Use methods such as envelope curve spectra and FFT analyses for comprehensive information on the condition of the inner ring, outer ring, cage or rolling elements.
- Standard-compliant monitoring: Measure vibration velocity in accordance with DIN ISO 10816 and ensure compliance with standards.
- Efficient data processing: Benefit from intelligent storage and powerful analysis tools such as time signal, trend and FFT cascade diagrams.
- Flexibility of use: Monitor vibration levels and visualize results for quick maintenance decisions.
- Easy to use: Benefit from modern vibration measuring devices with intuitive handling and precise data acquisition that enable seamless integration into your processes.
Our solutions combine state-of-the-art technologies with practical tools for bearing vibration analysis. Typical areas of application are
- Bearing damage diagnosis
- CMS on rolling bearing envelope frequency spectra
- Gear box analysis
- Analyze interlocking problems
Practical example of a bearing vibration
Preventive measurement of acceleration signals
Preventive maintenance and machine diagnostics are particularly important for marine propulsion systems. Once at sea, it is very difficult to reach the nearest repair workshop. The bearings of ship propulsion systems are usually under water and therefore difficult to reach for diagnostic sensors. For this reason, acceleration signals are recorded at several points above water and correlated with important process measurement variables. As a result, impending damage can be predicted at an early stage. Different types of acceleration sensors are typically used. These are characterized by high cut-off frequencies and good resolution. With the corresponding measurement software and the additional function Vibro of Delphin, the envelope curve spectra can be displayed and evaluated.