Vibration Consultancy Services
Vibration Consultancy Services
Our Company provides a comprehensive range of Vibration Spectrum Analysis services to improve the reliability, availability & efficiency of your rotary equipment.
Our services include:
- Routine Vibration Survey: We conduct routine vibration monitoring on your equipment to identify defect/fault/damage at early stage to safe guard down time or potential loss.
- Troubleshooting: Able to troubleshoot vibration issues of your equipment to identify the root cause of the problem and suggest necessary corrective action.
- Commissioning/Re-commissioning verification Services: We are able to commission and verify new or repaired equipment to ensure its healthy operation at optimum vibration level.
- Database Set-up and Support: Able to set up and maintain a vibration database logger to track/trend the severity of equipment.
- Training: We offer training on Vibration Analysis to your Engineer for better understanding of equipment severity & modes of troubleshooting.
We use large variety of Analytical Technique/Tool based on Software/AI/RCM:
- Fast Fourier Transform (FFT): Spectrum Analysis is used to pin point a vibration signal into its defect/healthy frequencies. This allows us to identify specific frequencies that are associated with known equipment problems.
- Time Waveform Analysis: Time waveform analysis is used to examine the overall shape and amplitude of a vibration signal. This can be used to identify problems such as misalignment, looseness, and unbalance.
- 3D ODS (Object Deflection Shapes): 3D ODS analysis is used to create a visual representation of how a machine is vibrating. This can be used to identify problems such as resonance and modal behaviour.
- FRF (Frequency Response Function): FRF analysis is used to measure the response of a machine to a known vibration input. This can be used to identify problems such as structural weaknesses and damping issues.
- Bode plot: A Bode plot is a graphical representation of the frequency response of a machine. It can be used to identify problems such as resonance and instability.
- Bump test: A bump test is a method of applying a known impact to a machine and measuring the resulting vibration response. This can be used to identify problems such as misalignment and looseness.
- Run up/coast down: A run up/coast down is a method of measuring the vibration of a machine as it starts up and shuts down. This can be used to identify problems such as imbalance and bearing wear.
- Coherence: Coherence analysis is used to measure the correlation between two vibration signals. This can be used to identify problems such as gear mesh problems and misalignment.
- Orbits: Orbit analysis is used to visualize the motion of a machine’s shaft. This can be used to identify problems such as misalignment and bearing wear.
- Expert Turbine Balancing Techniques for Enhanced Reliability and Safety: Elaborate on your team’s expertise in employing advanced turbine balancing techniques, ensuring enhanced reliability, safety, and operational efficiency. Discuss the importance of using cutting-edge technologies and methodologies.
If you are interested in learning more about our vibration analysis services, please contact us today. We would be happy to discuss your specific needs and develop a custom solution for you.