Vibration Analysis

Improve, reduce downtime and Costly failure

What is

Vibration Analysis?

Vibration analysis is a core Condition Monitoring (CM) technique used to detect developing faults in rotating machinery such as: Motors, Pumps, Compressors, Gearboxes and Fans.
Vibration analysis is a cornerstone of Peaktec Reliability’s service offering. Using advanced VIBXpert II vibration monitoring instruments and analytical software. Our vibration analysis design for diagnosing, identifying, monitoring and preventing mechanical failures in rotating and reciprocating machinery. Our service of vibration analysis helps to see inside rotating machinery to identify changes or defects that helpsclient to reduce downtime and increase operational efficiency and long-time reliability improvement.

What We detect

Imbalance

Bearing Defects

Misalignment

Resonance

Looseness

Additional Faults

Implementation of Vibration Analysis Program

We adopt a systematic approach to the implementation of our vibration analysis program, ensuring the selection and deployment of the appropriate monitoring solutions tailored to the most critical assets within your organization. We commence the process by conducting a thorough assessment of your facility to identify opportunities for integrating the most effective condition monitoring technologies. This evaluation ensures that the correct tools are employed to detect potential failure modes, including vibration analysis and other methodologies that may better address your specific requirements.

Vibration analysis

Vibration analysis is a critical predictive maintenance technique used to detect, monitor, and diagnose faults in rotating and mechanical equipment before failure occurs.

Sensor

For we to perform vibration analysis, it begins sensor or probe selection base on type rotating machinery, sensitivity, mounting and frequency range to measure vibration.

Data Collection

We check rotating machinery to kwon if hand held data collector will help or online monitoring system. We take proper sample rate, correct measurement location.

Data analysis

We process the data to detect faults with help of time-domain (waveform analysis) and frequency-domain (Fast Fourier Transform spectrum).

Modeling

We create mathematical or physical representation of the system, to understand the vibration behavior, identify resonance and support diagnosis.

Prediction

After the data analysis and modeling, and we predict the forecasting machine condition base on the trend analysis and historical data to estimate remaining useful life and predict failure early on the rotating machine.

Recommendation

After analysis, we provide you with actionable insights and detailed recommendations for solving any issues identified. We take action with preventive maintenance to correct the defect or replacing faulty component to reduce downtime and improved reliability.

Vibration Analysis Services

We deliver a complete range of vibration monitoring and diagnostic services tailored to your operational needs.

1. Routine Machinery Assessment Surveys

Scheduled on-site vibration data collection and analysis, carried out by experienced engineers, not subcontracted technicians.

We believe data should be collected by the same engineer who analyses and reports on it. This ensures:

Immediate on-site discussion of findings
Practical reliability advice
Clear prioritization of issues
Reduced misinterpretation
Detailed summary and full technical reports are issued within 1–2 working days of routine surveys

2. Machinery Troubleshooting

When problems arise, we provide rapid-response diagnostic support, including:

Induction motor fault analysis
Bearing and gear defect identification
Misalignment and structural resonance issues
Multi-channel monitoring for complex systems
From small plant equipment to offshore gas compressor trains, RMS delivers accurate fault diagnosis and root cause analysis.

3. Commissioning & Verification Services

We support new installations and overhauls with vibration baseline testing and verification to ensure equipment is operating within acceptable limits from day one.

4. Database Set-Up & CBM Support

Already running an in-house Condition Based Maintenance (CBM) programme?

We can:

Set up vibration databases
Optimize alarm levels
Improve reporting formats
Provide ongoing technical support
Alternatively, we offer fully managed routine vibration monitoring programmes

Vibration Monitoring Services

Our vibration monitoring services focus on long-term reliability improvement, not just fault detection.

We provide:

Root cause analysis

This service is structured process used to identify the underlying cause(s) of a problem, incident, defect, or failure—not just its symptoms.

KPI tracking

This service is structured to track the performance of equipment and overall vibration level, failure rate of monitored equipment, defects detected before failure and reduction in emergency repairs.

Remote vibration monitoring

This service is structured to outsourced condition-monitoring solutions where we installs (or supports installation of) vibration sensors, collects data remotely, analyzes machine health, and provides alerts, diagnostics, and maintenance recommendations.

Reliability performance insights

This service is structured to analysis of how consistently of the asset performs over time and under different conditions.

Wireless Vibration Sensors

We also supply and support industry-leading wireless vibration monitoring solutions, including:

Waites Sensors

01.

Wireless systems allow continuous monitoring of critical assets without complex cabling, making them ideal for remote, hazardous, or hard-to-access locations.

Visit our Wireless Vibration Sensors page for full product details.

Motion Amplification

02.

We also provide Motion Amplification® services, alongside Continuous and Edge Monitoring solutions, giving clients both visual diagnostics and real-time asset condition visibility. Using high-speed video and specialized software, motion amplification allows us to:

Visualize structural vibration and resonance
Identify looseness, misalignment, and soft foot conditions
Detect piping strain, baseplate movement, and foundation issues
Support root cause analysis with clear visual evidence