VIBRATION ANALYSIS

Vibration Analysis identifies mechanical defects at an early stage by measuring amplitude, frequency, and phase behavior of rotating assets. This service supports reliability-centered maintenance by enabling planned intervention before faults evolve into unplanned shutdowns.

Methodology and diagnostic workflow

Our technicians perform route-based and critical-point measurements using calibrated accelerometers and velocity sensors, followed by FFT spectrum analysis, waveform interpretation, and trend correlation. The diagnostic process distinguishes typical fault signatures such as unbalance, misalignment, bearing defects, looseness, and resonance.

Key technical benefits

With periodic trending and severity classification, the maintenance team can prioritize corrective actions by risk, reduce emergency interventions, and improve asset availability while extending component life.

• Spectral analysis (FFT) with fault-frequency correlation
• Overall vibration severity assessment by machine class
• Bearing-condition and lubrication-related vibration indicators
• Trend reports with alarm and danger thresholds
• Diagnosis of unbalance, misalignment, and mechanical looseness
• Corrective action recommendations with maintenance priority