MACHINERY VIBRATION

Vibration Monitoring System Procurement Guide

Evaluate machinery vibration monitoring by machine criticality, sensor placement, frequency range, sampling, waveform access, alarming, analytics and maintenance workflow.

Measurement design

  • Map bearings, gearboxes and machine components to likely fault frequencies and measurement locations.
  • Set frequency and amplitude range from the machinery and failure modes rather than default sensor specifications.
  • Decide where continuous monitoring is justified versus periodic portable measurements.

System capability

  • Check raw waveform and spectrum access, not only health scores or vendor-defined indicators.
  • Review alarm logic, baseline learning, event capture, synchronization and historian integration.
  • Define how analysts can annotate maintenance events and verify diagnostic conclusions.

Operational fit

  • Assign responsibility for alarm review, diagnosis, work-order creation and post-repair verification.
  • Test connectivity and data retention under real plant conditions.
  • Measure value through avoided failure, earlier intervention and better maintenance planning rather than alert count.

Professional references

These references establish the standards, technical framework or authoritative engineering context used for this page. Vendor commercial terms are not used as engineering evidence.

Engineering-use note. This PROFENG resource is for screening, comparison and technical preparation. Replace assumptions with project data and use the responsible qualified professional, applicable standards, codes and authority requirements for final design, compliance or safety decisions.

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