Overview
VibeTech Monitoring measures vibration from motors, pumps, fans, gearboxes, bearings, and other rotating or process equipment under real operating conditions.
Structured baseline, scheduled, and event-triggered measurements can reveal developing changes, document intermittent behavior, and give maintenance teams documented evidence for focused inspection and condition-based planning.
Measurement package
- 01Velocity and acceleration measurementsPilot scoped
- 02RMS trends and time waveformsPilot scoped
- 03Frequency-spectrum analysisPilot scoped
- 04Scheduled and event-triggered capturesPilot scoped
- 05Location, axis, load, and phase comparisonsPilot scoped
- 06Dominant-frequency and change summariesPilot scoped
- 07Optional environmental or operating-context dataPilot scoped
- 08Raw waveform data linked to sensor, location, and collection timePilot scoped
Field examples
Identify each measurement point, direction, and component.
Show meaningful changes in dominant frequency content.
Relate vibration change to load, maintenance, or operation.
Applications
What the evidence can support
Establish post-installation or maintenance baselines
Identify developing vibration changes
Prioritize inspections and maintenance activity
Compare conditions before and after corrective work
Document intermittent or transient behavior
Support predictive and condition-based maintenance
Every reported result remains linked to the sensor identity, documented location, collection time, measurement configuration, operating context, and underlying waveform data.
Scope boundary
Measured evidence, stated responsibly.
Machine-health monitoring supports maintenance planning and early investigation. It does not guarantee failure prediction, determine remaining useful life, identify every fault, or replace OEM criteria, specialized diagnostics, or engineering review.