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 How Does
It Work?
Machine Vibration Analysis utilizes accelerometer,
velometer, and proximity probe type transducers to measure and convert the mechanical
energy of a running machine into an electrical vibration signal. The vibration signal
measured on all machinery is a complex combination of vibratory motion due to internal and
external component movement. The electrical vibration signal is passed to an analyzer that
transforms the signal into an amplitude versus frequency graph. This graph is used to
identify frequencies with associated excessive vibratory forces. The Machine Vibration
Analyzer pictured, is a computerized data collection and analysis tool that we use to
efficiently collect and break down these complex signals into their basic frequency
components.
Vibration Analysis Applications:
 | Periodic Vibration Analysis provides advanced indication and assessment of problems such
as: unbalance, misalignment, structural resonance, looseness, worn or loose
bearings, worn or defective gears, and numerous electrical problems. |
MTI's Vibration Advantage
- Advanced Vibration Analyzer Capabilities
- MTI uses 2-Channel Data Collectors which provide ample storage and advanced
capabilities
in solving complex problems such as resonance.
All units are equipped with Balancing Software for in-field multi-plane dynamic balancing.
- Advanced Vibration Analysis Software
- MTI's software assists in problem analysis and trending of multiple parameters for
faster more accurate problem solving.
- Correlates Best With:
- Lubricant Analysis and Ultrasonic
Inspection
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- Sample Reports for all
technologies
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