What does Condition Based Maintenance mean in 2008?
Condition based maintenance is a predictive equipment maintenance strategy.
The condition of machinery/equipment is measured in order to assess whether they may fail during some future period, and then taking
appropriate action to avoid the consequences of that failure.
By doing the right maintenance at the right time rather than just operate a calendar based maintenance regime can have significant positive
impact on your profit.
Classification societies have now recognized the potential for reliability based maintenance approach and have started to adapt their
requirements and introduce a condition Monitoring Notation alongside the traditional planned maintenance requirements. Instead of inspection and
opening up equipment Class societies will increasingly accept, trending of vibration, performance monitoring and evidence of other non intrusive
condition monitoring methods as the basis for inspection and survey.
The unnecessary work of opening good machines can be avoided, labour costs and spare part consumption goes down. The process of doing this
monitoring is Condition monitoring.
Condition monitoring is a maintenance process where the condition of equipment is monitored for early signs of impending failure. This can be
done automatically with the use of instrumentation which includes, but is no limited to, technologies such as:
- Infrared Thermography
- Oil Analysis and Tribology
- Ultrasonics
- Motor Current Analysis
- Vibration Measurement and Vibration Analysis
- Visual checks
More FAQ...
What are Monitoring and Diagnostics Tasks?
Ans: The main task of the machine vibration monitoring system ...
What are the Benefits of Condition Monitoring?
Ans: Faults develop within machinery regardless of even the ...
Which is the most effective Condition Monitoring Technique?
Ans: The best condition monitoring technique can only be determined ...
What are the parameters used in Vibration Sensors?
Ans: Critical to condition monitoring and vibration analysis is the ...
Why is Shock Pulse Method (SPM®) able to measure at very low rotational speeds? Ans: To explain it one first has to look at the technique. There are two ...
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