What are the Benefits of Condition Monitoring?

Faults develop within machinery regardless of even the most thorough and comprehensive scheduled maintenance with often-undetected faults leading to unexpected failures before your next scheduled maintenance break.

Condition monitoring puts you in control allowing you to be pro-active in preventing breakdowns, helping you avoid unplanned shut downs and allows you to optimize maintenance resources where and when they’re needed. Condition monitoring measures the health of a machine by routine monitoring and analysis of data.

Efficient and non-disruptive to production and has the proven potential to save thousands of pounds in secondary damage, lost production and unnecessary maintenance. Condition Monitoring is a proven, preventative maintenance strategy that provides early indication of preventative faults.

More FAQ...

What does Condition Based Maintenance mean in 2008?
Ans: Condition based maintenance is a predictive equipment ...

What are Monitoring and Diagnostics Tasks?
Ans: The main task of the machine vibration monitoring system ...

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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Condition monitoring ID tag
Contact-free ID tags load the instrument with all measureing point data.

Shock pulses and vibration measurement
Special transducers for shock pulses and vibration assure accurate measurements.

Condition monitoring speed measurement
Speed data are necessary for condition evaluation. Speed is measured by contact, or optically from a safe distance.