A technical white paper that provides engineers with advice and guidance on the condition monitoring of rolling bearings is now available from Schaeffler.
The paper, entitled ‘The Role of Vibration Monitoring in Predictive Maintenance’, was written by Dr Steve Lacey, engineering manager at Schaeffler (UK).
As companies downsize and look to reduce costs, maintenance can often become a casualty.
However, as equipment and machinery becomes more complex and automated, the need to have a properly structured and funded maintenance strategy is more important than ever.
Undertaking thorough risk assessments across the business can help companies identify how critical existing machines are to their overall operation, which helps to determine the potential return on investment of a properly funded maintenance strategy.
‘Rolling bearings are a critical component used extensively in rotating equipment and machinery,’ said Lacey.
‘When they fail unexpectedly, this can result in a catastrophic failure with high associated repair and replacement costs.
‘Vibration-based condition monitoring can be used to detect and diagnose machine faults and form the basis of a predictive maintenance strategy,’ he added.
As well as providing the reader with information on the basic approaches to the various types of maintenance strategy (reactive, preventive and predictive), the paper also provides guidance on how to set up and identify the criticality of assets in your business, including potential return on investment from implementing a predictive maintenance regime.
The paper then discusses the technical benefits of using condition monitoring systems and techniques to support the predictive maintenance strategy.
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