Air Handling Units Bearing Defects
A pharmaceutical manufacturer used wireless vibration monitoring to detect bearing defects in Air Handling Units, allowing for proactive maintenance and preventing breakdowns. This example demonstrates the value of data-driven insights in optimizing maintenance strategies.
In the pharmaceutical industry, maintaining stable environmental conditions is essential for product quality and regulatory compliance. In one recent case, a large pharmaceutical manufacturer discovered multiple problematic Air Handling Units (AHUs) within one week of deploying wireless vibration monitoring. Initially, the site believed these fans had another two years before repairs were necessary. However, the data revealed a different story.
The team detected clear bearing defect frequencies in the demodulated spectrum and distinct pulse impacts in the vibration waveform, confirming that the bearings were beginning to fail. Armed with real-time insights, the team decided to schedule the replacements sooner, preventing potential breakdowns and unplanned downtime.
This example highlights the value of online condition monitoring in guiding more proactive maintenance decisions—saving time, reducing costs, and protecting critical operations.
How are your teams leveraging data-driven insights to optimize your maintenance strategies?
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