Product Quicklinks Call us at 800.873.8731

Condition Monitoring for Pumps

Nearly every production floor has pumps, typically running at a very high duty cycle. They can be used to supply ingredients, chemicals, or raw materials to a larger process. They can also support the facility by providing essential utilities such as cooling water, compressed air, or preheated water to feed a boiler.

Their importance in many processes makes 24/7 pump condition monitoring and pump vibration analysis crucial for a number of reasons.

Why Continuous Pump Vibration Monitoring Is Necessary

Boiler feed pumps can be a particular problem to operations. They take time to come up to speed. The process of stopping them for maintenance and then restarting is both time-consuming and arduous. Meanwhile, the processes that depend on the steam will be stopped.

Depending on the number of pumps and their location, route-based pump condition monitoring can be potentially unsafe and labor-intensive. The bigger issue with route-based monitoring is that there is no guarantee that a problem might not arise within moments of a reading. If a pump is operating in a medium-starved condition, this can trigger cavitation. Operating in cavitation mode can generate heat intensive enough to vaporize the fan veins.

Case Study: Facility Monitors Troubled Pump to Prevent Catastrophic Downtime  See how remote condition monitoring allows a facility to monitor troubled pump  while safely operating until scheduled maintenance Download Now

Keep Systems in Good Condition with Cloud-Based Pump Vibration Monitoring Equipment

To detect cavitation and other potential issues after the technician is gone, continuous online condition monitoring is ideal but has typically been limited to super critical assets or only larger pumps. Today’s newer classes of cloud-based affordable pump condition monitoring systems can provide 24/7 monitoring, sending data and alerts to reliability experts and management to take action at a much lower cost than traditional local server-based pump vibration monitoring systems making them ideal to cover any number of pumps.

Some facilities use a backup pump to provide redundancy in the case of primary pump failure. However, the facility could discover the hard way that the backup won't operate when needed. Organizations frequently make the mistake of not monitoring backup pumps, thinking that problems won’t rise at low duty cycles. If the operation of an asset is essential, then monitoring that asset is essential also, and today’s affordable remote condition monitoring systems along with vibration analysis make that possible.