Motors
Motors are the most common source of power used by pumping systems. This technology is heavily regulated. Pumps by themselves are not variable speed, an option that many systems need to operate with peaks and ebbs during the run cycle, such as power generation. The addition of a variable frequency drive (VFD) gives it that capability.
Understanding the implications of these new rules will allow users to better prepare for the future.
How testing can help ensure longevity and performance.
Tips to help prevent costly downtime and unexpected failures.
Learn the potential benefits of advanced monitoring of electric motor systems.
How integrating pigging technology can reduce waste, enhance efficiency and lower costs.
The advantages and disadvantages of choosing a synchronous motor for an application versus sticking with induction.
Beyond performance, what should I consider when using a VFD?
How this technology compares to conventional VFDs.
Avoiding common mode voltage and maintaining bearings can help prevent frequent causes of motor failure.
Choosing the right EC motor can aid sustainability efforts.
Mitigating water hammer or surge is possible when taking the proper precautions.
Focusing on energy efficiency pays off in the long run.
The paper industry uses constant monitoring of critical motors to prevent failures at startup and reduce safety risks for personnel.
On this episode, listen to a chat with Rob Fenton and Austen Scudder of Eaton as we compare and contrast Active Front End and 18-pulse drives and see which is best for your solution.
Help extend the duration of your plant’s AC motors.
Active front-end drives allow for reliable, consistent performance.
Properly checked windings can help prevent unwanted motor failure.
De-energized and energized motor testing are techniques used to spark a VFD’s performance.
Learn how motor circuit analysis tests can be used to identify developing issues.
Learn the basics of a nameplate on a three-phase motor.