Understanding the implications of these new rules will allow users to better prepare for the future.
Drives
How the city of Atlanta used drives to go green and keep a pumping station online.
Avoiding common mode voltage and maintaining bearings can help prevent frequent causes of motor failure.
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.
The adaptability in variable frequency drives allows for ease of use in several industries.
Active front-end drives allow for reliable, consistent performance.
Failing grids can result in interruptions across many platforms.
Smart variable speed drives offer an efficient and cost-effective method of prevention.
As nonflushable wipes become more of a nuisance, anti-clogging technology steps in.
Users have opportunities to improve efficiency and maximize life cycle with smarter drives.
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Which diaphragm pump is best for the application? Find out the differences and similarities between two common types.
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Energy-efficient VFDs are vital to meet the new regulatory standards.
Learn how harmonics distortion is measured and how they can be mitigated.
The design does not use a dynamic shaft seal as a primary containment device.
This technology can help reduce blockages, detect damaged equipment and avoid dry runs, thus reducing motor stress.
This new technology also protects expensive electrical equipment from arc flash damage and reduces downtime.
Motion leader describes upcoming challenges in motors and drives.
Henk van Duijnhoven says motors and drives will start to become integrated systems.
Connected devices can benefit manufacturers, distributors and end users.
How new digital technologies enhance reliability.
The facility’s variable speed electro-mechanical drive offered a compact, convenient solution that was energy-efficient.
DOE rules since 1992 have impacted the U.S. motor market.