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Rockwell Automation enhances VFDs for high-speed motor applications

By Rachael Pasini | October 4, 2022

Demanding manufacturing environments, such as utility, oil, gas, and mining operations, rely on medium voltage power to drive large industrial motors — often running 24 hours a day. Meeting these needs, Rockwell Automation announces new enhancements to medium voltage PowerFlex 6000T variable frequency drives (VFDs).

rockwellautomation-logo-16x9.2550.jpg

PowerFlex 6000T drives with TotalFORCE technology deliver more than just high-performance motor control. The VFDs deliver real-time operating system data that can help increase productivity and energy savings.

To meet customer demand for a greater output frequency range, Rockwell Automation expands the PowerFlex 6000T variable frequency drive range up to 120 Hz. The new output frequency range meets the needs for high-speed industrial applications, including turbines, compressors, and pumps.

The PowerFlex 6000T motor controller also offers the new RealSine solution. The option helps reduce input harmonics to lower levels than the industry standard. Ranging from 2.4…4.16 kV up to 215 amps, each individual secondary winding is specially phase-shifted to achieve 54 or 72 pulse, respectively, compared to typical 18 or 24 pulse designs.

The new design offers up to 30% improvement in total harmonic current distortion at the drive primary side. By reducing harmonic distortion, the VFD improves system efficiency, reduces energy costs, and minimizes power distribution issues on the factory floor.

PowerFlex VFDs are manufactured on four continents, making this energy-saving, factory-ready motor control technology available to markets around the world.

Rockwell Automation
rockwellautomation.com

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Filed Under: Drives (ac) + VFDs + starters
Tagged With: Rockwell Automation, rockwellautomation
 

About The Author

Rachael Pasini

Rachael Pasini is the editor-in-chief of Design World, covering industrial automation technologies, advanced materials, fluid power, additive manufacturing, and more. She also supports engineering leaders and managers in developing and sustaining innovative teams. Rachael holds a master’s degree in civil and environmental engineering and a bachelor’s degree in industrial and systems engineering from The Ohio State University. With nearly two decades of technical writing experience, along with trade journalism and teaching college math and physics, she is passionate about educating individuals and building supportive engineering communities.

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