The best option for preventing bearing currents depends on the source of the problem.
Oreste Scioscia, Jr., Eaton
Oreste “Rusty” Scioscia, Jr., completed his undergraduate degree in mechanical engineering at the University of Pittsburgh with magna cum laude honors. He graduated cum laude from the University of Pittsburgh in December 2013 with his master’s in electrical engineering with a concentration in electric machines/power systems. He performed electric machine and transformer research using advanced high frequency magnetic materials under a grant from the U.S. Advanced Research Project Agency – Energy. He is a contributing author for the Institute of Electrical and Electronics Engineers, including the Advanced Power Electronics Conference (APEC). Scioscia is senior application engineer at Eaton.
Digital Partners
Trending
Enhance performance and durability in extreme conditions with advanced, reliable solutions.
Learn how SmartD’s Clean Power VFD fundamentally simplifies long cable installations and much more in this webinar.
How a central digital management platform can help pump stations adapt to evolving challenges.
From Our Partners
Enhance performance and durability in extreme conditions with advanced, reliable solutions.
Sponsored by
Learn how SmartD’s Clean Power VFD fundamentally simplifies long cable installations and much more in this webinar.
Sponsored by
Gain a thorough understanding of piping applications for pumped systems, with special focus on suction and discharge piping requirements.
Sponsored by
Discover essential strategies to attaining 5-year mean time between failure on industrial hot oil pumps.
Sponsored by
Learn about examples of AODD pumps in explosive applications, how to select an explosion-proof AODD pump and much more in this webinar.