The 27th Iris Power Rotating Machine Conference in Nashville from June 23 to 26, 2025.
The Iris Power Rotating Machine Conference is a technical conference held annually, 2025 will be our 27th year. This conference is dedicated to bringing together subject matter experts from around the world to discuss the predictive maintenance technologies and to educate attendees on the practical aspects of implementing condition-based maintenance for motors and generators. Presenters will have the opportunity to share their experiences with recent failures, repair methods, testing and monitoring.
REGISTRATION OPENEnjoy an authentic Nashville stay at our charming hotel near Nashville International Airport and Downtown Nashville! Stay minutes away from the Grand Ole Opry, Nissan Stadium, Bridgestone Arena, Nashville Zoo, and more. Discover our newly styled guest rooms and suites & experience timeless Southern Hospitality with a host of upscale amenities such as on-site dining, 27,000 square feet of meeting space, a business center, fitness center, indoor and outdoor pools.
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EXPLORE NashvilleJoin us for an immersive experience at the forefront of predictive maintenance technologies. Celebrating 27 years of excellence, the IRMC is dedicated to advancing the field of condition-based maintenance for motors and generators.
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Partial discharge phenomena and their causes in stator windings • PD theory, PD detection, sensor installation, and calibration procedures • Collection of off-line and on-line PD data • PD characteristics of stator-failure mechanisms • Case studies from continuous monitoring equipment and portable instruments.
This tutorial will give an overview of common failure mechanisms that affect industrial motors including VFD driven motors. The tutorial will discuss electrical and mechanical failure mechanisms and problems.
This tutorial will cover basic design of turbogenerator, major core, stator and rotor winding failure mechanisms. Principles and benefits of most frequently used on-line monitors, such as partial discharge, end winding vibration, rotor flux and shaft voltage and current, will be explained.
The course takes the theory of PD one step further to account for Phase Resolved PD (PRPD) patterns found in practice. How to identify the root cause of stator winding PD based on PRPD. The effect of machine operation on PD is also covered, as are the limitations of the PD interpretation.