The 27th Iris Rotating Machine Conference in Nashville from June 23 to 26, 2025.
The Iris 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.
Hope to see you in June!
Phone: 615-872-2837
Room Rate – $185.00 Single - (until June 2, 2025)
Join 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.
Cost
Conference Registration – $1000.00 USD (early bird $900.00 USD until May 23, 2025)
Technical Courses – $325.00 USD each (a $2000.00 value) Course Descriptions
Your experiences and knowledge are important! If you have an interesting topic you would like to present, don’t miss your chance to share it with your industry peers.
We are now looking for relevant papers for the rotating machine technical program. Preferred subjects include:
Suggested Topics Include:
*All selected speakers will receive a complimentary conference registration. Presentations should be in PowerPoint format and no formal paper required. Schedule of Submission Abstract submittal deadline: March 14, 2025 Authors notified of acceptance: April 11, 2025 Paper submittal deadline: June 2, 2025 |
This Resource Library is designed to provide current, relevant resources that provide technical knowledge and practical solutions for owners and operators of rotating machines. We encourage you to use the search feature and filters to locate specific resources of interest.
Articles, Technical Papers, & Case Studies
Hands-on, practical experience
About The Course Mechanical, electrical and environmental stresses can cause a breakdown in the inter-laminar insulation on Stator Core assemblies…
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