Over 125 years of experience behind every rotor!
Search our site





Advanced Balancing Theory & Applications


Often used in succession to our Balancing Theory & Applications course, this program covers many similar topics in more detail. Universal balancing concepts are presented at a higher level with emphasis on rotor tolerances, high speed rotor balancing and practical design considerations to streamline production. You'll learn the theory behind rigid and flexible rotors and specific applications of ISO 1940 and ISO 11342. You'll also study the use of tooling on production applications, the potential error sources and how it can affect balancing tolerances.  The selection of the appropriate balancing machine will be covered using real case studies as examples.

Other topics include:

Operating Principles of hard and soft bearing balancing machines 
Applied ISO tolerance specifications 
Principles of rotor dynamics:
Resonance
Relationship of vibrating system to harmonic excitation 
of unbalance
Phase response to unbalance
Relationship of force and displacement
Tooling:
Influence of run outs and fit tolerances
Proper indexing techniques
Determine the correct tooling for the job
Flexible rotor balancing
Instrumentation tips and techniques using CAB690
Balancing corrections in three planes
Tolerance specifications as applied to rigid & flexible rotors
High speed balancing machines and computer aided balancing of flexibly rotors (CABFLEX++)
Modern instrumentation usage for indication of balance, whip, Nyquist plots and their application to advanced balancing methods.
Vibration analysis
     
Certification:
Level III-Balancing Specialist
 
Calculators Recommended

Site Requirements | Site Map | Terms of Use | Email Webmaster

www.schenck-usa.com

Schenck Trebel Corporation
535 Acorn Street | Deer Park, NY 11729 USA
1-800-TREBEL-2 | Tel: (631) 242-4010 | Fax: (631) 242-4147

Schenck RoTec Corporation
100 Kay Industrial Drive | Orion, MI 48359 USA
Tel: (248) 377-2100 | Fax: (248) 783-1362

©2008 Schenck Corporation All Rights Reserved