Rotor Balancing, RB
Rotor Balancing, RB course is intended to provide basics of balancing of rotating machinery and field applications. The course presents the vibration analysis leading to the identification of unbalance of rotating machines.
Course Contents:
- Introduction to Vibration Measurement
- Machinery Vibration Analysis
- Common Machinery Faults
- Detection of Unbalance from Vibration Data
- Basic Balancing of Rotating Machinery
- Balancing Pitfalls
- Pre-Balancing Checks
- Trial Weight Calculation
- Critical Speed Considerations
- Single Plane Balancing
- Calculating Balancing Weights
- Two-Plane Balancing
- Influence coefficients and Balance Sensitivity
- Balancing Programs
- Static Balancing
- Static-Couple Balancing
- Dynamic Balancing
- Balancing of Flexible Rotors
- Modal Balancing
- Least Squares Balancing
- Unified Balancing Approach
More Information
For balancing the course presents field balancing techniques including single plane balancing, two-plane balancing and static-couple balancing. Workshop applications will be provided.
Unbalance is the most common machinery faults. This course introduces techniques to identify unbalance from vibration measurement data. Moreover, the course introduces the techniques for the corrective maintenance actions of balancing.
The course provides a unique format in which an abundance of case studies are presented. Workshop sessions are conducted daily to illustrate the techniques of balancing and alignment, as well as the tools and software used.
CANCMI courses are designed to provide the attendees with theory, techniques, and procedures as well as practical case histories that illustrate ways to analyze various types of equipment. In-class demonstrations and workshops will help in learning the methods used to solve balancing problems.
Prerequisites
Engineers and technicians with enough experience in balance and machinery vibrations knowledge
Duration – 2 Days
Calendar & Course Fee – Please contact to CANCMI for more information