Variable Frequency Drive Training
Variable Frequency Drives and Electric Motor Control
THIS 2-DAY VARIABLE FREQUENCY DRIVE TRAINING COURSE COVERS THE MOST IMPORTANT ASPECTS RELATED TO THE PROPER INSTALLATION, COMMISSIONING, TESTING AND MAINTENANCE AND OPERATION OF VARIABLE FREQUENCY DRIVES IN THE DISTRIBUTION SYSTEM.
This Variable Frequency Drive training course introduces the student to the world of variable frequency drives and their applications in industrial plants and commercial buildings. This electrical training course will introduce students to the upstream and downstream issues involved with variable frequency drives (VFDs) and the reasons for their application in controlling the rotational speed of motors and other electrical equipment. While most control circuits used in industrial or commercial applications still use mechanical operating systems, the application of VFD’s is increasing as a way to reduce power consumption and other operating costs.
This course will provide an overview on the Distribution System from the Point of Common Coupling (Incoming Utility Power Connection Point) right down to the connection location of the motor(s). The student will be made aware of all the installation guidelines needed to ensure a successful installation of VFDs.
- VFD theory, operation and applications
- New installations
- Startup/feedback controls
- Control status, monitoring and troubleshooting
- Maintaining/servicing VFDs
- Learn The Fundamentals Of Variable Frequency Drives
- Update Yourself On The Latest Advancements In VFDs
- Learn The Latest Improvements In Motor Efficiency
- Practical Approaches And Problem-Solving Solutions
- Learn How To Solve Common VFD Problems
- Learn Practical Troubleshooting Techniques
- Reduce Equipment Downtime And Operating Costs
- Reduce Reliance On Outside Service Companies
- Make Sure Your Equipment Is Up And Running
- Typical Distribution System Overview
- Understanding AC Motors
- NEMA Motor Specification Part 30 and Part 31 Differences
- Evolution of Semiconductors
- Mechanical Fundamentals
- Understanding how Voltage and Frequency affect Motor Performance
- Understanding VFDs
- VFD Component layout
- Benefits of Using Variable Frequency Drives
- Power Quality and Upstream Issues
- Motor and Cable Downstream Issues
- Bearing Currents
- Temperature, Service Factor & Insulation Class
- VFD Cables: Why special VFD cables are recommended
- Radio Frequency and Electro Magnetic interference
- Programming and Testing
- Application Examples
- Review of VFD Specification