TRAINING AC DC ELECTRICAL MOTOR

Training Ac Dc Electrical Motor Drives Basic Principles

Training Fundamental Understanding Of The Ac/Dc Electrical Motor Drives

 

Course Outcomes AC/ DC Electrical Motor

After successfully completing this course, Participants will able to do the following:

Understand the AC/DC electrical motor drives basic principles
Describe the Electric Drive systems and various applications such as flexible production systems, industries, transportation, robotics and process control.
Understand the principle on AC/DC electrical motor.
Understand the basic principles of power electronics in drives using switch-mode converters and pulse width modulation.
Design torque, speed, and position controllers of motor drives.
Explain operating principles, major components and control logic used with AC and DC drive speed controls.
Learn the stepper motors and switched-reluctance motor drives.
Get an appreciation of power quality issues in powering electric drives.
Compare the advantages and disadvantages of AC DC drives based on application.
Discuss the advantages of using variable speed drives in constant torque and variable horsepower loads.
Understand the Troubleshoot of AC/DC electrical motor drives.
Course OutLINE AC/ DC Electrical Motor

Introduction to AC/DC electrical motor drives.
Basic principles of electro-mechanical energy conversion (Efficiency, torque, inertia, horsepower/power factor, Torque-speed curves)
Principles of AC electrical motor ( operating system and control )
Principles of DC electrical motor ( operating system and control )
Basic understanding of switch-mode power electronic converters in electric drives.
DC-motor drives and electronically-commutated motor drives.
DC motor drives  (Speed-torque characteristics DC shunt,  series, Speed and position control methods )
Designing feedback controllers for motor drives.
Introduction to AC machines.( Induction-synchronous motors )
Induction-motor drives: speed control.
Vector control of induction-motor drives.
Reluctance drives: stepper-motor and switched-reluctance drives.
Energy efficiency of electric drives and inverter-motor interactions.
Powering electric drives: power quality issues.
Ancillary issues in drives: sensors and controllers.
Converters and control ( Phase controlled converters, Four quadrant operation
Choppers, AC to DC converters)
Inverters and PWM techniques
Voltage source inverters, current source inverters and PWM techniques
Power Quality issue: Harmonic elimination
Advance induction motor control (constant flux speed control ,vector control )
Troubleshoot AC/DC electrical motor drives
Course MethodE AC/ DC Electrical Motor

Presentation
Simulation
Animation
Video
Software support
Discuses
Case study