Vfd Systems – From Load - To Source, A Practical Approach

vfd basics concepts and fundamentals

What you'll learn
Basics Concepts and Fundamentals will be developed
4 hours duration
Its a course which offers complete load to source study of variable drive systems, the knowledge gained should be judiciously applied in practice
Some sample applications are explained

Requirements
Basic knowledge of mathematics and physics is expected

Description
It is a course which offers complete study from load to source for Variable Frequency DrivesThe course covers basics, concepts and fundamentals and Practical ApproachBeing brand make and model the course is useful for all students ( under grad / grad /post grad ) studying electrical & or electronics engineering, fresh / trainee engineers, junior engineers, practicing engineersThis course is a perfect blend between theory and practice, which can be easily applied / implemented.Following are the main topics covered in this courseU01 Industries and Applications : Major Industries and major applications of vfd are coveredU02 Load : Different types of load encountered in practice are coveredU03 Three Phase Squirrel Cage Induction Motor : is covered as it is one of the most widely used motor in idustriesU04 Motor Feeder Switchgear : different types of practically used feeder and covered i.e. DOL/Y-D, soft starter, vfdU05 vfd – Ratings, Specificationss and Features : How to read, understand and interpreteU06 Understanding vfd and Control Modes : Structure / configuration of vfds and different control modes are covered U07 vfd Panel and System Configuration : Configuration / preferred layout of the vfd and its associated components required to be enclosed in a panel are coveredU08 Vfd Selection and Applications : How to select a vfd for a given applicationU09 Why braking is required in vfd : Different types of application dependent electrical braking requirements are coveredU10 vfd Harmonics and Interference : Why and how - harmonics / interference are created / generated by vfd systems and methods used to reduce / minimise them are coveredIn each unit there are Multiple Choice Questions, to test your learnings