Industrial and commercial facilities are more dependent on reliable power systems than ever before. The goal of
protection devices is to allow for normal equipment operation as well as to protect the main parts of the electrical systems from damage.
This course is designed to help the participants to understand how electricity works, and how to work with it safely, it is designed to present fundamental information about protection devices, and how they function.
Course Objectives
Understanding how electricity works
Being familiar with terminology like "volts", "current", "amps", and the like.
Knowing the importance of fuses and circuit breakers, and how they function.
Understanding the concepts of "insulation" and "grounding"
Working safely with and around electrical equipment.
Knowing what to do in electrical emergencies.
Who Should Attend?
Electrical engineers
Supervisors
Technicians
Those who are responsible of the protection of industrial power systems.
Day-1
1. Introduction
2. Fundamentals of Protection Practice
3. Fundamental Theory
4. Fault Calculations
Day-2
5. Equivalent Circuits and Parameters of
6. Power System Plant
7. Current and Voltage Transformers
8. Relay Technology
Day-3
9. Transformer and Transformer-Feeder Protection
10. Generator and Generator-Transformer Protection
11. Industrial and Commercial Power System Protection
Day-4
12. Motor Protection
13. Relay Testing and Commissioning
14. Power System Measurements
Day-5
15. Co-ordination procedure
16. Principles of time/current grading
17. Standard I.D.M.T. overcurrent relays
18. Combined I.D.M.T. and high set
19. instantaneous overcurrent relays
20. Very Inverse overcurrent relays
21. Extremely Inverse overcurrent relays
22. Other relay characteristics
