Osama Abdel Aziz – Power Transformer Protection part 2

Sale!

$9.00

This course is available
Download link will be sent to you within 3 hours
We appreciate your patience and understanding.

Description

Description

Power Transformer Protection part 2, Osama Abdel Aziz – Power Transformer Protection part 2, Power Transformer Protection part 2 download, Osama Abdel Aziz – Power Transformer Protection part 2 review, Power Transformer Protection part 2 free torent

Osama Abdel Aziz – Power Transformer Protection part 2

Power Transformer Protection part 2
Testing Commissioning (Non Directional & Directional) Overcurrent – Restricted Earth Fault

What you’ll learn

  • – Understand all of the key elements & principles of an electrical protection system
  • – Explain how an overcurrent relay operates
  • – An introduction to How the Omicron CMC 356 works
  • – How Test non directional overcurrent curves by using advanced module of omicron device ?
  • – How test non directional overcurrent by using any 3 phase injection device and how can write Accepted Report ?
  • – Working Theory Of Directional Overcurrent
  • – How test directional overcurrent by using advanced module of omicron device ?
  • – How test directional overcurrent by using any 3 phase injection device and how can write accepted report ?
  • – Working Theory OF Restricted Earth fault
  • – What the different between high impedance and low impedance restricted earth fault ?
  • – How test restricted earth fault relay ?
  • – Why the cmc 356 device or any 3 phase injection device can not test high impedance restricted earth fault relay ?

Course content
4 sections • 13 lectures

Non directional overcurrent   3 lectures 

Introduction of overcurrent protection

Introduction to the QuickCmc module

Test of non directional overcurrent curves

Coordination between overcurrent devices for a power transformer distributor2 lectures • 26min
Calculating setting for overcurrent device

Overcurrent protection test on a 500 kV transformer

section 2 questionb  1 question

Directional Overcurrent   5 lectures 

operating theory of directional overcurrent

Test of REF620 -case1 forward directional overcurrent

Test of REF620 -case2 reverse directional overcurrent

Test non directional overcurrent by using advanced module of CMC 356

Test directional overcurrent by using advanced module of CMC 356

section 3 question   2 questions

Restricted earth fault protection   3 lectures 

operating theory of restricted earth fault protection

Test low impedance restricted earth fault

Test high impedance restricted earth fault

section 4 question   2 questions

Requirements

  • The basic electrical principles
  • A basic understanding of electrical engineering
  • Have a calculator

Description
Power transformer protection systems are a critical part of the distribution & transmission systems that feed power to our cities & industries.

The aim of this course is to introduce all of the basic principles associated with these complex systems.

The course will go into detail for the following key topics :-

  • Show the basic principles behind electrical protection philosophy
  • An introduction to How the omicron cmc 356  device works
  • Look at three phase currents and see how they can be broken down into sequence components and harmonics.
  • Working theory of non directional overcurrent
  • How test overcurrent curves by using advanced module of omicron device ?
  • How test overcurrent by using any 3 Phase injection device and how can write accepted report ?
  • Provide the basic principles behind current transformers, how they operate and need to be connected
  • Working theory of directional overcurrent
  • How test directional overcurrent by using advanced module of omicron device ?
  • How Test Directional overcurrent by using any 3 phase injection device and how can write accepted report ?
  • Working theory of restricted earth fault
  • What the different between high impedance and low impedance restricted earth fault ?
  • How test restricted earth fault relay ?
  • Can the CMC 356 device or any 3 phase injection device test high impedance restricted earth fault relay ?

By the end of the course the student will be able to test(non directional & directional) overcurrent – restricted earth fault relays by using any 3 Phase Injection Device and by using advanced module of omicron device

Who this course is for:

  • Electrical Engineering Undergraduates
  • Electricians
  • Electrical Engineering Graduates
  • Electrical Utility Engineers
  • Anyone interested in electrical engineering

Instructor
Osama Abdel Aziz
Bachelor of Electrical engineering (power & machines).
Hello,

I’m Osama Abdel Aziz

Electrical Power Systems Engineer

I Have

Bachelor of  Degree in Electrical Power and Machines Engineering

i am work naw as protection enginner in EETC  company

I share with you my academic and practical experience

I I find a real joy in teaching :).

Choosing an interesting and challenging field such as electrical engineering is a blessing and a gift I’m grateful For

Excellent knowledge and delivering the theory and practical concept with such an ease.

Trainer possesses strong competency in power plant and substation secondary system, scheme like busbar protection, breaker failure protection, substation automation, transformer differential, substation schemes lines/transformer/reactor/busbar, testing & commissioning of relays, scheme testing, testing of GIS/AIS substation equipment, testing of generator protection, on site trainings.

More Information: Please check more value courses here !

Refund is acceptable:

  • Firstly, item is not as explained
  • Secondly, The Psychotherapy and Spirituality Summit do not work the way it should.
  • Thirdly, and most importantly, support extension can not be used.

Thank you for choosing us! We’re so happy that you feel comfortable enough with us to forward your business here.

Reviews (0)

Reviews

There are no reviews yet.

Be the first to review “Osama Abdel Aziz – Power Transformer Protection part 2”

Your email address will not be published. Required fields are marked *