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Testing Commissioning Protection MiCOM Relays
Rating: 4.7 out of 5(79 ratings)
503 students

Testing Commissioning Protection MiCOM Relays

Commissioning MiCOM Relays ( P142 - P443 - P546 - P643)
Last updated 2/2024
Arabic
Arabic [Auto],

What you'll learn

  • Introduction to Micom Protection Relays
  • How to communicate with Micom relay
  • How to configure Micom P142 relay
  • Building Programmable scheme logic ( PSL)
  • 1st example of using Micom P142 as (overcuurent &earth fault) protection function
  • 2nd example of using Micom P142 as high impedance restricted earth fault protection function
  • 3rd example of using Micom P142 as TEE Protection
  • Introduction to Micom P443 relay
  • The importance of CT polarity with directional protection function
  • 1st example of using Micom P443 as (under&over) voltage protection function
  • The importance of pole Dead with under voltage protection function
  • 2nd example of using Micom P443 as circuit breaker fail CBF protection function
  • setting of CBF
  • The action of CBF with Circuit breaker defective
  • setting of disturbance recorder
  • Introduction to Micom P546 relay
  • 1st example of using Micom P546 as directional earth fault
  • DEF carrier send and carrier receive
  • VT Supervision
  • 2nd example of using Micom P546 as Distance protection function
  • Trip Philosophy with Zone 1
  • Trip Philosophy with Zone( 2-3-4)
  • Distance communication scheme
  • Switch onto fault trip SOTF
  • IT Received Trip From Remote End Substation
  • Introduction to Micom P643 relay
  • 1st example of using Micom P643 as transformer differential protection
  • 2nd example of using Micom P643 as low impedance restricted earth fault

Course content

5 sections29 lectures7h 38m total length
  • Introduction for Micom Relays10:34
  • How to communicate with Micom relay2:10

Requirements

  • The basic electrical principles

Description

Dear fellows,

This is the most comprehensive online training of Testing Commissioning MiCOM Relays  . Here you will learn all thing about MiCOM Relays ( P142 - P443 - P546 - P643)


This course will give you an appreciation of how to commissioning this type of Protection Relays 


we will go through the following topics :-

  • Introduction to Micom Protection Relays

  • How to  communicate with Micom relay

  • How to  configure  Micom P142 relay

  • Building  Programmable scheme logic ( PSL)

  • 1st example of using Micom P142 as (overcuurent &earth fault) protection function

  • 2nd example of using Micom P142 as high impedance restricted earth fault  protection function

  • 3rd example of using Micom P142 as TEE Protection

  • Introduction to Micom P443 relay

  • The importance of CT polarity with directional protection function

  • How change The Polarity of CT By using MiCOM S1 Agile software 

  • 1st example of using Micom P443 as (under&over) voltage protection function

  • The importance of pole Dead with under voltage protection function

  • 2nd example of using Micom P443 as circuit breaker fail CBF protection function

  • setting of CBF

  • The action of  CBF  with Circuit breaker defective

  • setting of disturbance recorder

  • Introduction to Micom P546 relay

  • 1st example of using Micom P546 as directional earth fault

  • DEF carrier send and  carrier receive

  • VT Supervision

  • 2nd example of using Micom P546 as Distance protection function

  • Power Swing and Fuse Failure Supervision

  • Trip Philosophy with  Zone 1

  • Trip Philosophy with  Zone( 2-3-4)

  • Distance communication scheme

  • Switch onto fault trip SOTF

  • IT Received Trip From Remote End Substation

  • Introduction to Micom P643 relay

  • 1st example of using Micom P643 as transformer differential protection

  • 2nd example of using Micom P643 as low impedance restricted earth fault


All the examples that were explained are from real practical examples in reality. I wish you success and success in your practical life.

Who this course is for:

  • Anyone interested in electrical engineering
  • Electrical undergraduates
  • Electrical graduates
  • Workers in the electrical power utility