By the end of this training course, participants should be able to:

• Excellent understand of Electrical Transmission system
• Cover all type of power Transmission system cables
• Cover power cable according to international standard IEC 60502
• Excellent understand Low voltage Transmission power cable (Selection , installation & Maintenance )
• Excellent understand Medium voltage Transmission power cable (Selection , installation & Maintenance )
• Excellent understand High voltage Transmission power cable (Selection , installation & Maintenance )
• Excellent understand Medium voltage Transmission power cable (Splicing , Termination and testing )
• Excellent understand High voltage Transmission power cable (Splicing , Termination and testing)
• General specs for electrical equipment running with voltage range from 50 to 1000 Volte and above
• The right conditions & Specs of electrical equipment
• Symbols and marks on electrical equipment
• Personal protective equipment

The technicians and maintenance staff will be able to comprehend the construction, operations, function of major electrical power cables system . This will enable them to carry out effective maintenance, installation and selection activities.

This training course is suitable to a wide range of professionals but will greatly benefit:
• Electrical Engineers
• Electrical Supervisors
• Maintenance Technicians
• Managers in-charge of Electrical Installations
• Project Engineers,

• 40 % Lectures

• 30 % In-Class exercise works and Practical Sessions
· Practical Class Examples
· Run Example for Voltage droop study by computerized program

• 30 % Field Cases Video/Audio

· Cable splicing
· Cable termination

Module One:

• PRE-TEST
• Introduction to electrical network configuration
  •   IEC / IEEE standard rating voltage
• Electrical Hazards (Understanding Various Types of Electrical Hazards)
• Understand The Meaning of Electrical Safety for Electrical Networks
• Electrical effect on human body
  • Man
  • Woman
• Electrical current effect on human body
  • AC Current
  • DC Current
• List the three main factors that determine the effect of electric current on the human body (Various Types Of Injuries Resulting From Electrical Hazards)
• Introduction Electrical power system component
• Electrical Transmission systems
• Electrical Transmission System Network Components
• Types of Transmission system
• Advantage and dis-advantage of each type
• Operation characteristics of radial Transmission power system
• Operation characteristics of parallel feeder radial Transmission power system
• Operation characteristics of ring Transmission power system
• Meaning of industrial loads
• Classifications of loads
• Transmission systems Operation Characteristics
• Power cables importance in power system
• Overhead line importance in power system
• Underground VS Overhead cables

Module Two:

• Power cables types
• Power cables construction
• Characteristics of copper IEC 60228
• Introduction of IEC 60502
• Power cables types according to voltage
• Manufacturers Standards
• low voltage power cables against Overloading Current
• low voltage cable de-rating factors
• Techniques for cable fault locating methods of locating the fault
• Low voltage cables construction
• Cables conductor shapes
  • Round
  • Segment
  • Compact round
• low voltage power cable joints
• low voltage Joints types
• low voltage Procedure for cable joints
• low voltage Insulation of joints
• low voltage Testing after splicing
• low voltage Accepted values of testing

Module Three:

• Defining the fault location of the cable
• Termination of low voltage cable
• low voltage Termination kits types
• Testing low voltage after termination
• low voltage Accepted values of testing
• low voltage Power cables protection
• Low voltage cables testing
  • IR test
  • PI test

Module Four:

• Medium voltage power cables against Overloading Current
• Medium voltage cable de-rating factors
• Medium voltage cable Techniques for cable fault locating methods of locating the fault
• Medium voltage cables construction
• Medium voltage power cable joints
• Medium voltage cable Joints types
• Medium voltage Procedure for cable joints
• Medium voltage Insulation of joints
• Medium voltage Testing after splicing
• Medium voltage Accepted values of testing
• Termination of Medium voltage cable
• Medium voltage Termination kits types
• Testing Medium voltage cable after termination
• Medium voltage Accepted values of testing
• Medium voltage Power cables protection
• Medium voltage cables testing
  • IR test
  • PI test
  • PD test

Module Five:

• High voltage power cables against Overloading Current
• High voltage cable de-rating factors
• High voltage cable Techniques for cable fault locating methods of locating the fault
• High voltage cables construction
• High voltage power cable joints
• High voltage cable Joints types
• High voltage Procedure for cable joints
• High voltage Insulation of joints
• High voltage Testing after splicing
• High voltage Accepted values of testing
• Termination of High voltage cable
• High voltage Termination kits types
• Testing High voltage cable after termination
• High voltage Accepted values of testing
• High voltage Power cables protection
• General Discussion
• Post test

CDGA attendance certificate will be issued to all attendees completing a minimum of 80% of the total course duration.