Course Details
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Course Description
The main Aim of this course is to empower the participant’s understanding of selection, installing , inspection of power Transmission cables . The participant will exit the course with greater ability to analyze common power cables circuit problems. The participant will also have a stronger understanding of Transmission system Installation & Maintenance and power system component equipment operation, troubleshooting.
Power system at Transmission level should be planned and designed with consideration for ease of operation. Such considerations include, but are not limited to utilization of standard components, facilitate availability of spare parts, optimization of post contingency switching operations, reduction of operational risks and use of special protection systems (SPSs). Also, to achieve the required power supply reliability, power system planning-particularly for medium-voltage system must con-sider not only the system configuration and earthing, etc. but also the arrangement of the stations, the choice of equipment and so on specially power Transmission cables .
Also will cover The electrical Safety Training points where it is ideal for those people who need to work on electrical equipment who need a reminder of electrical dangers and safe working practices and also evaluate there experience and skills on dealing with electrical power system and check there understanding of high Skills on isolation , Voltage level ,….
The Training Course Will Highlight ?
Training Objective
Target Audience
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
Training Methods
- 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 terminatio
Daily Agenda
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
Accreditation
BTS attendance certificate will be issued to all attendees completing a minimum of 80% of the total course duration.
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