Electrical Maintenance

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  • Fees : 2900 $
  • Date 17 Feb 2019
  • Location Abu Dhabi, English

Electrical Maintenance 




Upon the completion of this course, the participants would be introduced to the different types of maintenance and inspection along with the different types of tests whether commissioning, routine, and failure tests. The participants will also be introduced to the most recent trending method of testing essential for identifying the failure/problems as early as possible. Also different causes along with root cause analysis will be introduced to the participants. The most wide spread of quality deterioration in power system are also presented in the course.


Who may attend?

This course is designed to be suitable for electrical operation, control, maintenance, and protection engineers and technicians.




1. Basic Skills for Electrical Troubleshooting

1.1. Safety: A Management Priority

1.2. The National Electrical Safety Code—ANSI C-2

1.3. The National Electrical Code (NEC) ANSI/NFPA 70

1.4. Electrical Equipment Maintenance ANSI/NFPA 70B

1.5. Electrical Safety Requirements for Employee Workplaces—ANSI/NFPA 70E

1.6. Occupational Safety and Health Administration (OSHA) Standards

1.7. Electrical Safety, Switching Practices, And Precautions

1.8. Electrical Safety

1.9. Testing Of Electrical Circuits and/or Equipment

1.10. Rubber Gloves For Electrical Work—Use and Care

1.11. Medium and High-Voltage Detectors

1.12. Grounds—Personnel Protection

1.13. On-Site Circuit Breaker Maintenance Safety Checklists

1.14. Confined Spaces—Procedure for Entering

1.15. Effects of Electrical Shock


2. Introduction to Electrical Equipment Maintenance and Testing

2.1. Introduction

2.2. Why Maintain and Test?

2.3. Overview of Electrical Preventive Maintenance and Testing

2.4. Key Factors in Electrical Preventive Maintenance Optimization Decisions

2.5. General Criteria for an Effective Electrical Preventive Maintenance and Testing Program

2.6. Optimization of Preventive Maintenance Intervals

2.7. Trending of Test Results

2.8. Systematic Failure Analysis Approaches

2.9. Post-maintenance Testing

2.10. Engineering Support

2.11. Planning an EPM Program

2.12. Development of Instruction and Procedures for the EPM Program

2.13. What Should Be Included In the EPM Program?

2.14. Overview of Testing and Test Methods

2.15. Review of Dielectric Theory and Practice

2.16. Economic Factors

2.17. Failure Rate


3. Electrical Power System Grounding

3.1. Selection of Grounding Method

3.2. Grounding Ungrounded Systems

3.3. Selection of Grounding System

3.4. Understanding Ground Resistance

3.5. Ground Resistance Values

3.6. Ground Resistance Measurements

3.7. Soil Resistivity Measurements (4-Point Measurement)

3.8. Touch Potential Measurements

3.9. Ground Grid Integrity Measurements


4. Power Factor and Dissipation Factor Test Methods

4.1. General

4.2. Principles of PF/DF Testing

4.3. Factors That Influence Pf Measurements

4.4. Description of the Power Factor Test Equipment

4.5. General Instructions for the Operation of the Biddle Test Set

4.6. Basic Test Connections (Test Modes) for Pf Testing

4.7. Pf Testing of Electrical Apparatus Insulation


5. Direct Current Voltage Testing of Insulation

5.1. Capacitance Charging Current

5.2. Dielectric Absorption Current

5.3. Surface Leakage

5.4. Partial Discharge Current

5.5. Volumetric Leakage Current

5.6. Advantages and Disadvantages of Dc Voltage Testing

5.7. Dc Testing Methods

5.8. High-Potential Voltage Test

5.9. Dielectric Absorption Test


6. Maintenance of Cables

6.1. Cable Failures and Their Analysis

6.2. Testing and Acceptance of Cable

6.3. Cable Fault Locating Methods


7. Electrical Switchgear Maintenance and Care

7.1. Medium-Voltage Switchgear

7.2. Electrical Switchgear Testing

7.3. Maintenance and Testing of Protective Relays

7.4. Protective Relay Inspection and Tests

7.5. Protective Relay Test Procedures and Circuits

7.6. Relay Test Points and Test Circuits


8. Transformers

8.1. Introduction

8.2. Transformer Fundamentals

8.3. Transformer Polarity, Terminal Markings, and Connections

8.4. Transformer Characteristics

8.5. Preventive Maintenance of Transformers

8.6. Transformer Installation, Acceptance, and Maintenance

8.7. Transformer Diagnostic Guide

8.8. Transformer Testing


9. Motors and Generators

9.1. Introduction

9.2. NEMA Classification of Motors and Generators

9.3. Terminal Marking of Machines

9.4. Motor and Generator Insulation Systems

9.5. Motor and Generator Maintenance

9.6. Direct Current Motors and Generators and Repulsion-Induction Motors

9.7. Induction Motor

9.8. Synchronous Motors and Generators

9.9. Balancing

9.10. Imbalance Measurement

9.11. Testing of Motors and Generators


10. Operation and Maintenance of Motor Controllers

10.1. Introduction

10.2. Magnetic Controller Components

10.3. Basic Starting Circuits

10.4. Reading and Interpreting Control Diagrams

10.5. Reversing Controllers for Ac Motors

10.6. Two-Speed Controllers for Ac Motors

10.7. Autotransformer Starting

10.8. Procedure for troubleshooting Magnetic Starters and Multi-speed Controllers

10.9. Troubleshooting Multi-speed Controllers


11. Sources of Deterioration of the Electrical “Power Quality”

11.1. Classification

11.2. Occurrence of Power Quality Problems

11.3. Loads Which May Cause Power Quality Problems

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