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McGraw-Hill | ISBN-13- 0-07-148782-4 | English | PDF | 2.55 MB RAR Compressed | 241 Pages | No Password
Electrical measuring and testing instruments are used in the installation, troubleshooting, and maintenance of electrical systems of all types, particularly in commercial and industrial facilities. Electricians and technicians involved with installing, maintaining, and repairing electrical equipment need a good working knowledge of portable testing instruments and how they are used to diagnose and fix problems in the field. Most operational problems of electrical equipment and systems involve one of four basic faults:
1.Short circuit
2.Ground fault
3.Open circuit
4.Change in electrical value
This guide describes troubleshooting techniques to identify such problems using portable field-testing instruments. Although it covers many types of test equipment, this book emphasizes the use of digital multimeters (DMMs), the most common and versatile electrician’s diagnostic tool. This new third edition of Electrician’s Troubleshooting and Testing Pocket Guide includes updated information Click here for terms of use. on testing and troubleshooting lighting systems, expanded information on diagnosing power quality problems, and a new chapter on thermographic diagnostic tools.
Scope of This Book
Electrician’s Troubleshooting and Testing Pocket Guide covers the use of digital multimeters (DMMs) and other testing equipment to troubleshoot electrical and electronic circuits used for power and control applications. In general, it concentrates on traditional electromechanical and inductive equipment found in commercial and industrial occupancies—motors, transformers, lighting, and power distribution equipment. In general, this guide does not cover testing and troubleshooting of the following types of equipment and systems:
Communications systems. The use of network cable analyzers, optical time domain reflectometers (OTDRs), optical power meters, and other equipment used for testing and troubleshooting communications systems such as telecommunications, computer local area networks (LANs), and outside plant fiber-optic installations are outside the scope of this publication.
Electronic components and systems. This book touches on testing of electronic components such as resistors, small capacitors, and diodes. However, the broad subject of troubleshooting electronic components and circuits using digital multimeters and other viiiportable test equipment is covered in much greater detail in a different McGraw-Hill publication:
Electronic Troubleshooting and Repair Handbook by Homer L. Davidson.
H. Brooke Stauffer
Executive Director of Standards and Safety
National Electrical Contractors Association (NECA)
Bethesda, Maryland
Download
Electrical measuring and testing instruments are used in the installation, troubleshooting, and maintenance of electrical systems of all types, particularly in commercial and industrial facilities. Electricians and technicians involved with installing, maintaining, and repairing electrical equipment need a good working knowledge of portable testing instruments and how they are used to diagnose and fix problems in the field. Most operational problems of electrical equipment and systems involve one of four basic faults:
1.Short circuit
2.Ground fault
3.Open circuit
4.Change in electrical value
This guide describes troubleshooting techniques to identify such problems using portable field-testing instruments. Although it covers many types of test equipment, this book emphasizes the use of digital multimeters (DMMs), the most common and versatile electrician’s diagnostic tool. This new third edition of Electrician’s Troubleshooting and Testing Pocket Guide includes updated information Click here for terms of use. on testing and troubleshooting lighting systems, expanded information on diagnosing power quality problems, and a new chapter on thermographic diagnostic tools.
Scope of This Book
Electrician’s Troubleshooting and Testing Pocket Guide covers the use of digital multimeters (DMMs) and other testing equipment to troubleshoot electrical and electronic circuits used for power and control applications. In general, it concentrates on traditional electromechanical and inductive equipment found in commercial and industrial occupancies—motors, transformers, lighting, and power distribution equipment. In general, this guide does not cover testing and troubleshooting of the following types of equipment and systems:
Communications systems. The use of network cable analyzers, optical time domain reflectometers (OTDRs), optical power meters, and other equipment used for testing and troubleshooting communications systems such as telecommunications, computer local area networks (LANs), and outside plant fiber-optic installations are outside the scope of this publication.
Electronic components and systems. This book touches on testing of electronic components such as resistors, small capacitors, and diodes. However, the broad subject of troubleshooting electronic components and circuits using digital multimeters and other viiiportable test equipment is covered in much greater detail in a different McGraw-Hill publication:
Electronic Troubleshooting and Repair Handbook by Homer L. Davidson.
H. Brooke Stauffer
Executive Director of Standards and Safety
National Electrical Contractors Association (NECA)
Bethesda, Maryland
Download
Posted in: Electrical / Electronic ebook
