Electromechanics : Principles, Concepts and Devices

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For courses in Electric Machines, Advanced Industrial Electronics, Machines and Motors, Electromechanics, Electrical Maintenance, and Automated Systems in departments of technology and electronics technology. Designed for Community College, Vocational and Trade School, and Industrial and Engineering Technology programs.

This comprehensive introduction to mechanical and electrical devices and their underlying principles of operation gives students the unified treatment of mechanical and electrical topics so much in demand in today's workplace. Practical, hands-on information related to operating, installing, troubleshooting, and servicing a wide range of electromechanical devices and systems is presented. Graded, self-paced chapters progress through mechanical, electrical, and magnetic concepts and principles, to their actual applications in a wide range of electromechanical devices. Subsequent chapters include topics relating to sequential process control, ladder diagrams, and automatic control systems. Numerous examples are presented throughout the text, together with a wealth of problem-solving techniques.
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Product details

  • Hardback | 641 pages
  • 189.99 x 230.12 x 36.07mm | 1,115.83g
  • Pearson
  • Upper Saddle River, NJ, United States
  • English
  • 2nd edition
  • 0130977446
  • 9780130977441

Back cover copy

This book provides a comprehensive examination of mechanical and electrical machine elements, as well as their underlying principles of operation. It is intended for technicians, maintenance mechanics, electricians, and manufacturing engineers.

The book provides the knowledge base needed to understand the principles, concepts, and applications of electromechanics. Furthermore, it presents problem-solving techniques that will aid technicians in real-world trouble shooting situations.

As the title implies, Electromechanics: Principles, Concepts, and Devices begins with the basic notions of numbers and units of measure, the nature of motion, simple and compound machines, and the physics of work, energy, torque, and power. From there, chapters progress into more complex concepts of power transmission and motion devices, electric circuits, electromagnetic circuits and devices, transformers and power distribution, overcurrent protection, sequential process control, and ac and do electric motors.

A new chapter 16, "Concepts of Automated Control Systems," covers cutting-edge technology that technicians need to know to prepare for tomorrow's workplace. The book concludes with a technical terms glossary and appendixes featuring reference tables, common symbols, and an overview of maintenance procedures for electromechanical devices and components.
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Table of contents

1. Number Notation, Measurement, and Units.

2. Linear Motion.

3. Principles of Simple Machines and the Lever.

4. The Pulley, Wheel and Axle, and Inclined Plane.

5. Friction, Lubrication, and Bearings.

6. Work, Energy, Torque, and Power.

7. Rotational Power Transmission.

8. Rotation, Linear, and Intermittent-Motion Devices.

9. The Electric Circuit.

10. Electromagnetic Circuits and Devices.

11. Transformers and Power Distribution.

12. Overcurrent Protection.

13. Sequential Process Control.

14. Alternating-Current Electric Motors.

15. Direct-Current Motors and Alternating-Current Drives.

16. Concepts of Automatic Control Systems.

Glossary of Selected Technical Terms, Abbreviations, and Acronyms.


Answers to Chapter Exercises.

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