About the Book
This textbook explains the method of developing pure pneumatic advanced circuits involving multiple actuators. The starting point in designing any circuit is to have a thorough understanding of the control task. Work out a circuit using a displacement-step diagram or notational representation of the control task. Then, examine the developed circuit to improve and simplify it.
This book explains signal conflicts and various methods of eliminating them in detail. It also provides many examples of the developments of multiple-actuator circuits using the cascade method and shift register. Wherever possible, intermediate positions of circuits are given to ensure an easy understanding. This orderly method of developing control circuits should be applied to more extensive control systems. The book illustrates that when appropriate guidelines are followed and systematic steps are taken, neat circuit diagrams can be developed that are easily read or modified. This method also imparts a certain degree of reliability in the circuit’s operation.
About the Author
Joji Parambath is an accomplished professional with over 25 years of experience in Pneumatics, Hydraulics, and PLC. Throughout his illustrious career, he has trained professionals from various industries, faculty members, and engineering students, imparting his knowledge and expertise to the next generation of learners. The author’s extensive experience in handling topics such as industrial pneumatic systems and the design of pneumatic systems has uniquely positioned him to prepare this book on pneumatics.
Table of Contents
| Chapter | Description |
| — | Preface |
| 1 | Introduction to Multiple-actuator Pneumatic Circuits |
| 2 | Elimination of Signal Conflicts by Idle-return Rollers |
| 3 | Cascade Method – Design and Operating Principles |
| 4 | Shift Register Method – Design and Operating Principles |
| 5 | Stepper Module – Design and Operating Principles |
| 6 | Review questions |
| 7 | Additional exercises for circuit development |
| Appendix 1 | Graphic Symbols of Pneumatic Components |
| Appendix 2 | Designation of Pneumatic System Components |
| — | Solutions for additional exercises |
Book Format
Paperback, Hardcover, Kindle eBook
Market Places
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