Design Concepts in Pneumatic Systems (In the English Units)
A practical guide to designing industrial pneumatic systems using the English system of units.
| Level | Advanced |
| Subject | Pneumatics |
| Learning format | Students, Faculty, Industry professionals |
| Units | English units |
Summary
Designing an efficient pneumatic system requires much more than selecting individual components. A successful design must provide the required performance while minimizing energy consumption, operating costs, and maintenance requirements.
A pneumatic system typically consists of a compressed air generation and storage system, air treatment equipment, a compressed air distribution network, control components, and pneumatic actuators. To achieve maximum efficiency, each element must be properly selected and integrated based on the application requirements and the manufacturer’s specifications.
This book systematically explains the principles and practical considerations involved in pneumatic system design. Topics such as compressed air generation, air quality, distribution systems, actuator selection, valve sizing, energy efficiency, and safety considerations are discussed in a clear and structured manner. Numerous design examples and solved problems are included to demonstrate the practical application of design principles.
Written entirely in the English System of Units, this book is particularly valuable for engineers, technicians, educators, and students working with pneumatic equipment, catalogs, and specifications that use U.S. customary units. It serves as a practical reference for pneumatic system design, component selection, and engineering calculations in industries where English-unit standards remain widely used.
Who Should Read This Book?
This book is suitable for:
• Engineering students pursuing Mechanical, Mechatronics, Production, Manufacturing, Industrial, or Automation Engineering
• Faculty members teaching fluid power, pneumatics, and industrial automation
• Design and project engineers involved in industrial automation systems
• Industrial trainers and vocational instructors specializing in fluid power technologies
• Engineers and technicians working with pneumatic equipment specified in U.S. customary (English) units
What You Will Learn
• Understand the fundamental considerations involved in pneumatic system design
• Select appropriate compressors, receivers, and air treatment equipment
• Evaluate compressed air quality requirements for different applications
• Design compressed air distribution systems for efficient operation
• Select and size pneumatic actuators based on load and motion requirements
• Select pneumatic valves based on functional and performance requirements
• Estimate air consumption and system capacity requirements
• Apply energy-efficient design practices in pneumatic systems
• Interpret manufacturer specifications and performance data
• Develop complete pneumatic system designs using a structured engineering approach
• Solve practical pneumatic system design problems using English units
• Incorporate safety considerations into pneumatic system design
Key Topics
- Design Considerations
- Fundamentals of Pneumatics
- Compressed Air Generation and Storage
- Compressed Air Quality
- Compressed Air Distribution Systems
- Secondary Air Treatment
- Pneumatic Actuators
- Pneumatic Valves
- Energy Efficiency of Pneumatic Systems
- Pneumatic System Design Methodology
- Practical Design Problems
- Air Compressor Specifications
Detailed Contents
| Chapter | Description |
| 1 | Design considerations |
| 2 | Fundamentals of Pneumatics |
| 3 | Components of Compressed Air Generation and Storage |
| 4 | Compressed Air Quality |
| 5 | Compressed Air Distribution Systems |
| 6 | Secondary Air Treatment |
| 7 | Pneumatic Actuators |
| 8 | Pneumatic Valves |
| 9 | Energy Efficiency of Pneumatic Systems |
| 10 | Design of Pneumatic Systems |
| 10.1 | Design Problem 10.1 |
| 10.2 | Design Problem 10.2 |
| 10.3 | Design Problem 10.3 |
| 10.4 | Design Problem 10.4 |
| 10.5 | Design Problem 10.5 |
| 10.6 | Design Problem 10.6 |
| Appendix 1 | Air Compressors’ Specifications |
| Appendix 2 | General Instructions on Pneumatic Actuators |
| Appendix 3 | Air Consumption Chart for Industrial-type Tools |
Why This Book?
✓ Focuses specifically on the design of industrial pneumatic systems
✓ Covers both theoretical concepts and practical engineering applications
✓ Explains the selection and sizing of major pneumatic system components
✓ Includes multiple design examples and solved engineering problems
✓ Emphasizes energy efficiency and cost-effective system design
✓ Demonstrates the use of manufacturer specifications in engineering calculations
✓ Provides practical guidance for developing reliable pneumatic systems
✓ Written entirely in English units for users of U.S. customary engineering standards and specifications
✓ Suitable for self-study, academic courses, and industrial training programs
Formats / ISBN /ASIN
| Paperback | ISBN: 9798397873819 |
| Hardcover | ISBN: 9798397920940 |
| eBook | ASIN: B0C7PMFKRL |
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| US UK DE FR ES IT NL PL SE JP CA AU | US UK DE FR ES IT NL PL SE | US UK DE FR ES IT NL JP BR CA MX AU IN |
Related Books
Theory and Fundamentals
- Electro-pneumatics and Automation
- Pneumatic Systems and Circuits – Basic Level (SI Units)
- Industrial Pneumatics – Basic Level (In the English Units)
- Pneumatic Systems and Circuits – Advanced Level
Design and Application
- Design of Pneumatic Systems (SI Units)
Maintenance and Reliability
- Maintenance, Troubleshooting, and Safety in Pneumatic Systems
- Compressed Air Dryers
Companion Laboratory Manual
- Practical Book: Pneumatics – Basic Level
- Practical Book: Electro-pneumatics – Basic Level
Available Editions
✓ Design of Pneumatic Systems (SI Units)
Metric calculations and SI-based specifications
✓ Design Concepts in Pneumatic Systems (English Units)
U.S. customary calculations and English-unit specifications