Introduction to Robotics in CIM Systems

Introduction to Robotics in CIM Systems

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Description

For one-quarter/semester, freshman through senior-level courses in two-and four-year colleges in Introduction to Robotics, Manufacturing Automation, or Production Design. Featuring a careful balance of theory and application techniques, this introduction to robotics shows students how to design and build a robot-driven automated work cell-from selection of hardware through programming of the devices to economic justification of the project. Written from a manufacturing perspective, it does not address robots in an isolated manner, but rather explores the broad topic of industrial work cells that contain a robot-including robot automation and all the other technology needed in the automated work cell to integrate the robot with the work environment and with the enterprise data base.show more

Product details

  • Hardback | 510 pages
  • 187.96 x 233.68 x 35.56mm | 1,088.62g
  • Pearson Education (US)
  • Prentice Hall
  • Upper Saddle River, United States
  • English
  • Revised
  • 5th Revised edition
  • glossary, index
  • 0130602434
  • 9780130602435

About James A. Rehg

James A. Rehg, CMfgE, is an associate professor of engineering at Penn State-Altoona. He earned a BS and MS in electrical engineering from St. Louis University and has completed additional graduate work at Wentworth Institute, University of Missouri, South Dakota School of Mines and Technology, and Clemson University. Before moving to Penn State, he was director of the Computer Integrated Manufacturing project and department head of CAD/CAM and Machine Tool Technology at Tri-County Technical College, and previous to that he was director of Academic Computing and the Manufacturing Productivity Center at Trident Technical College. Professor Rehg also served as director of the Robotics Resource Center at Piedmont Technical College and department head of Electronic Engineering Technology at Forest Park Community College. His industrial experience includes work in instrumentation at McDonnell Douglas Corporation and consulting in the areas of computer-aided design, robotics, computer-integrated manufacturing, and programmable logic controllers. Professor Rehg has written five texts on robotics and automation and many articles on subjects related to training in automation and robotics. His most recent text is Computer-Integrated Manufacturing, 2nd ed., with coauthor Henry Kraebber of Purdue University, published by Prentice Hall in 2000. Professor Rehg has received numerous state awards for excellence in teaching, including the outstanding instructor in the nation by the Association of Community College Trustees and the Penn State Engineering Society Outstanding Teaching Award in 1998.show more

Back cover copy

Employment trends in the field of robotics have changed over the years. Engineers and technicians no longer concentrate solely on robot technology; instead, they are capable of working on the entire production system. For this reason, any training in robotics must reflect this emphasis on the total system. The need for personnel who can design, develop, implement, and provide support for automated production systems with robots is significant and is growing. This fifth edition of "Introduction to Robotics in CIM Systems" includes information about the hardware, software, and programming that support the implementation of automated work cells and manufacturing systems. New in the fifth edition of the text: Goals and objectives listed at the beginning of each chapter. A career spotlight highlights careers related to the concepts being covered in every chapter. Updated information on safety and troubleshooting. A section outlining program commands for the Yaskawa robot. Major updates and additions throughout. Instructors who are using this book for a course should obtain the accompanying Instructor's Manual (ISBN 0-15-060245-0).show more

Table of contents

1. Introduction to Industrial Robotics. 2. Robot Classification. 3. Automated Work Cells and CIM Systems. 4. End-of-Arm Tooling. 5. Automation Sensors. 6. Work-Cell Support Systems. 7. Robot and System Integration. 8. Work-Cell Programming. 9. Justification and Applications of Work Cells. 10. Safety. 11. Human Interface: Operator Training, Acceptance, and Problems. 12. Work-Cell Design Case Study. Appendix A. Hardware Specifications. Appendix B. Internet Resources. Appendix C. Justification Program. Appendix D. Glossary. Index.show more

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