CNC Machine Tools and Fault Diagnosis Technology

Author: Huang Wei, Chief Editor
Publisher:
Publishing Date: 2004-06-01
Features: During the compilation of this book, Professor Xu Chao, the chief reviewer, provided many valuable suggestions for revision and supplementation. The authors would like to express their gratitude to him. The authors also extend their thanks to the authors of the references listed in this book. Their work has not only advanced the development of CNC technology but has also benefited the authors greatly. Due to the authors' limitations, there may be shortcomings and omissions in the book, and the readers are kindly requested to point them out.
CNC Machine Tools and Fault Diagnosis Technology
This book is divided into five chapters, primarily introducing the composition, types, and working principles of CNC machine tools. It provides a detailed explanation of the structural characteristics and principles of each component of CNC machine tools, the structural types and control principles of servo control systems, and the debugging methods of CNC machine tools. Combined with typical examples, it offers an in-depth introduction to CNC machine tool fault diagnosis technology and diagnostic methods. Each chapter includes exercises to help readers master the structure of CNC machine tools and their fault diagnosis techniques.
This book can serve as a teaching material for vocational colleges and technical schools specializing in CNC technology or as a vocational training textbook for CNC technology. It can also be used as a teaching reference for related undergraduate majors and as a reference for CNC engineering technicians.
Since the world's first three-coordinate CNC milling machine was developed by the Parsons Company in the United States in collaboration with the Servo Mechanism Laboratory of the Massachusetts Institute of Technology (MIT) in 1952, the application of CNC machine tools has become increasingly widespread, making them a fundamental piece of equipment in modern manufacturing. In recent years, with the continuous emergence of new varieties of CNC machine tools in industrialized countries, many enterprises in China have introduced a significant number of CNC machine tools. Meanwhile, Chinese CNC machine tool manufacturers have also developed their own products through cooperation and independent development. As the application fields of CNC machine tools expand, the number of personnel involved in operating and maintaining these machines has grown substantially. The technical proficiency of CNC machine tool operators and maintenance staff is closely related to the production efficiency and service life of CNC machine tools.
To adapt to the growing popularity of CNC machine tools, in recent years, many universities, colleges, and vocational schools have established specialized programs in CNC machine tools, cultivating professionals for the modern manufacturing industry.
This book covers the structure of CNC machine tools and CNC machine tool fault diagnosis technology, providing detailed explanations of the structure and working principles of each component of CNC machine tools, the structural types and control principles of servo control systems, debugging methods for CNC machine tools, and CNC machine tool fault diagnosis technology and diagnostic methods. The content is rich and comprehensive, presented in an easy-to-understand manner with practical examples. Each chapter includes exercises for readers to practice.
This book is edited by Huang Wei of Southeast University. Other contributors include Wang Guoliang, Tang Caiping, and Liu Jiang from Changzhou Institute of Mechanical and Electrical Technology, and Zhang Shiliang from Changzhou Light Industry Vocational and Technical College. Among them, Huang Wei wrote Chapter 1, Wang Guoliang wrote Chapter 2, Zhang Shiliang and Huang Wei wrote Chapter 3, Tang Caiping wrote Chapter 4, and Liu Jiang wrote Chapter 5. The entire book was compiled and edited by Huang Wei. Professor Xu Chao of Southeast University served as the chief reviewer.