Numerical Control Machine Tool Fault Diagnosis and Maintenance - 500 Cases

Author: Gong Zhonghua, Editor-in-Chief
Publisher:
Publish Date: 2004-07-01
Features: This book starts with the principle analysis of typical CNC systems, servo drives, spindle drives, as well as common mechanical structures and functional components, and clearly explains the theoretical basis of CNC machine tool fault diagnosis in an easy-to-understand manner. It comprehensively and systematically describes the basic methods and steps of fault diagnosis and maintenance. Through the selection of 500 typical faults from the frontline, it provides detailed and specific introductions to the analysis and handling processes of faults. The book highlights the advanced nature, practicality, and comprehensive technical content of the material. The entire book is divided into 10 chapters, covering topics such as maintenance basics, fault diagnosis and maintenance of FANUC systems, fault diagnosis and maintenance of SIEMENS systems, fault diagnosis and maintenance of servo feed systems, fault diagnosis and maintenance of spindle drive systems, maintenance and adjustment of mechanical components, and maintenance of auxiliary control devices, among others. Additionally, it includes 500 selected typical faults from the frontline, with content that is comprehensive, representative, and practical. This book can serve as a reference for engineering technicians in research institutions and enterprises involved in the design, maintenance, debugging, and use of CNC machine tools, as well as a teaching material for relevant majors in various higher education institutions. This book starts with the principle analysis of typical CNC systems, servo drives, spindle drives, as well as common mechanical structures and functional components, and clearly explains the theoretical basis of CNC machine tool fault diagnosis in an easy-to-understand manner. It comprehensively and systematically describes the basic methods and steps of fault diagnosis and maintenance. Through the selection of 500 typical faults from the frontline, it provides detailed and specific introductions to the analysis and handling processes of faults. The book highlights the advanced nature, practicality, and comprehensive technical content of the material. The entire book is divided into 10 chapters, covering topics such as maintenance basics, fault diagnosis and maintenance of FANUC systems, fault diagnosis and maintenance of SIEMENS systems, fault diagnosis and maintenance of servo feed systems, fault diagnosis and maintenance of spindle drive systems, maintenance and adjustment of mechanical components, and maintenance of auxiliary control devices, among others; and includes 500 selected typical faults from the frontline, with content that is comprehensive, representative, and practical. This book can serve as a reference for engineering technicians in research institutions and enterprises involved in the design, maintenance, debugging, and use of CNC machine tools, as well as a teaching material for relevant majors in various higher education institutions.