Numerical Control Machine Fault Diagnosis and Maintenance Technology

Author: Liu Yongjiu, Editor-in-Chief
Publisher:
Publish Date: 2006-01-01
Features: This book takes the widely used Japanese FANUC numerical control system as an example, starting from the composition, functions, connections, and control principles of the numerical control system, spindle drive settings, feed drive devices, and the programmable controller (PMC) of the system. It clearly explains the theoretical basis for diagnosing faults in numerical control machines in an easy-to-understand manner. It comprehensively and systematically describes the basic methods and steps of fault diagnosis and maintenance. The examples in the book are carefully selected from the PMC control and various typical fault cases of numerical control machines in production lines. The book provides detailed introductions to the causes of faults, diagnostic methods, and handling processes, highlighting the advanced nature, practicality, and comprehensive technical content of the material. The book is divided into 7 chapters, including topics such as servo typical numerical control systems and system alarm maintenance technology, numerical control machine spindle drive systems and maintenance technology, numerical control machine feed servo systems and maintenance technology, numerical control machine PMC control and application examples, numerical control machine maintenance case analysis, numerical control machine transmission software, and comprehensive examples. This book can serve as a textbook for vocational and technical college students majoring in mechatronics, numerical control programming and operation, and numerical control machine maintenance. It can also be used as training material for various numerical control training classes. Additionally, it can be used as a self-study book for technicians, maintenance and adjustment workers, and numerical control machine maintenance personnel in the field of numerical control.