Fundamentals and Examples of Electrical Control System Design

Author: Yi Hongke, Editor-in-Chief
Publisher:
Publish Date: 2005-01-01
Features: This book is divided into two parts. The first part covers the essential theoretical and fundamental knowledge required for electrical control system design, including the composition and characteristics of common automatic control systems, the working principles of sensors, industrial parameter detection instruments, and commonly used components in electrical control systems. The second part introduces the general process of designing electrical control systems and specific considerations to be noted. It also focuses on examples that have been successfully applied in industrial production environments in recent years. These examples include traditional relay contactor control devices, as well as more complex control systems using PLCs, frequency converters, industrial control computers, configuration software, and fieldbuses. Additionally, it covers microcontroller-based control devices and electrical drive system simulation research. The applicable fields for these projects include automotive manufacturing, metallurgy, mining, chemical industry, environmental protection, urban construction, and other industries. This book is primarily intended as a guidance textbook for undergraduate students majoring in industrial automation, electrical technology, mechatronics, and mechatronic engineering for graduation projects. It can also serve as a teaching material for vocational colleges and technical schools during graduation training. It is also valuable for technicians engaged in the design, debugging, and maintenance of electrical control systems.