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[Intelligent Manufacturing Technology] 2.Electromechanical Control Technology
#ICT# #IOT#

Lesson Code: TCEN2025H009

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Academic Hours
4.50hours
Publish Date
Jul 2025

Lecturer

1. Lecturers LIN XianxinGuangxi Technological College of Machinery and Electricity

General Introduction
This course is a core course for electromechanical-related programs at vocational colleges. It serves as a bridge between mechanical principles and electrical control knowledge, focusing on key competencies such as PLC programming for stepper motors, AC motors, and servo motors, as well as sensor applications.
The course is designed to equip trainees with the ability to perform automated control and system debugging of electromechanical equipment, and to cultivate high-quality technical personnel with hands-on operational and system maintenance capabilities for the intelligent manufacturing sector.

This Course is for
# Enabling trainees to master the fundamental theories of electromechanical control and apply core technologies such as PLC programming, sensor detection, and servo drive systems proficiently.
# Helping trainees develop operational, fault diagnosis, and system optimization skills through practical training in the design and debugging of typical stepper, AC, and servo electromechanical systems.
# Strengthening trainees’ awareness of engineering standards and their ability to collaborate effectively in teams, thereby supporting their development into high-quality, application-oriented professionals who meet the demands of the intelligent manufacturing industry with both theoretical knowledge and practical skills.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Banks

Recognized By

Benefits of Learning

# Knowing the core principles of mechanical transmission, electrical control, and PLC programming; being familiar with the operating principles and applications of sensors and servo systems.
# Being able to operate electromechanical equipment in compliance with standards, design basic control systems, write and debug PLC programs, and use tools to identify and resolve common faults.
# Capable of demonstrating rigorous engineering thinking, adhering strictly to safety regulations and industry standards; possessing strong teamwork skills and the ability to collaborate efficiently in group tasks.
# Capable of possessing self-directed learning and innovation awareness, actively exploring new technologies and methodologies in order to successfully complete all course assessments.

Courses Videos
Course Introduction_1.mp4play1.1Overview of Electromechanical Control_1.mp4play1.2Content of Electromechanical Control Technology_1.mp4play1.3Electromechanical Control Objects_1.mp4play1.4Principles of Electromechanical Control Technology_1.mp4play2.1The Structure of AC Motor_1.mp4play2.2Control Principles of AC Motor_1.mp4play2.3Parameters and Wiring of AC Motor_1.mp4play2.4Selection of AC Motor_1.mp4play2.5Debugging of AC Motor_1.mp4play2.6Diagnosis Methods for AC Motors_1.mp4play3.1The Structure of Servo Motor_1.mp4play3.2Control Principles of Servo Motor_1.mp4play3.3Parameters and Wiring of Servo Motor_1.mp4play3.4Servo Motor Selection_1.mp4play3.5Debugging of Servo Motor_1.mp4play3.6Diagnosis Methods for Servo Motor_1.mp4play4.1The Structure of Stepper Motor_1.mp4play4.2Control Principles of Stepper Motor_1.mp4play4.3Parameters and Wiring of Stepper Motor_1.mp4play4.4Stepper Motor Selection_1.mp4play4.5Debugging of Stepper Motor_1.mp4play4.6Diagnosis Methods for Stepper Motor_1.mp4play5.1Concept of Open-Loop Control System_1.mp4play5.2Control Principles of Open-Loop Control System_1.mp4play5.3Concept of Semi-Closed Loop System Control_1.mp4play5.4Principle of Semi-Closed Loop Control System_1.mp4play5.5Concept of Closed-Loop System Control_1.mp4play5.6Control Principles of Closed-Loop Systems_1.mp4play6.1Functions of Motion Control Cards_1.mp4play6.2Parameters of Motion Control Cards_1.mp4play6.3Selection Methods for Motion Control Cards_1.mp4play6.4Programming Control Methods for Motion Control Cards_1.mp4play6.5IO Configuration of Motion Control Card_1.mp4play6.6Programming Logic of Motion Control Cards_1.mp4play

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