[Mechanical Manufacturing and Automation] 3.PLC Application Technology
#ICT# #IOT#

Lesson Code: TCEN2025H006

Clicks:
Academic Hours
4.40hours
Publish Date
May 2025

Lecturer

1. Lecturer LI KechengGuangxi Vocational & Technical Institute of Industry

General Introduction
This course is a core course for engineering majors such as Electrical Automation and Mechatronics Technology. It primarily covers knowledge of PLC principles, programming, system configuration, and hardware design.
The course aims to cultivate trainees' practical application capabilities and technological innovation skills in the field of industrial automation, laying a solid foundation for their future careers in related industries.

This Course is for
# Helping trainees systematically master the basic principles, structure, instruction systems, and programming methods of PLCs, and enabling them to understand application scenarios and typical cases of PLCs in industrial automation.
# Helping trainees cultivate the ability to proficiently use PLCs for program design, system configuration, and hardware connection, enabling them to independently complete simple PLC control system design, installation, and commissioning tasks.
# Strengthening trainees' hands-on practice capabilities through experiments and practical training sessions, and improving their ability to analyze and solve PLC-related problems in real-world working environments.
# Helping trainees stimulate innovative awareness, encouraging them to conduct innovative design and optimization based on PLC application technology, and fostering contributions to future technological advancement and industrial progress.
# Fostering trainees' team spirit, rigorous work attitude, and sound professional ethics, thereby laying a solid foundation for future careers in industrial automation industries.

Learning Materials

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

Recognized By

Benefits of Learning

# Being able to master the basic principles, structure, functions, and working methods of PLCs.
# Being familiar with PLC instruction systems, programming languages, and programming methods.
# Knowing the application scenarios and typical cases of PLCs in industrial automation.
# Being proficient in using PLC programming software for program design, simulation, and debugging.
# Capable of performing PLC hardware configuration, wiring, and troubleshooting.
# Being able to independently complete the design, installation, commissioning, and maintenance of PLC control systems.
# Being able to analyze and solve common problems in PLC control systems.
# Being equipped with fault diagnosis and troubleshooting abilities.
# Capable of possessing innovative awareness and being able to optimize and improve based on PLC application technology.
# Being able to design customized PLC control systems based on specific requirements.
# Capable of possessing strong team collaboration skills and the ability to communicate and cooperate effectively in team projects.
# Being able to collaborate with technical personnel from different specialties to complete complex projects.
# Capable of possessing a rigorous work attitude and a strong sense of responsibility.
# Being able to comply with industry regulations and safety production standards.
# Capable of possessing the ability for continuous learning and self-improvement.
# Being able to write clear and standardized PLC program documentation and technical reports.
# Being capable of organizing and archiving project documentation.
# Being equipped with these professional qualities to competently engage in PLC-related technical work in the field of industrial automation and contribute to the automation transformation and upgrading of enterprises.

Courses Videos
Course Introduction.mp4play1.1 The Evolution of PLC - Gaining Insights into PLC.mp4play1.2 S7-1200 PLC Input and Output Interface Circuits.mp4play2.1 Hardware Wiring of S7-1200 PLC.mp4play2.2 Design of S7-1200 PLC for Motor Start and Stop Control.mp4play2.3 Implementation of S7-1200 PLC for Motor Start and Stop Control.mp4play2.4 Design of S7-1200 PLC for Motor Forward and Reverse Rotation Control.mp4play2.5 Implementation of S7-1200 PLC for Motor Forward and Reverse Rotation Control.mp4play2.6 S7-1200 PLC Control of Motor Star-Triangle Reduced Voltage Start (Timer Instructions).mp4play2.7 S7-1200 PLC Control of Motor Star-Triangle Reduced Voltage Start (Programming, Debugging).mp4play2.8 S7-1200 PLC for Parking Lot Berth Control(Counter instruction).mp4play2.9 Comprehensive Training of S7-1200 PLC Timer Counter Control Programming (Industrial Washing Machine Control).mp4play3.1 S7-1200 PLC Data Types and Representation.mp4play3.2 S7-1200 PLC Controls the Start and Stop of Three Motors.mp4play3.3 S7-1200PLC Program Structure.mp4play3.4 S7-1200 PLC Control Fault Information Display.mp4play3.5 PLC Control of Star-Delta Voltage Reduction Startup Based on FC (Subprogram).mp4play3.6 PLC Control of Star-Delta Voltage Reduction Startup Based on FB (Background data).mp4play3.7 S7-1200 PLC Controls an Urban Fountain.mp4play3.8  S7-1200PLC PLC Sequence Control Instruction.mp4play3.9 Design of S7-1200 PLC Automatic and Manual Switching Control Motor.mp4play3.10  S7-1200 PLC Controls Color Lights (Shift Instructions).mp4play3.11  S7-1200PLC Controls Color Lights (Using Shift Instructions to Create a Program).mp4play4.1 Basic Principle of a PID Controller.mp4play4.2 PID Configuration and Parameter Settings of S7-1200 PLC.mp4play4.3 PID Control of Circulating Pool Liquid Level in S7-1200 PLC.mp4play5.1 Basic Knowledge for the Touch Screen HMI.mp4play5.2 Design of the Forward & Reverse Operation of the Motor Controlled by PLC+HMI.mp4play5.3 Task Implementation of the Forward & Reverse Operation of the Motor Controlled by PLC+HMI.mp4play5.4 Design of the Star Delta Start of the Motor Controlled by PLC+HMI.mp4play5.5 Task Implementation of the Star Delta Start of the Motor Controlled by PLC+HMI.mp4play6.1 Ethernet Communication between Two S7-1200s (Communication Overview).mp4play6.2 Ethernet Communication between Two S7-1200s (Communication Instructions).movplay7.1 PLC Programmable logic controller Application Technology.mp4play7.2 PLC Programming Languages.mp4play7.3 Application of PLC Technology and Case Study in Thailand.mp4play7.4 Specialized software for basic programming of PLC1.mp4play7.5 Specialized software for basic programming of PLC2.mp4play

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