EPLAN and Electrical Control Technology is a professional basic course integrating theory with practice For the first time, EPLAN electrical design software is integrated into the traditional course Electrical Control Technology. With the goal of cultivating students' automatic electrical control design ability, under the main line of project-based design, through the integrated teaching mode of theory + design + practical operation, students can improve their electrical design efficiencyand innovation ability to the greatest extent, aiming at promoting talent training in China's intelligent manufacturing, industrial Internet and other fields. so as to meet the talent demand of enterprises for electrical design posts. Suitable for zero-based people who want to engage in electrical design; also suitable for those who have a certain foundation and want to guide electrician assembly later.

Syllabus

Chapter 1: Introduction to Eplan

Course Introduction
1.1.1 Welcome to the World of Electrical Control
1.1.2 Introduction to EPLAN
1.1.3 Introduction to EPLAN-Software
1.1.4 Introduction to EPLAN -Project Management
1.1.5 Application Value of EPLAN

Chapter 2: Eplan Basic Operations

2.1.1 Basic Environment for Graph Drawing in EPLAN
2.1.2 Schematic Diagram of Motor Start-Stop Control
2.1.3 Schematic Diagram of Motor Forward and Reverse Rotation – Power Distribution
2.1.4 Schematic Diagram of Motor Forward and Reverse Rotation – Main Circuit
2.1.5 Schematic Diagram of Motor Forward and Reverse Rotation – Control Circuit

Chapter 3: Relay Control System Design

3.1.1 Design of Electrical Control System for Simple Filling Machine
3.1.2 Project Structure
3.1.3 Drawing of an Electrical Schematic Diagram
3.1.4 Export/Import of Electrical Schematic Diagram（up）
3.1.5 Export/Import of Electrical Schematic Diagram（down）
3.2.1 Design of Elevator Ascending and Descending Control System
3.2.2 Drawing of an Electrical Schematic Diagram
3.2.3 Automatic Wire Numbering
3.2.4 Potential Tracking
3.2.5 CADe_SIMU Electrical Simulation
3.2.6 Practical Operation of Controlling Elevator Ascending and Descending (1)
3.2.6 Practical Operation of Controlling Elevator Ascending and Descending (2)
3.3.1 Design of Electrical Control System of Freight Elevator
3.3.2 Drawing of an Electrical Schematic Diagram
3.3.3 Electrical Simulation of Star-Delta Line
3.3.4 Part-Based Design
3.3.5 Draw Electrical Schematic Diagram - Part Design
3.3.6 Draw Electrical Schematic Diagram - Properties Display
3.3.7 Draw the Layout Plan
3.4.1 Design of Electrical Control System for Three-Stage Conveyor Belt
3.4.2 Macro and Macro Variable Technology
3.4.3 Drawing of an Electrical Schematic Diagram
3.4.4 Draw Single-Layer Terminal Block
3.4.5 Automatic Report Generation

Chapter 4: Entering the World of PLC

4.1.1 Design of PLC Colored Light Control System
4.1.2 Black box and PLC box
4.1.3 Draw PLC Schematic Diagram (1)
4.1.4 Draw PLC Schematic Diagram 2

Chapter 5：International Codevelopment

5.1.1 EPLAN Electrical Design
5.1.2 Talent Demand and Training Strategies for Mechatronics in Thailand
5.1.3 Current Status of Mechatronics Technology Education in Thailand
5.1.4 Application of the EPLAN and Electrical Control Technology Course in Thailand
5.1.5 China-Thailand Collaboration in EPLAN and Electrical Control Technology