Introduction
Industrial automation is the core driving force for promoting industrial upgrading and enhancing the level of modern manufacturing. With the in-depth development of Industry 4.0 and smart manufacturing, PLCs and control systems, as the “brain” of industrial automation, are widely used in key areas such as smart manufacturing, production line control, and energy management. Their technical capabilities have become an important benchmark for measuring the level of automation talent.As a breakthrough to the limitations of traditional classrooms in automation and electromechanical majors, where there is a “heavy theory, light practice” approach, Beijing Xiangxinli has introduced highly realistic industrial scenarios and a programmable virtual-physical integrated platform, developing the “PLC and Control System Simulation Training Platform Software“. The platform constructs a high-fidelity experimental environment based on typical industrial scenarios, allowing students to master core skills in PLC programming and system debugging under safe and low-cost conditions.
XIANG XIN LI
PLC and Control Systems
Simulation Training Platform
This software develops the mathematical model of the equipment based on device introduction materials, real equipment photos from the site, and equipment operation data collection tables, allowing users to view various device models in the scene through 3D virtual simulation technology and the overall layout of the equipment in the scene.Students can learn aboutPLC programmingdevice scenarios, programming instructions, and factory production lines through self-designed and exploratory learning, without being limited to standard answers, and conduct exploratory design and experiments onPLCprogramming and control.
The experiments are divided into four parts: PLC Circuit Wiring Experiment, PLC Basic Programming Experiment, PLC Process Control Experiment, and PLC Comprehensive Assessment Experiment.
Experiment Content
Part.1
Circuit Wiring Experiment
Click the “Circuit Wiring Experiment” module to start learning about PLC circuit-related knowledge, including the concept of PLC, and the connection methods for PLC input and output devices.
Part.2
Basic Programming Experiment
Click the “Basic Programming Experiment” module to enter the experiment selection page. Each experimental scenario allows for PLC programming, with multiple brands of PLCs communicating, and the scene model can act based on the PLC variable status.
Part.3
Production Line Process Control Experiment
Click the “Production Line Process Control Experiment” module. In this experiment, students learn PLC flow control instructions to control devices for beverage filling, cap screwing, and beverage packaging actions.
Part.4
PLC System Comprehensive Assessment Experiment
Click the “PLC System Comprehensive Assessment Experiment” module. Students need to construct the entire beverage filling and packaging production line system and design the PLC program. Teachers can conduct comprehensive training assessments based on the operation of the students’ beverage filling and packaging production line and record key results in the experiment report.
This product can be widely used in practical training and course teaching in undergraduate and vocational colleges,mainly targetingElectrical Engineering and Automation, Mechatronics,Electrical Engineeringrelated fields, and can match courses such asElectrical Control and PLC Application Technology, PLC Application and Practice, and Basics of Low Voltage Electrical Appliances..
About Us
Beijing Xiangxinli Technology Co., Ltd. is a national high-tech enterprise focused on computer simulation (Simulation), virtual reality (VR), Internet of Things (IoT), and artificial intelligence (AI) technologies. The company adheres to a spirit of professionalism and focus, dedicated to creating a comprehensive and in-depth digital experimental training system and operational optimization solutions for universities, vocational schools, research institutions, and industry enterprises, providing comprehensive, high-quality technical services to meet the diverse needs of different clients.
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