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Dolang DLPLC series training equipment adopts modular design, which is convenient for training personnel to choose specific training modules according to their needs. Can effectively improve the use efficiency of training equipment and reduce procurement costs. DLPLC-FXGB series programmable controller integrated training system is a comprehensive PLC teaching equipment that integrates PLC principles and application technology (Mitsubishi FX3U-32MR) Kingview software application technology.

The system can be used for daily teaching and learning of traditional college majors, such as mechatronics, electrical control and automation, motion control, etc.

Digital twins make full use of data such as physical models, sensor updates, and operation history, integrate multi-disciplinary, multi-physical, multi-scale, and multi-probability simulation processes, and complete mapping in virtual space to reflect the entire life cycle of the corresponding physical equipment. Digital twins are a concept that transcends reality and can be viewed as a digital mapping system of one or more important, interdependent equipment systems.

The system closely focuses on the latest technological development trend of "Industry 4.0", and integrates "Internet +", "smart sensors", "PLC control technology", "intelligent electromechanical equipment", "digital twin simulation", "logistics technology", "IT Advanced technologies,Information safety, and Lean Automation”, which can enable students to learn and master the latest knowledge and skills of Industry 4.0.

The AI training platform is composed of high-performance computer, mobile terminal development platform, machine vision detection module, Harbot collaborative robot module, AGV, application scene simulation module and other systems. The software platform is based on Windows (Linux Ubuntu 18.04 is optional). Python, YOLOv5, OpenCV, PyTorch, TensorFlow and other modules are pre-installed.

The industrial Internet of things comprehensive training system is the basic teaching instrument for the professional course design of the Internet of things. It is also one of the essential tools for product development and scientific research. The design of this product fully considers the needs of experiments and absorbs the advantages of similar products. It has excellent design, stable and reliable performance, flexible and convenient experiments, and is conducive to cultivating students’ hands-on ability with teaching equipment.

The Internet of Things refers to the connection of any object with the network according to the agreed protocol through information sensing equipment, and the object performs information exchange and communication through the information transmission medium to realize intelligent identification, positioning, tracking, supervision and other functions. The equipment adopts a sheet metal structure, that is, the PLC, the execution control board, the IoT gateway, and the power supply are all installed on a sheet metal box, and the functions of the execution object board have been fixed (that is, the input and output of the I/O signal have been fixed), and the PLC , touch screen, and gateway have been connected according to their functions.

The system has a self-learning function. After connecting the electrical circuit, click the learning button, and the circuit will be automatically saved to the correct answer question bank. When students connect the wires according to the test questions, the system will automatically compare the correct answers for scoring. Also compatible with Siemens Mitsubishi PLC. Therefore, no matter what the test questions are, as long as the test questions are entered into the system before the test and the system learns by itself, then automatic identification and scoring can be completed.

“DLPLC-FADT PLC Training System” is built with industrial aluminum profiles as a whole, and the desktop is made of high-density composite materials, which have good wear-resistant, anti-skid, and insulation effects. There is a host bracket and universal wheels under the table body, which can place the computer host and facilitate the movement of the equipment. A retractable computer screen stand rests on the side of the unit. The equipment practical module adopts a hanging box structure, which is attached to the equipment when in use.