G1、PLC controller training system (full simulation, semi simulation to full reality)
A8000 PLC simulation training system is suitable for engineering colleges and universities. There are four forms of box type, inclined table type, table type and hole screen. Siemens S7-200, s7-1200 and S7-300, as well as PLC such as begalai, Advantech, Mitsubishi, Omron, etc. are adopted as the core to integrate PLC, programming software, industrial control configuration software, simulation control experiment board, microprocessor simulation object and real industrial object. The whole system can not only carry out confirmatory and design experiments, but also provide comprehensive experiments, which can meet the requirements of different levels of teaching experiments such as undergraduate, junior college and technical secondary school, and also provide experimental platform for research and development.
G4、IOT vision and artificial intelligence experiment box
Vision is the most important information source of human beings. Through the storage and analysis of the brain, we can guide our daily work, life, learning and so on. With the development of image recognition technology and AI technology, camera AI technology has brought us great changes, such as mobile payment, body temperature detection, automatic driving, face recognition, license plate recognition and so on. "Internet of things visual artificial intelligence experiment box" provides image recognition platform, double cameras, light source and controller. Make it become a visual artificial intelligence experiment box, and provide practical training items for machine vision and artificial intelligence. Software: related image recognition library and example code, and equipped with detailed experimental instructions.
G2、Sensor experiment platform (for industrial Internet sensing, acquisition and edge computing)
In addition to the basic functions, the training system also has an equipment monitoring system based on Industrial Ethernet. Realize monitoring of power supply, temperature, short circuit, etc., as well as power on users, user monitoring, equipment status and utilization rate monitoring. (1) , including - 20 ~ 200 ℃ temperature source, AC servo motor linear motion source, rotary motion source (including magnetic paste, shaft eccentric vibration), 0-30Hz vibration source, 0 ~ 50mm precision mobile station 0.001mm precision, 0-4000lux adjustable light source, voltage and current source. (2) , traditional sensors. Including conventional four thermal parameters, pH value, conductivity and other components measurement, various photoelectric, laser, magnetic effect, eddy current and other sensors. (3) New sensor, three-dimensional acceleration, global positioning, laser positioning, camera positioning, air pressure sensor, etc. (4) , image recognition sensor. Frame, light source, industrial camera, image recognition software technology, image recognition technology. (5) , sensor data communication serial port communication, Ethernet IP communication, WiFi, ZigBee, nb-iot, mobile communication, lpwan low power WiFi. HART protocol, PA, FF Bus instrument. The acquisition and communication module with stm32f407 as the core is provided. (6) Edge technology and AI of intelligent sensor. Provide content of edge computing (filtering, alarm, temporary storage of broken line, local storage, security, etc.), image recognition technology. Intelligent device, acquisition module with gateway function and programming function.
G3、Industrial gateway interconnection test training platform
The industrial Internet access and gateway test system first provides the basic network equipment to realize the wired communication technology, including RS485, Ethernet, copper cable, optical cable and power carrier. Provide wireless communication equipment, including wireless communication network, including: nb-iot, 3G / 4G / 5G, ZigBee, WiFi (wireless Hart, ias100, lpwan), etc. It provides RTU, various acquisition gateways and protocol gateways, such as the wise module of Advantech, using WiFi communication, adam-3600 gateway, ecu-1251 and other gateways. These gateways will build various online monitoring systems, or information systems. The system provides configuration, use and demonstration of these gateways. These gateways have a large number of industrial Internet of things protocols, including mqtt, COAP, OPC UA, MODBUS, PROFINET and other protocols. As the core content of this system, it provides the gateway and application of configuration and establishment of Internet of things protocol, basic process demonstration, application sample, development sample program, etc. For the gateway, in addition to the configuration application, it also involves the calculation of the edge end of the remote module. Understand the methods and significance of various edge computing, verify and test the edge computing of various gateways. Whether it's a lab box, a lab platform, or a test platform, the basic architecture is consistent