Description
Equipment Overview
Based on the development and trend of the Internet of Things equipment industry, combined with the core technology of the Internet of Things and the applications of energy, industry, construction, agriculture and others, this platform is guided by practical tasks such as engineering project design and implementation. It is based oncomprehensive application and expansion of various communication protocols and system integration technologies such as the IoT-Router system integrated development platform, RasPi system integrated development platform, Node-RED visual monitoring and management platform, Linux OS, SQL, OPC, TCP/IP, BACnet, Modbus, RFID, LoRa, RS232, DL/T 645 and so on. It meets the needs from colleges, universities and vocational colleges of systems and principles demonstration, skill display, work task design and planning, training, process and result evaluation, assessment and competition, etc, at various diciplines, such asIndustrial Internet of Things, Industrial Internet, Industrial Network, Automation, Building Intelligence, System Integration, Computer Network Communication and so on. The application of this platform at the institutions will systematically train students and teachers of their professional technology and practical skills (planning, Design, programming, integration, commissioning, operation and maintenance, etc.), communication and teamwork skills, plan control and efficiency awareness, etc., as well as cultivating them a rigorous work style and professionalism.
Training projects
1. Training on connection, configuration, networking, communication and testing based on system units;
2. Training on scanner communication, integration, configuration, data exchange and monitoring based on Modbus RTU;
3. Training on RFID radio frequency identification communication, integration, configuration, data exchange and monitoring based on Modbus TCP;
4. Training on serial port display communication, integration, configuration, data exchange and monitoring based on LORA;
5. Training on serial port display communication, integration, configuration, data exchange and monitoring based on RS232;
6. Training on communication, integration, configuration, data exchange and monitoring of electric energy meter based on DL/T 645;
7. Training on video surveillance communication, integration, configuration, data exchange and monitoring based on TCP/IP
8. Training on HMI touch screen communication, integration, configuration, data exchange and monitoring training based on OPA UA;
9. Training on remote IO module communication, integration, configuration, data exchange and monitoring based on BACnet-TCP;
10. Training on collection and monitoring of remote IO module digital DI module based on BACnet-TCP;
11. Training on collection and monitoring of remote IO module digital DO module based on BACnet-TCP;
12. Training on collection and monitoring of remote IO module analog AI module based on BACnet-TCP;
13. Training on collection and monitoring of remote IO module analog AO module based on BACnet-TCP;
14. Training on communication integration and data collection based on the IoT-Router system integration development platform and hardware equipment;
15. Training on creating mapping and reading & writing storage based on the IoT-Router system integrated development platform and MySQL back-end database;
16. Training on OPENCV image acquisition based on the RasPi system integrated development platform unit;
17. Training on OPENCV drawing based on the RasPi system integrated development platform unit;
18. Training on OPENCV specific color recognition based on the RasPi system integrated development platform unit;
19. Training on OPENCV face detection based on the RasPi system integrated development platform unit;
20. Training on OPENCV face recognition based on the RasPi system integrated development platform unit;
21. Training on color recognition alarm based on the RasPi system integrateddevelopment platform unit;
22. Training on offline voice recognition based on the RasPi system integrated development platform unit;
23. Training on communication integration, data collection and control of illumination sensors and LED lights based on the RasPi system integrated development platform unit;
24. Training on communication integration and data collection of temperature and humidity sensor, air quality sensor, smoke sensor and ultrasonic sensor based on the RasPi system integrated development platform unit;
25. Training on communication integration and control of relay and DC motor based on the RasPi system integrated development platform unit;
26. Training on communication, data mapping, front-end UI design, configuration, monitoring and management based on Node-RED visual monitoring and management platform unit and IoT system.
1. Power input: single-phase three-wire (third-party grounding), AC220V±10%, 50/60Hz;
2. Safety protection: grounding, leakage (operating current ≤ 30mA), overvoltage, overload, short circuit, override trip;
3.Complete machine power consumption: ≤800W;
4. Complete machine weight: ≤200KG;
5. Overall dimensions (width × depth × height): 1350mm × 675mm × 1600mm.
