automation

DLIR‑IDC01L intelligent process control training system adopts real‑world industrial process simulation objects, integrating three independent control channels: PLC, smart instrument and DCS. It supports multiple thermal‑parameter experiments of liquid level, temperature, pressure and flow, including single‑loop control, cascade control and ratio control. Built with open‑framework industrial aluminum profile platform, components are detachable and replaceable without damaging overall performance. Multiple safety protections such as leakage‑current protection, water‑electricity separation and interlock protection guarantee operation safety. Equipped with TIA Portal and KingView teaching software, it covers verification, design and comprehensive training items for automation majors, featuring excellent openness, compatibility and expandability.

The DLDS-334 Intelligent Manufacturing System integrates intelligent control, automated production, data acquisition and real-time monitoring. It supports flexible production scheduling, multi-device collaboration and efficient operation management. With stable performance, high compatibility and easy deployment, it optimizes production efficiency, reduces costs and helps enterprises realize intelligent upgrading and digital transformation for modern manufacturing.

DLIR-523T is a professional training & assessment platform for industrial robot system operators. It combines theoretical learning, simulated operation and practical assessment to standardize training processes and improve skill levels. With user-friendly interface, stable performance and comprehensive functions, it is widely used in schools, enterprises and training institutions, helping cultivate qualified technical talents for industrial automation.

DLIR-357F Industrial Robot Digital Technology Platform integrates intelligent control, data monitoring, fault diagnosis and collaborative management. It features high compatibility, stable performance and easy deployment, realizing unified scheduling and digital management of industrial robots. Effectively improving production efficiency, reducing operation cost and providing strong support for intelligent manufacturing and factory digital upgrading.

The DLIOT-B114B industrial automation network training platform is developed based on Siemens' fully integrated automation PLC control system. This industrial automation training platform is a comprehensive training device developed for higher education and vocational and technical education. It is suitable for teaching in mechatronics, automation and other majors in various vocational schools (colleges) and for those engaged in related professional technologies. Practical training of personnel. This system can not only be used as an automated and networked teaching and training system, but can also be combined with subsystems to form a networked classroom.

The DLIOT-B114A industrial automation network training platform is developed based on Siemens' fully integrated automation PLC control system. This industrial automation training platform is a comprehensive training device developed for higher education and vocational and technical education. It is suitable for teaching in mechatronics, automation and other majors in various vocational schools (colleges) and for those engaged in related professional technologies. Practical training of personnel. This system can not only be used as an automated and networked teaching and training system, but can also be combined with subsystems to form a networked classroom.

1. Realize the interconnection of production and manufacturing equipment. Communication network connects field equipment, controllers, HMI, monitoring systems and enterprise management systems. It is the transmission channel for information in industrial production systems and plays an important role in the stability and reliability of industrial production systems. 2. Cultivate professional industrial Ethernet and industrial Internet engineers. Through specialized training equipment to meet the needs of industrial development.

This system relies on modern industrial automation technology and uses many advanced technologies such as industrial Internet technology, edge computing technology, big data analysis, automatic control technology, and intelligent sensor technology to complete the programming and debugging functions of the industrial network system. "DLIOT-A231 Industrial Network Programming and Debugging Application System" is mainly composed of an industrial network control unit, an intelligent detection unit, and a computer desk;

Integrated training system is a comprehensive teaching experiment training system that integrates PLC principles and application technology (Mitsubishi FX3U-32MR) Kingview software application technology