industrial

DLIM-DT01B Digital twin technology application platform Using digital twin technology application platform, a virtual simulation system with actual interactive function is created according to the requirements. The simulation system can realize the physical performance, mechanical structure and action function consistent with the actual environment. It can make the mechanical design and electrical design develop in parallel on the simulation system, and eliminate the gap period in the traditional development process. The simulation system is not only a simple animation scene, but also can interact with the actual control equipment, receive control instructions and feedback signals from sensors, etc. during the simulation process, it can timely discover various problems in the operation of the equipment under program control and carry out optimization, so as to improve the design efficiency and reduce the cost and risk. In response to the above situation, the State Council issued notice on Issuing the plan for the implementation of the national vocational education reform (Guo Fa [2019] 4), pointing out that we should adapt to the development demand of "Internet plus occupation education", improve the teaching methods and methods with modern information technology, and promote the construction and application of virtual learning network occupation space, and complement and expand the offline practical training teaching activities.

Centered on Siemens TIA Portal V18 fully integrated automation platform, this programming software provides a professional and standardized teaching and development environment for industrial automation training. Integrated with supporting virtual simulation components, it supports full-function operations including PLC programming, motion control programming, HMI configuration, driver debugging and standard industrial programming. It enables complete offline simulation training, effectively solving the limitations of traditional hardware-dependent teaching. This all-in-one automation training platform covers comprehensive industrial technical training scenarios, helping learners systematically master standardized programming logic and integrated debugging skills consistent with modern industrial standards.

The DLPLC-CSD Conveyor Belt Module is a scaled-down industrial-grade sorting simulation system developed based on real factory conveyor belt sorting processes and professional teaching demands. It integrates authentic industrial standard components, highly restoring actual production application scenarios, enabling students to proficiently master industrial conveyor control and material sorting technologies. The module adopts a durable structure with powder-coated bent iron plate base and precision machined aluminum execution parts, ensuring stable operation and long service life. It supports professional pneumatic sorting training with a standard air source of 0.3MPa and above, featuring low power consumption below 0.5KVA. Compact and reasonable in overall layout, it perfectly matches supporting training platforms, realizing integrated teaching of mechanical structure cognition, automatic conveying and intelligent sorting control.

This DLPLC-CGQ Sensor Module is highly consistent with real industrial sensor application scenarios, allowing students to quickly get familiar with and adapt to actual on-site operation standards. It adopts dual training modes of physical operation and simulation, perfectly bridging the gap between professional theoretical knowledge and practical industrial application and optimizing the traditional vocational teaching system. Built with multiple safety protection designs for personnel and equipment, the module features standardized structure, flexible operation and strong practicability for long-term teaching use. It is constructed with special mold profiles and processed by anodizing coating, boasting a reasonable structural design, sturdy texture and modern and elegant appearance. Equipped with customized safety test leads and connectors that exceed US military MIL standards and international IEC standards, the module eliminates electric shock hazards during hands-on training, ensuring safe and stable experimental teaching.

This DLPLC-CGQ Sensor Module is highly consistent with real industrial sensor application scenarios, allowing students to quickly get familiar with and adapt to actual on-site operation standards. It adopts dual training modes of physical operation and simulation, perfectly bridging the gap between professional theoretical knowledge and practical industrial application and optimizing the traditional vocational teaching system. Built with multiple safety protection designs for personnel and equipment, the module features standardized structure, flexible operation and strong practicability for long-term teaching use. It is constructed with special mold profiles and processed by anodizing coating, boasting a reasonable structural design, sturdy texture and modern and elegant appearance. Equipped with customized safety test leads and connectors that exceed US military MIL standards and international IEC standards, the module eliminates electric shock hazards during hands-on training, ensuring safe and stable experimental teaching.

This industrial training module adopts highly restored real industrial application design, enabling students to master practical operation skills and adapt to actual workshop working scenarios efficiently. It supports dual teaching modes of hands-on operation and system simulation, effectively solving the disconnection problem between professional theoretical knowledge and industrial practical application. Equipped with comprehensive personal and equipment safety protection mechanisms, the module features standardized design, flexible operation and high safety performance. The whole module adopts high-precision mold profiles with anodizing treatment, realizing scientific structural layout, firm structure and modern appearance. Matching customized safety test leads and connectors that exceed MIL and IEC international standards, it completely avoids electric shock risks during experimental training, ensuring safe and reliable long-term teaching use.

The DLPLC-AC380 AC 380V Power Supply Module provides standard 380V/220V 50Hz AC voltage output with ultra-stable power supply performance. Equipped with complete leakage, overload and short-circuit protection functions, it ensures safe and reliable experimental operation. With intuitive data measurement and display, as well as strong compatibility and adaptability, this module perfectly meets electrician skill training, electrical equipment testing and automation practical teaching demonstration needs. It features a standardized modular structure, sturdy casing and long service life, ideal for vocational education laboratory configuration.

The DLPLC‑AIAO DC 0‑10V Standard Signal Module simulates genuine industrial analog signal application scenarios to accelerate students’ adaptation to practical site operations. It supports both practical operation and simulation two‑level training modes, effectively closing the gap between theoretical teaching and real‑world industrial practice. Multiple built‑in safety protections for personnel and equipment guarantee standardized and flexible experimental usage. Constructed with special mould profiles and anodizing surface treatment, it achieves reasonable structural layout and modern appearance. Custom safety test leads and connectors exceed MIL and IEC international standards to avoid electric‑shock hazards during hands‑on practice. This module provides standard DC 0‑10V analog signals for automation‑related teaching experiments.

The DLPLC‑DC24 24V DC Power Module replicates real‑world industrial power supply application scenarios to help students get familiar with actual field operation requirements rapidly. It adopts dual‑level training modes of practical operation and simulation, effectively bridging the gap between theoretical knowledge and industrial practical training. Multiple safety protections for operators and equipment ensure standardized and flexible experimental operations. The module frame is made of special mould profiles with anodizing coating for rational layout and modern aesthetic appearance. Custom‑manufactured safety test leads and connectors surpass MIL and IEC international standards, eliminating electric‑shock risks during hands‑on teaching experiments. It provides stable DC24V output for various automation training modules.