siemens

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‑SFDJ Servo Motor Module adopts genuine Siemens 1FL6034‑2AF21‑1AA1 permanent‑magnet synchronous servo motor, perfectly matched with SINAMICS V90 servo drive to build a high‑performance servo motion system. Featuring low‑inertia rotor design, it realizes fast start‑stop action, excellent dynamic response and accurate positioning. It supports position, speed and torque multi‑mode closed‑loop control, equipped with 2500‑line TTL incremental encoder for real‑time precise position feedback. With 300% peak overload capability to resist instantaneous impact load and maintenance‑free operation, this industrial‑grade real‑component module offers authentic practical training for light‑load high‑frequency motion‑control teaching scenarios.

This DLPLC‑SF Servo Driver Module adopts genuine Siemens SINAMICS V90 PN servo drive matched with SIMOTICS S‑1FL6 0.4 kW servo motor, constructing a complete PROFINET bus closed‑loop motion‑control system. It delivers high‑precision positioning, stable speed regulation, fast response and real‑time bus communication performance. The module supports 300% short‑term overload capacity to handle instantaneous load shocks and adapts to typical light‑load precision motion cases like conveyor lines, labeling machines, small robotic arms and precision feeding mechanisms. It provides authentic industrial‑grade hardware for students to carry out servo drive, bus communication and motion‑control practical training.

This PLC training system based on Siemens S7‑1200 controller is an ideal teaching platform for industrial automation courses. Adopting an L‑shaped integrated sheet‑metal structure, it features small footprint, stable performance and easy maintenance. The highly‑integrated front‑panel design centralizes power supply and IO signal interfaces, greatly simplifying experimental wiring. It provides multiple power‑output options to support various industrial control and industrial‑network training projects. Complete safety protection functions such as short‑circuit, overload, over‑current protection and emergency‑stop switch effectively prevent equipment damage and ensure student‑operation safety.

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

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

Systematicness is strong: This device organic blend the electrical, power traction, PLC, frequency converter, text display, etc training contents, can real simulate industrial field control mode. Stand out training: the system can use mesh plate training platform, easily carry out all the small project design, fully training students' practical ability and comprehensive ability that solve the problem.

The electric part is divided into dc reduction motor, sensor, limit switch and solenoid valve The system adopts modern information technology means of computer simulation, through training level of the operation, the imitation, the simulation, it solves disconnected problems of professional training theory and experiment, practice and the practical application in the past. Deploy configuration software and provide examples of guidance and application engineering.

1. The experimental hanging box is a color three-dimensional diagram with a vivid image and close to the practical application of the industrial site. Through the training of this system, the students can quickly adapt to the on-site work. 2. The system adopts modern computer simulation information technology means, through the three training levels of operation, simulation, and simulation, it solves the problem of disconnection between the previous professional training theory, experiment, practice and practical application. 3. Adopt a modular structure, that is, PLC host, switch input and various analog experiment units, all of which are in the hanging box type, which can be combined according to the experimental project and network requirements. If you need to add experiments in the future, you only need to add components. Never eliminated. 4. The test screen adopts aluminum alloy structure (surface electrophoresis treatment), and the aluminum alloy slide is used to hang the test hanging box. 5. The test hanging box integrates a variety of typical PLC training modules, including the answerer, motor module, automatic water level control of the water tower, material transport trolley, and Tianta light training module, which can easily complete the basic training of PLC. The hardware load power supply uses safe voltage to ensure the safety of students. 6. Equipped with a computer CD with rich content, including PLC programming simulation, PLC configuration, training guide, PLC experiment source program. 7. The system is safe to operate (multiple personal and equipment safety protection), standardized, flexible in use, and full of modernity. 8. The system adopts special mould profiles and has been anodized and sprayed. The structure is scientific and the appearance is beautiful. The surface is sprayed with imported Dutch powder sapphire blue. There are adjusters at the bottom of the table legs and the height can be adjusted to ensure stability. 9. The system table uses 25mm fireproof board material, which is environmentally friendly, wear-resistant, corrosion-resistant, high-temperature resistant, and highly insulated. It adopts a 6mm rounded structure, which effectively eliminates the edge and cracks of the table. 10. The system uses the safety test leads and connectors customized by the company to open molds, which exceed the US military MIL standards and international IEC standards. Do not get an electric shock if touched by human hands.