training equipment

DLIM-441 Intelligent Manufacturing Training Equipment Industry 4.0 Training System Industry 4.0 Lab This platform is technical teaching equipment Intelligent Manufacturing Training Equipment, it involves knowledge and skills in intelligent control technology, numerical control technology, industrial robot technology, pneumatic technology, sensor technology, electromechanical integration technology, industrial engineering technology, software technology, automation technology, online measurement technology and other fields. The engineering education equipment is used for industry 4.0 training system in industry 4.0 lab, and the educational training equipment uses in vocataion school labs, the technical vocational didactic equipment used in TVET schools and training centers for vocational training equipment

Dolang educational training equipment includes Hydraulic Training Equipment, pneumatic teaching equipment, the vocational training equipment is for hydrulic and pneumatic related course, the training equiopment have got CE certificate and have exported to many countries around the world Each hydraulic component of the hydraulic training equiment equip with oil-way transition bottom board, can easily and casually laid on the panel.

Educational Training Equipment Elevator Electrical Connection Didactic Equipment Vocational Training Equipment and Elevator Training Equipment is an educational equipment developed for didactic education, and including elevator electrical equipment, Elevator Training Equipment, it is widely used for vocational training equipment.

DLGK-373 Process Control Training Sysetm is an educational training equipment composed by control screen, process control unit. The training system is based on physical modeling objects of industrial processes, which combines automated instrumentation technology, computer technology, communications technology, automatic control technology for multi-function integrated experimental device, the device is based on the enterprise automation and other features related to teaching, absorption characteristics and strengths of domestic and foreign similar experimental device, carefully designed several experiments and repeated demonstration, introduced a new experimental device, the system including temperature, pressure, flow, level and other thermal parameters can be realized various forms of control system parameter identification, single-loop control, cascade control. The device as a didactic equipment can also be designed according to the needs of users constitute a variety of control systems DDC, DCS, PLC, FCS and SCM. The experimental device can be used as a vocational training equipment for undergraduate, specialist, process control device vocational courses, but also for graduate students and researchers to provide physical simulation objects and experimental methods for the study of complex control systems, advanced control systems. The system can meet the demand of Training Teaching "Automatic Control Theory", "Process Control", "Automation Instrumentation", "Automatic detection technology and sensors," "Computer Control" and "DCS Distributed Control" and other related courses.

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 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.

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.

DLZL-RA01 Reverse Circulation Refrigeration and Heat Pump Air Conditioning Training System adopts real industrial structure and reverse circulation control logic. It supports fault simulation, temperature adjustment, operation monitoring and maintenance training. Stable, safe and easy to operate, perfect for vocational education, laboratory teaching and technical skill training.

DLZL-CC01 Water Chiller Training System adopts real industrial chiller structure and control logic. It integrates fault simulation, parameter monitoring and operation training, helping learners master installation, debugging and maintenance quickly. Stable, safe and easy to operate, ideal for vocational education, teaching labs and technical training.