industrial

The system covers the mechanical, electrical, optical and pneumatic technology which involved in multi-disciplinary knowledge. Minimize the gap between the training process and the actual production process.The technologies involved including: PLC control, sensor detects, pneumatic, motor drive, servo drive, stepper drive, computer configuration control and man-machine interface, mechanical structures and systems installation and commissioning, fault detection skills, PROFIBUS, visual inspection and image processing,frequency control, touch screen, motion control, process control, computer technology and systems engineering.

The stations of the system are installed on aluminum profile panels, and the stations can be easily connected together to form an automatic processing line. The production line is controlled by a Siemens PLC system, and the stations are connected through Ethernet bus communication. Highly integrated Highly open Modular High scalability Flexibility

1.It makes up for the shortcomings of traditional training equipment.using the practical industrial field components and close to the modern industrial production environment ,can enable students to fully understand the organization and control methods of industrial field equipment. 2. Modular design structure: each station is an independent individual, can work alone and combine with other station to work together, students can learn from simple to complex knowledge, from shallow to deep knowledge, step by step. Practice has proved that such a system is of great help to students in the overall development of technology, and at the same time, cultivates the team awareness of students. 3. Integrating today's cutting-edge technologies: PLC, AGV, machine vision, robotic quick change technology, detection and sensing technology, CNC machining, industrial robots, fieldbus, industrial configuration software, modern logistics technology, laser marking, etc. Note: 1. Each station can complete teaching sub-items and teaching demonstrations independently;    2. Each station can be linked to complete the teaching project and teaching demonstration.

DLWD-DJQD01 electrical drive training system is a reference to the German advanced vocational education concept to the work process-oriented to maintenance of electrician as the carrier, respectively, maintenance of electrical entry, commonly used electrical tools and instrumentation, indoor line installation, The basic control of the motor line installation and maintenance, in order to achieve the students on the maintenance of electrical workers a comprehensive understanding of the students to improve the practical ability.

Integrate the electrotechnics, electric drive, PLC, Frequency converter, HMI and other training content,realize the education resource sharing, to optimize the experimental ​teaching management.

The electrical part is composed of PLC, switching power supply, sensors, DC motor, and solenoid valve, etc. The training platform adopts special mould profile plate after anodic oxidation spray treatment with scientific structure and beautiful appearance. The bottom is equipped with adjusters to adjust the height to ensure level. The frame adopts aluminum structure（Surface electrophoresis）

The system uses computer simulation of modem in rmation technology by opation and simulation to solve the previous professional training experiment, practice disjointed to practical application. Providing configuration software, introduction and application examples.

Seven training modules can be realized, namely: fingertip gyro pressing module, digital keyboard automatic assembly module, dual-robot collaborative wireless mouse assembly module, workpiece automatic polishing module, robot automatic gift packaging module, and multi-variety material transfer And palletizing module and bookmark automatic sorting module.

The platform integrates the latest technology in the field of industrial robots, allowing students to learn the most advanced application technology of industrial robots.