educational equipment

·Satisfy school experiment requirements ·Basic and teaching training system that meets actual application needs ·Sturdy and stable equipment structure ·Low noise operation ·Clear layout and intriguing design

This training system is equipped with various hydraulic control valves and hydraulic cylinders and other hydraulic components and related tools. Learn theoretical knowledge through the manual and observe the appearance characteristics of hydraulic components, so as to deepen students’ understanding of the structure and working principle of hydraulic components. Install and debug the entire hydraulic transmission system.

Convenient experiment: The workbench is equipped with four casters to facilitate the overall movement of the equipment. Since the angle and height of the panel are designed according to ergonomics, it can be conveniently used in experiments. The groove interval of the panel is 25mm, and various components can be plugged and unplugged easily.

Convenient for experiment: The workbench is equipped with four casters to facilitate overall movement. Since the angle and height of the panel are designed according to ergonomics, it can be conveniently used in experiments. The groove interval of the panel is 25mm, and various components can be plugged and unplugged easily.

Defensive function. Chassis mechanical rotation angle limit protection function; Rise and fall mechanical limit protection function; Deploy configuration software and provide examples of application guidance and engineering application. The pneumatic part is divided into cylinder, air supply processor, air pump, solenoid valve and pneumatic gripper. It can rapidly grab and drop things.

Teaching programming: Realize on-site programming through the teach pendant configured by the robot. Fault self-diagnosis: Welding machines and robots judge various emergencies and try to repair them automatically.

Through the system platform software, you can set the action speed, direction and other parameters involved in the task execution process; such as the setting of the angle, speed and acceleration and deceleration time of the servo motor of the assembly turntable platform; the AGV transmission trolley route setting and action programming.

Advanced equipment technology: the combination of industrial equipment with the actual control needs to modular design-oriented, the use of modern PLC control technology, sensor technology, optical technology, mechanical different transmission principle technology, pneumatic technology, servo control technology, etc.

The system integrates programmable controller (S7-1200), Botu software, and simulation control experiment board. In order to combine teaching requirements, a variety of domestic textbooks were used in the design process, and 10 groups of the most typical experiments were selected.