The system is composed with industrial robot and belt conveyor, it integrates technologies of mechanical, pneumatic, VFD, encoder and PLC control, which allows the system to grab, assemble and inspect the aluminum materials, POM (black) materials and POM (white) materials. For practical training, the single modular robot module supports trainer to complete educational demonstration, and execute activities of positioning, grab, assemble, trajectory planning simulation and fast exchange & assemble of fixture. The robotic system is available to extended with other modules and realize integrated practical training.
The system is composed with two main parts, all components are fixed on desktop in section steel; the mechanical structure, electrical control circuit and execution units are relatively independent to each other. For training, the trainees are allowed to complete various trainings in mechanical assemble, electrical circuit design & wiring, PLC programming and debugging, industrial robotic programming and debugging, etc.
1. Open platform, with this equipment can complete all kinds of common robot programming operation training, including
TCP calibration, trajectory planning, handling, sorting, palletizing programming training.
2. Scalability is strong. Except the programming and debugging of the robot itself, with the help of itself it can also achieve the training of fixture design, installation and debugging.
3. Completely equipped, equipped with industrial robot programming training materials to ensure class effectiveness.
4. Reliable quality, use international first-class brand components to ensure the operation effect and quality of equipment.
Working power supply:: Single phase 3-wire system ~220V±10%，50Hz
Dimensions: 1620*1300*2020 mm (Length*Width*Height)
Working Environment: Temperature 5°C+40°C, Relative Humidity≤85%(25°C), ASL<4000m, Decibel<70dB
Safety Protection Measures: Protection for electrical leakage, meet safety standards of GB/T
Placement: Horizontal placement
Applicable courses: ‘Industrial Robotic Operation and Programming’ ‘Industrial Robotic Assembly and Commissioning’,
‘Industrial Control Principle and Systems’, ‘Industrial Robotic Automotive Unit Design and Application Development’,
‘Industrial Robotic Control and Repair’ and other robot related subjects.
Application fields: Mechatronics, automation, and other intelligent manufacturing related majors in colleges.