AFM020 Series Using CPU 1511 Mechatronics Industrial System Teaching Equipment Pressure Control Training Equipment
I Overview
Sensor technology, motor technology, pneumatic technology, control technology, servo drive technology, communication technology are commonly used in automatic lines. The system covers the multi-disciplinary comprehensive knowledge involved in the integration of machine, electricity, light and gas, which can minimize the gap between the training process and the actual production process. The technologies involved include: PLC control technology and sensor detection. Technology, pneumatic technology, motor drive technology, computer configuration monitoring and human-machine interface, mechanical structure and system installation and debugging, fault detection technology skills, Ethernet communication technology, touch screen technology, motion control, computer technologyand system engineering.
The system adopts independent unit modular design, which is completed by electrical bus and mechanical bus. Finally, the modules (station) are connected. Each unit module (station) can work independently or press various system units in various ways. Process requirements, assembly, and a variety of different training models connected through the electrical bus; all controllers, sensors, actuator control signals and power signals are led to the interface unit, the interface has a specially designed misoperation protection circuit, It can ensure the safety of people and machines. The workpieces in the silo are supplied in sequence, and the rotary cylinder and the vacuum generator and the suction cup transfer the workpiece from the storage station to the sorting station. The sensor detects the color and material of the workpiece, raises the cylinder (the rodless cylinder), and the height measures the cylinder to descend. After the displacement sensor measures the height of the workpiece, the cylinder rises and the cylinder is lowered. The situation of the finished product (intermediate height): the swinging cylinder swings to the left position to detect the workpiece position, the suction cup absorbs the work, the lifting cylinder rises, and the tilting cylinder transports the workpiece to the 3# station, ie the processing station; the defective (low, high) Situation: Lifting the cylinder down, ejecting the cylinder to eject the workpiece into the waste chute, and all the cylinders in the processing station return to the initial position.
After the photoelectric sensor confirms that the workpiece reaches the turntable, the turntable rotates 90 degrees to send the workpiece to the corresponding machining position, and the drilling processing module processes the inner diameter of the workpiece. Then the turntable rotates the workpiece to the next module. This module judges whether the workpiece is drilled, and then uses the detection cylinder to check whether the inner diameter of the workpiece is drilled. If the cylinder advances to the end, the processing is normal, otherwise it is a defective product. After the work of the processing station is completed, the work of the handling station is started by DP communication, that is, the workpiece is transported from the processing station to the assembly station. The assembly station is to cover and squeeze the workpiece and then proceed to the next station. The storage station is a product that stores the qualified products for processing and assembly.
III Knowledge of System
1.Application of detecting switch
2.Application of various sensors
3.Application of pneumatic components
4.PLC application
5.Application of Automatic storage management
6.Application of two dimension fixed point take things
7.Pneumatic circuit connector and electrical wire
8.Loading and unloading of mechanical and pneumatic parts.
9.System fault diagnosis and maintainance
10.Detection of material and colors.
11.Mechanical drive technology
12.Electronic circuit detecting technology
13.Network Construction:
14.Use Siemens system to build PROFIBUS-DP network.
15.Application for configuration technology
16.Application for simulation technology
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