MR131M Conveyor Control System Training Equipment Mechatronics Training Equipment Teaching Equipment
I. Product Overview
1.1 Overview
The conveyor belt control system is a practical training system that fully simulates the automated production line at the industrial site. The system is combined with a real conveyor belt system production line to maximize students' understanding of automated conveyor belt production systems. The system is mainly composed of cylinders, solenoid valves, sensors, motors and programmable logic controllers. Based on a belt conveyor, sensors are installed at different positions to detect objects conveyed on the belt. By inputting the signal of the sensor into the programmable logic controller, according to the control requirements, the PLC output signal controls the solenoid valve and the cylinder to realize the sorting and counting of the objects on the conveyor belt.
This training device is mainly composed of various types of industrial sensors, pneumatic control units, electrical switches, PLC programmable logic controllers, etc., and constitutes an electromechanical system consisting of working areas such as feeding units, conveying units, detection modules, and classified storage. Integrated equipment mechanical platform. Through relevant experiments, you can be familiar with the operating characteristics of pneumatic system actuators, familiar with the connection mode between industrial sensors and PLC, master PLC programming skills, etc., and cultivate students' corresponding knowledge and skills. It is suitable for higher vocational schools, junior colleges, secondary vocational schools and technical schools. Relevant professional teaching and skills training assessment.
1.2 Features
(1) The training platform uses an aluminum alloy substrate to build a desktop training platform, which can be moved flexibly. Each actuator module is placed on the base plate, which is easy to use and not easy to damage.
(2) The PLC control unit adopts a hanging box structure and is fixed on the aluminum alloy substrate, which is safe and reliable; all input and output points of the PLC are connected to the plug-in terminals, which is convenient for students to connect during the training process. The sensor used for detection and the actuator control solenoid valve are connected to the terminals on the panel of the hanging box of the control unit, and have an indicator light for displaying the operation process.
(3) It organically integrates mechanical technology (including pneumatic technology), sensor technology, PLC control and other technologies, reflecting the characteristics of the production process of modern manufacturing. The overall structure is open, and the module content is determined according to the principle of having productive functions and integrating learning functions, so that the required modules can be conveniently selected during teaching or competition.
II. Performance Parameters
(1) Input power: single-phase three-wire system 220V±10% 50Hz
(2) External dimensions: about 1200mm×600mm×430mm
(3) Machine capacity: <1.5KVA
(4) Weight: <100kg
(5) Working conditions: ambient temperature -10℃～+40℃ relative humidity <85% (25℃)
(6) Working air pressure: 0.3～0.6MPa
III. Product Composition
3.1 Power input unit
3.2 Training table
3.3 Power configuration
3.4 Actuator control box
The actuator control box is shown in the figure below, the actuator control box consists of
1. Operation instruction unit
2. Counter
3. Work piece detection sensor unit
4. Cylinder position magnetic switch unit
5. Solenoid valve motor counter control unit
6. Motor speed control unit
7. Power input control unit.
3.5 PLC control box
The PLC control box is shown in the figure below, the PLC control box consists of
1. Power control unit
2. PLC unit
3. PLC input unit
4. PLC output unit
5. Transition terminals, etc.
IV. Experiment List
1. Experiment 1 Use of "CX-Programmer" software
2. Experiment 2 Conveyor Belt System Operation
