Smart Manufacturing (flashlight) Automated Production Line Training System

Courses Involved

• The principle and application of the sensor
• Production Automation and Manufacturing Systems
• Electrical Control and PLC
• Electromechanical Transmission and Control
• Computer Aided Design and Manufacturing
• Computer Control System
• Inverter Technology and Application
• Industrial Fieldbus
• Process Control
• Industrial Configuration Software Technology
• Industrial Robot
• CNC machining
• Mechanical Design Basics
• Hydraulic and pneumatic

Course coverage

• 4.1 Robotic operation: hardware connection of the robot (body, control cabinet, teach pendant, etc.);
• 4.2 Robot teaching board debugging and computer debugging;
• 4.3 Robot I/O communication (defining digital input and output signals); I/O signal monitoring and operation; robot program creation and programming; robot Ethernet communication function;
• 4.4 CNC machining: CNC system debugging; machining process design; programming process;
• 4.5 Visual guidance: communication settings between visual inspection and PLC; supporting visual software debugging;
• 4.6 Radio frequency identification: RFID and PLC communication settings; RFID wiring, signal acquisition;
• 4.7 Programming control: drawing of electrical schematic diagram ,program flow chart; programming and debugging of programmable controller; application of programming software;
• 4.8 Communication control: Ethernet communication control; network system configuration and topology layout; PLC total/slave setting; communication between PLC and RFID and robot; variable communication between PLC and man-machine interface;
• 4.9 Motor drive: servo motor positioning speed control; frequency control of three-phase gear motor;
• 4.10 Sensing detection: installation, wiring, signal acquisition and debugging of photoelectric sensors, inductors, capacitors, Hall and other switching sensors
• 4.11 Mechanical assembly: application of assembly tools, measuring tools, mechanical accessories; installation and commissioning of linear actuators, timing belt pulleys, mechanical axes with support optical axes, fixtures, etc.
• 4.12 air path construction: the drawing of the air path diagram, the construction of the air path and the installation and debugging of the pneumatic actuators, such as the blocking cylinder, the three-axis cylinder and the wide air gripper;
• 4.13 Low-voltage power distribution: wiring and debugging of buttons, indicator lights, circuit breakers, relays, tower lights, etc.
• 4.14 Human-computer interaction: interface drawing and variable debugging of man-machine configuration, application of configuration software;
• 4.15 Understand the diagram and wiring: wiring tools, wiring accessories, wire number identification; signal wire, power line wire docking.