Versatile PLC Training Equipment Automation Applications and Control System Programming Exercises

Product Introduction

Logic Controller (PLC) and Electrical & Electronic Integrated Experiment Device integrates a PLC, programming software, simulation control experiment box, physical components, frequency converter , and electrical and electronic components. It allows for intuitive training of basic PLC instructions, simulation experiments of multiple widely used PLC applications, and physical control experiments. It also provides excellent conditions for high-level design and development experiments. It can complete multiple electrical control experiments.

This training device is suitable for practical training in vocational colleges and technical schools for majors such as electromechanical equipment installation and maintenance, electromechanical technology application, electrical operation and control, electrical technology application, and electronic appliance application and maintenance, as well as for non-mechanical majors in courses such as "Programmable Logic Controller Technology," "Electrical and PLC Control Technology," "PLC and its Applications," and "Variable Frequency Speed Control Technology." It is also suitable for PLC practical training and skills assessment in technical schools, vocational training schools, vocational education centers, and assessment stations.

Technical Specifications

AC power supply

Three-phase five-wire AC 380 V±10% 50Hz;

Temperature

-10～50℃; Ambient humidity: ≤90% with no water droplets condensing;

Total power consumption

≤1.0 kVA;

Safety Protection Measures

The desktop of the training table is made of high-insulation, high-strength, and high-temperature resistant material. It has grounding protection and leakage protection functions, and its safety meets relevant national standards. It uses high-insulation safety sockets and high-strength safety experimental wires with insulating sheaths .

External dimensions

1600mm × 700mm × 1560mm ±10%

Practical Training Projects

1. PLC Cognitive Training (Software and Hardware Structure, System Composition )
2. PLC Basic Command Practice
3. Inching forward control circuit for a three-phase asynchronous motor
4. Three-phase asynchronous motor contactor self-locking control circuit
5. Contactor-interlocked forward and reverse control circuit for a three-phase asynchronous motor
6. Push-button interlocked forward and reverse control circuit for a three-phase asynchronous motor
7. Double-interlocked three-phase asynchronous motor forward and reverse control circuit
8. Three-phase asynchronous motor star/delta starter manual control circuit
9. Automatic control circuit for star/delta starting of three-phase asynchronous motor
10. Multi-location control of three-phase asynchronous motors
11. Motor control
12. Seven-segment digital display and the light of the Tianjin Tower
13. Automatic and manual control of traffic lights
14. Automatic water level control of water tower
15. Mail sorting machine
16. Elevator control model
17. Robotic arm control
18. Five-phase stepper motor control
19. PLC-based jog control of a three-phase squirrel-cage asynchronous motor
20. PLC-based self-locking control of a three-phase squirrel-cage asynchronous motor
21. PLC-based interlocking forward and reverse control of a three-phase squirrel-cage asynchronous motor.
22. PLC-programmed three-phase squirrel-cage asynchronous motor with time-delay forward and reverse control
23. PLC-based star-delta conversion starting control of a three-phase squirrel-cage asynchronous motor
24. Inverter function parameter settings and operation
25. Inverter alarm and protection functions
26. External terminal jog control
27. Inverter controls the forward and reverse rotation of the motor
28. Multi-speed selectable frequency conversion speed regulation
29. Inverter stepless speed regulation
30. Instantaneous power outage start control
31. PLC controls the forward and reverse rotation of the motor via the external terminals of the frequency converter.
32. PLC control of motor running time at external terminals of frequency converter
33. Multi-speed based on PLC digital control method
34. Basic instruction programming exercises based on touch screen control method
35. LED control based on touch screen
36. PLC and touch screen communication control
37. PLC, touch screen and inverter communication control
38. MCGS-based fieldbus network communication technology