GLPLC-1 Programmable Logic Controller Training Platform 

Ⅰ、Equipment Introduction

This Programmable Logic Controller Training Platform integrates PLC, programming software and MCGS industrial control configuration software to form a complete teaching and experimental system. Students can intuitively practice basic PLC instructions through this experimental platform and deeply understand the working principle of PLC. This equipment can also simulate multiple practical application scenarios of PLC, such as traffic light control, fully automatic washing machine control, etc., to help students combine theoretical knowledge with practical operations.

Ⅱ、Equipment Features

1. Strong reliability and flexibility

It is equipped with an overvoltage protection circuit. When the power supply voltage exceeds the range that the host can bear, it will automatically alarm and cut off the power supply, so that the host will not be damaged due to excessive power supply voltage. There is also a current type leakage protector to fully ensure personal safety. Students can make full use of the resources on the panel to conduct experiments, which is flexible and convenient.

2. Strong intuitiveness

The panel layout is reasonable, the lines are clear, and the necessary text instructions are printed on the board. Students can complete all experiments without instructions. Under the condition of ensuring correct wiring and correct programming, as long as the operation is careful, the process and results of program execution can be displayed vividly and intuitively, thereby verifying the correctness of programming.

3. Extended experimental platform

This Programmable Logic Controller Training Platform is equipped with an expandable area, which further expands the experimental functions.

4. Configuration bar graph teaching

Using MCGS industrial control configuration software, all experiments have been edited into intuitive, dynamic and effective configuration bar graphs for dynamic experimental tracking teaching.

5. Strong reliability and flexibility: It adopts a pendant structure and modular design, with the advantages of reliable experiments and flexible upgrades.

6. Overvoltage protection technology

Adopt fast voltage detection circuit to avoid damage to the equipment PLC caused by power supply system failure.

7. Use special experimental wires: separate strong electricity from weak electricity, and use different structures of experimental connection wires and sockets, which are safe, reliable and prevent electric shock.

Ⅲ、Technical performance and parameters

1. Working power supply: single-phase three-wire, 220V±10% 50Hz

2. Device capacity:<0.5KVA

3. Working environment: -10-55℃

4. Relative humidity:<85% (25℃)

5. Power monitoring system configuration:

①4-channel analog input (0-3V);

②4-channel digital input (optical coupler isolation);

③3-channel relay output (220V, 1A);

④2-way DA output (0-3V);

⑤With standard Ethernet interface (with LED to indicate its working status);

⑥With RS485 interface, CAN interface (special isolation module);

⑦4-digit digital tube display;

⑧With ARM simulation and download port;

⑨USB2.0 interface (RS232 interface);

6. Connect to wireless module based on serial port protocol, the module can be replaced (with antenna, industrial grade);

7. Host PC Ethernet monitoring program.

IV、Equipment configuration

1. Programmable logic controller (1214C transistor)

2. MCGS 7-inch touch screen (TPC-7062KX)

3. Inverter (V20-0.37KW)

4. PLC basic instruction programming exercise module

5. Traffic signal light PLC automatic control experiment module

6. Fully automatic washing machine PLC automatic control experiment module

7. LED PLC automatic control experiment module

8. PLC automatic control experiment module for three-story elevators

9. PLC automatic control experiment module for artistic colored lights

10. PLC automatic control experiment for star corner start

11. PLC automatic control experiment for unmanned vending

12. Motor automatic control demonstration board

13. Water tower automatic water supply experiment

14. Automatic feeding and loading experiment

15. Relay control experiment

16. Answering machine control experiment

17. Motor guide rail, optical encoder speed measurement system and digital tachometer

18. Training wire

19. Training guide book

20. Special programming cable

21. AC power cord

22. Power module (with safety protection module)

V、Experimental content

1. 1200PLC recognition and familiarization experiment

2. Traffic signal light PLC automatic control experiment

3. Fully automatic washing machine PLC automatic control experiment

4. LED PLC automatic control experiment

5. PLC automatic control experiment of three-story elevator

6. PLC automatic control experiment of artistic colored lanterns

7. Motor automatic control demonstration board

8. PLC automatic control experiment of star angle start

9. PLC automatic control experiment of unmanned vending machine

10. Water tower automatic water supply experiment

11. Automatic feeding and loading experiment

12. Relay control experiment

13. Answer machine control experiment

14. Basic instruction programming exercise of programmable controller

15. Configuration bar graph experiment teaching

16. Design and practice of RS485 communication module

17. Forward and reverse control experiment based on PLC, touch screen, and inverter

18. Ethernet network control experiment based on 1200PLC

19. Communication experiment based on PLC and touch screen Ethernet

20. Speed regulation experiment based on PLC, touch screen, and inverter

21. Function parameter setting and operation of inverter

22. Alarm and protection function of inverter

23. External terminal jog control

24. Inverter controls motor forward and reverse

25. Multi-speed selection frequency conversion speed regulation

26. PLC controls motor forward and reverse of inverter external terminal

Synchronous PC version:

GLPLC-1 Programmable Logic Controller Training Platform    https://www.biisun.com/home/category/detail/id/139.html