DYPLC-08PLC programming control training platform

1. Basic Overview
The plc tr*ning room is an important vocational skills course teaching and tr*ning room in vocational and technical colleges. It is one of the electronic communication experimental tr*ning and mechanical and electrical engineering practical tr*ning rooms, and PLC (programmable control) tr*ning. The laboratory is m*nly responsible for the teaching tasks of programmable controller principle and application experimental courses, as well as practical tr*ning design and graduation project of programmable controller development technology.
2. Evaluation of practical ability
Through experiments, we m*nly cultivate students' PLC programming ability and PLC industrial application ability, and explore and practice in improving students' design ability, practical ability, innovation ability, problem analysis and problem solving ability, etc., and at the same time It integrates configuration technology into teaching experiments and provides actual models of industrial production . The content is close to the actual production and is very popular among students. It also improves students' employment competitiveness.
3. Overview of PLC programmable control tr*ning equipment
PLC programmable control tr*ning equipment (industrial aluminum profiles as the platform) m*nly consists of: electrical safety protection module, basic motor control module, PLC control module, frequency converter speed regulation module, touch screen module .
Power module: 380V/220V/AC36V/DC24V.
Equipped with Siemens 1200 programmable controller and frequency converter, and can be programmed using software. Parameter configuration:
4. Programmable controller (can be customized):
CPU: S7-1200 cpu1214c
input Output type: DC/DC/DC
point requirements: 14 inputs, 10 outputs
Integrated 2AI
relay expansion module:
8 inputs, 8 outputs
Communication method:
Ethernet communication, the interface supports the following protocols: TCP/IP; ISO/IP;
Modbus RTU, USS, PPI
RS232/485/422 serial port free communication
5. Inverter parameters:
Model: Customizable Power range: 0.4~15kW
6. Touch screen parameters:
Kunlun Tongt* TPC7072Gi 7 inches
Programming software MCGSPro
Resolution: 800*480,
memory : 256M storage 4G
interface 485*2/232*1, network port*1
7. Configuration list of m*n components of each device:

8. Achievable experimental functions:
1. PLC-based inching control
2. PLC-based self-locking control
3. PLC-based inching and self-locking control
4. PLC-based forward and reverse control
5. PLC-based delay Time forward and reverse control
6. PLC-based Y/△ conversion start control
7. PLC-based sequence control
8. PLC-based single button start and stop control
9. PLC-based forward and reverse experiment of frequency converter
10. PLC-based Multi-stage speed regulation experiment of frequency converter
11. Forward and reverse rotation experiment of frequency converter based on PLC communication
12. Speed regulation experiment
of frequency converter based on PLC communication 13. Parameter setting and operation of frequency converter
14. Panel control of frequency converter
15. Frequency conversion Potentiometer control of the inverter
16. Voltage control of the inverter
17. Current control of the inverter
18. Multi-stage speed control of the motor by the inverter
19. Display and acquisition of the inverter status signal
20. Open-loop speed regulation experiment of the three-phase asynchronous motor
21 .Touch screen cognitive experiment
22. Touch screen and PLC communication experiment
23. Touch screen control LED display
24. Comprehensive tr*ning of touch screen, PLC, and frequency converter
25. Free configuration experiment