Company address: No.2, West Pingbu Avenue, Huadu District, Guangzhou, Guangdong Province
一、Product Overview
This set of equipment is a standardized training equipment for new technologies and processes that integrates PLC, frequency converter, human-machine interface touch screen, industrial network, sensor, computer, and multimedia. Suitable for the training, teaching, experimental operation, assessment, appraisal, and other uses of skilled and highly skilled talents in advanced vocational colleges, technician colleges, technical schools, and secondary vocational colleges. The training room consists of an upper computer, a middle computer, and a lower computer. The upper computer is composed of multimedia equipment, training simulation software, intelligent assessment software, configuration network system, computer network system, and hardware components. Its function is to achieve comprehensive application and control of industrial automation and remote monitoring of the middle and lower computers. The central computer system equipment consists of a frequency converter, PLC, human-machine interface touch screen, computer, etc., which can achieve practical training and simulation. The lower computer is composed of executing agencies such as a constant pressure water supply system, group elevator control system, central air conditioning, negative pressure control system, etc. It will receive operating commands from the upper computer to verify the control program of the middle computer and complete training, practical operation, training, assessment, appraisal, and other requirements.
二、Technical Parameter
Upper computer system parameters
1. Working power supply: three-phase five wire 380V ± 5% 50Hz；
2. Safety protection: leakage protection (operating current ≤ 50mA), overcurrent protection；
3. Rated power:<11Kw (12 units as an example)；
4. Environmental temperature: -10 ℃~40 ℃；
5. Overall size: 1800 × eight hundred × 780m；
6. Equipment weight: 100kg。
Middle position system parameters
1. Working power supply: three-phase five wire 380V ± 5% 50Hz；
2. Safety protection: leakage protection (operating current ≤ 50mA), overcurrent protection；
3. Characteristic protection: intelligent induction temperature control protection；
4. Rated power: ≤ 0.75Kw；
5. Environmental temperature: -10 ℃~40 ℃；
6. Relative humidity: ≤ 90% (25 ℃)；
7. Motor power: 180W, including Omron encoder；
8. Boundary dimension: 1600 × eight hundred × 1080m；
9. Frequency converter: Mitsubishi FR-A700-0.75KW；
10. Frequency converter components: A7AP, A7NC；
11. P L C: Mitsubishi FX3U-48MR；
12. PLC expansion modules: FX2N-485BD, FX2N-32CCL, FX0N-3A；
13. Touch screen: Mitsubishi GT1155-QSBD-C；
14. Equipment weight: 60kg。
三、Practical training projects
Comprehensive Skills Experiment
1. Practical operation of building constant pressure water supply system (frequency converter PID control)
2. Practical operation of building constant pressure water supply system (PLC internal PID control)
3. Practical operation of building constant pressure water supply system (frequency converter multi stage speed control)
4. Practical operation of group control elevators with five floors and three seats (maintenance of up and down displacement)
5. Practical operation of group controlled elevators with five floors and three seats (door control system and protection)
6. Practical operation of group control elevators on the fifth floor and three seats (judgment of internal and external call response level)
7. Negative pressure technology practice
8. Practical operation of pneumatic manipulator
9. Triaxial positioning experiment
10. Robot Automatic/Manual Work Experiment
11. Single cycle and continuous operation experiments of robotic arms
12. Robot Action Recording and Playing Experiment
13. Simulated negative pressure laboratory constant negative pressure control practice
14. PID parameter adjustment setting experiment
PLC partial operation
1. Direct starting of the motor
2. Motor forward and reverse control
3. Y - △ start of the motor
4. Answer machine experiment
5. Priority level judgment
6. Numerical operation experiment
7. Flashing light control
8. Emission type lighting control
9. Flowing light control
10. Automatic control of traffic lights
11. Manual control of traffic lights
12. Automatic control of water level in the pool
13. Automatic control of water tower level
14. Automatic control of water tower level with self diagnosis
15. Semi automatic control of the forming machine
16. Fully automatic control of the molding machine
17. Fully automatic control of the forming machine with counting
18. Three types of liquid automatic mixing control
19. Automatic mixing and heating control of three liquids
20. Automatic loading control
21. Automatic feeding and loading control
22. Feeding and loading system control
23. Four story elevator control system
24. Robot Control System
25. Belt conveyor control system
26. vending machine machine control system
27. Tunnel Fan Control System
28. A/D conversion experiment
29. D/A conversion experiment
Practical operation of frequency converter
1. Open loop system experiment
2. Operate the experiment in parallel
3. Communication operation operation experiment
4. Multi speed operation experiment
5. Program operation experiment
6. Frequency converter stepless speed regulation experiment
7. Instantaneous power outage start experiment
8. PID control system
Human machine interface touch screen practical operation part
1. Window switching
2. Interface production
3. Data input
4. PLC register connection
5. Flowing Text
CC Link Practice
1. Integrated Building Monitoring System
2. Building Elevator Simulation System
3. Building Security Simulation System
4. Building consumption simulation system
5. Building Lighting Simulation System
6. Industrial processing simulation monitoring system
7. Automatic recognition simulation system
8. Robot simulation system
9. Machine Tool Processing Simulation System
10. Automatic Packaging Identification Simulation System
11. Automatic warehouse entry simulation system
Comprehensive Communication Experiment
1. PLC and frequency converter communication control experiment
2. Human machine interface touch screen and frequency converter communication control experiment
3. PLC and human-machine interface touch screen communication control experiment
4. PLC, human-machine interface touch screen and frequency converter communication control experiment
5. PLC and human-machine interface touch screen digital speed control
