Siemens S7-1500 Programmable Controller Training Equipment 5571SA70 PLC Vocational Training Equipment

I. Technical Specifications
1. Input Power: Three-phase four-wire (or three-phase five-wire) ~380V±10% 50Hz
2. Power Output: Equipped with leakage current protector, overload, and short-circuit protection devices.

3. Three-phase four-wire 380V output, indicated by three voltmeters.
4. ~220V output via safety socket.
5. +24V/2A DC regulated power supply output.
6. +5V/1A DC regulated power supply output.
7. ±12V/1A DC regulated power supply output.
8. DC Voltage: 0～10V adjustable output; DC Current: 4～20mA adjustable output.
9. Operating Environment: Temperature -10℃～+40℃, Relative Humidity <85% (25℃), Altitude <400m
10. Device Capacity: <1KVA
11. Weight Quantity: <110Kg
12. Dimensions: 1600mm×700mm×1600mm
13. Safety Protection: Equipped with leakage voltage and leakage current protection devices, meeting national safety standards.
II. Basic Configuration and Functions of the Training Device
The training device consists of a control panel, training table, main unit training components, training modules (including a rich array of simulated industrial field equipment training objects), frequency converter enclosure, etc.

(I) Functions and Features
1) The experimental table includes:
A. DC voltage: 0～10V adjustable output; DC current: 0～20mA;
B. ~220V output through a safety socket
C. Three-phase four-wire 380V output, indicated by three voltmeters
D. +24V/1A DC regulated power supply output
E. +5V/5A DC regulated power supply output
2) The input and output ports of the PLC main unit and experimental modules are all led to the panel. The experiment uses pluggable self-locking wire connections. Inputs can be connected to analog input switches, limit switches, or photoelectric switches, etc. Outputs can be connected to indicator lights, digital displays, relays, DC motors, and buzzers on the panel. It can also be connected to demonstration devices for practical industrial control applications.

3) The experimental platform adopts a hanging box structure, facilitating the expansion of experimental projects and secondary development by users.

4) PLC Host Configuration: Siemens S7-1500 CPU 1511C-1 PN, 175 KB program, 1 MB data; 60 ns; integrated 2x PN interfaces; integrated 16 DI/16 DO, 5 AI/2 AO, 6 HSC@100kHz
1. All PLC input/output ports are led out to the socket.
5) Training Table: The training table is made of industrial aluminum profile, with a fireproof, waterproof, and wear-resistant high-density board desktop. It adopts an integrated computer desk and training table design. The lower part of the training table has drawers; the left side has a double-door cabinet for storing training modules, the middle has two large drawers for storing tools and materials, and the right side has a computer host cabinet. A keyboard tray is located above the computer host cabinet and drawers, with a beautiful and elegant design.

(II) Experimental Projects
1) PLC Basic Skills Training
1. PLC Cognition Training
2. PLC Simulation Training
3. Jump and Branch Function Experiment
4. Shift Register Experiment

5. Data Processing Function Experiment

6. Differentiation and Bit Manipulation Experiment

7. AND, OR, and NOT Logic Function Experiment

8. Timer and Counter Function Experiments

2) PLC Simulation Control Application Training

19. Quiz Buzzer Control (Priority, Numerical Calculation, with Sound Effects)

20. Sky Tower Light Control (Blinking, Spreading, Flowing Type)

21. Musical Fountain Control (with Sound Effects)

22. Traffic Light Control at an Intersection

23. Water Tower Level Control

24. Automatic Feeding and Loading System Control

25. Four-Section Conveyor Belt Control

26. Assembly Line Control

27. Multi-Liquid Mixing Device Control

28. Automatic Molding Machine Control

29. Fully Automatic Washing Machine Control (with Sound Effects)

30. Automatic Rolling Mill Control

31. Mail Sorting Machine Control

32. Vending Machine Control

33. Robotic Arm Control

34. Four-Story Elevator Control

35. Machining Center Control

36. Stepper Motor PLC Control

3) PLC and Three-Phase Motor Skills Training

1. PLC Control 1) Three-phase asynchronous motor forward and reverse rotation control

2) PLC-controlled three-phase asynchronous motor Y/Δ start control

3) PLC-controlled three-phase asynchronous motor start and stop control

4) PLC and frequency converter integrated application skills training

9) Frequency converter function parameter setting and operation

10) Frequency converter alarm and protection functions

11) External terminal jog control

12) Frequency converter control of motor forward and reverse rotation

13) Multi-segment speed selection frequency conversion speed regulation

14) Frequency converter stepless speed regulation

15) Frequency conversion speed regulation based on external analog quantity (voltage/current) control method

16) Multi-segment speed regulation based on PLC digital quantity control method

5) PLC and touch screen skills training

9) Touch screen indicator light object experiment

10) Touch screen switch object experiment

11) Touch screen data display experiment

12) Touch screen data input experiment

13) Touch screen bar graph object experiment

14) Touch screen object experiment

15) Touch screen moving element object experiment

16) Touch screen static display experiment