DLDS-ZH101 Intelligent Electrician Comprehensive Training Equipment

1. Overview

“DLDS-ZH101 Intelligent Electrician Comprehensive Training and Assessment Equipment” adopts a modular design concept and is composed of a programmable controller control training platform, an electric drag force training platform, and a fault assessment training platform. This set of equipment includes programmable control technology, human-computer interaction application technology, frequency conversion speed regulation technology, stepping drive technology, servo drive technology, electric drag technology, industrial sensor technology, DC speed regulation technology, equipment fault diagnosis and Maintenance technology, and other training and identification content. The equipment integrates the intelligent Internet of Things module to realize data collection and processing with various instruments and uploads the data to the server platform after data processing. At the same time, the server platform can issue instructions to the Internet of Things module to realize remote control.

2. Technical parameter

1. Working power supply: AC380V±10% 50Hz

2. Rated power: ≤1.5kW

3. Reference unit size: ≥W800*D700*H1830mm, Reference station size: 3000mm*5000mm

4. Power supply control: Use an automatic air switch to switch on and off the power supply, equipped with a short circuit protection system, leakage protection system, grounding protection, emergency stop protection, etc.

5. AC power output: three-phase five-wire AC 380V±10%: safety sheath seat output

6. Single-phase three-wire AC 220±10%: safety sheath seat output and three-pole multi-function socket output DC regulated power supply: DC24V/3A

7. PLC: CPU transistor type, 14 input/10 output, digital input/output module: relay type, 16 input/16 output, RS485 communication expansion board: support MODBUS-RTU/USS communication

8. Servo system: Input voltage: 200-240V single-phase AC -15%/+10% 5.0A/3.0A 45-66 Motor: 0.2kW Size: about 55x170x170 (width x height x depth)

9. Inverter: SINAMICS G120 control unit CU240E-2 PN type is equipped with safety integrated STO PROFINET 6DI, 3DO, 2AI, 2AO, maximum 1F-DI PTC/KTY interface USB and SD/MMC interface protection level IP20 ambient temperature 0 to +50 ℃ Power unit: 0.55KW

10. Touch screen: ≥7″ TFT display, ≥65000 colors, integrated RJ45 network port, DC24V power supply.

11. RFID sensor: High-frequency integrated industrial-grade RFID reader, the operating frequency is 13.56MHz, and supports ISO15693 protocol. RS485 can be selected as the communication method, standard MODBUS protocol is adopted, and the software integration is simple. This product is designed for industrial environments, with a compact structure and convenient fixed installation. It is mainly used in the induction identification system of automated lines. High protection level, strong anti-interference ability.

3. Training content

1. Installation and Debugging of Contactor Jog Forward Rotation Control Circuit

2. Installation and debugging of contactor self-locking forward control circuit

3. Installation and debugging of forward rotation control circuit of a contactor with overload protection

4. Installation and commissioning of inching and continuous mixed forward rotation control circuit

5. Installation and debugging of forward rotation control circuit in two places

6. One button start, and stop control circuit installation and debugging

7. Contactor interlock forward and reverse control circuit installation and debugging

8. Installation and commissioning of contactor double interlock forward and reverse control circuit

9. Position control circuit installation and commissioning

10. Automatic cycle control circuit installation and debugging

11. Installation and debugging of the automatic back-and-forth control circuit for contactor interlocking

12. Sequential start and reverse sequence stop control circuit installation and debugging

13. Button, contactor control Y-△ step-down starting circuit installation and debugging

14. Button, contactor control two-speed motor circuit installation and debugging

15. Installation and debugging of automatic back-and-forth control circuit with jogging

16. Two-speed motor (from low speed to high speed) automatic control circuit installation and debugging

17. Installation and debugging of the control circuit for automatic round-trip and delayed stop of the trolley

18. Jog, continuous, stop delay automatic back and forth control circuit installation and debugging

19. Project creation, editing, and downloading operations on the touch screen

20. Offline simulation application of touch screen

21. Animation component application for touch screen

22. Application of numerical and text input display components on the touch screen

23. System Comprehensive Application of Touch Screen

24. Wiring and debugging of stepper motor driver

25. Setting of Stepper Motor Driver Parameters

26. Pulse positioning control of stepper motor driver and PLC

27. Wiring and debugging of servo motor driver

28. Setting of Servo Motor Driver Parameters

29. Pulse positioning control of servo motor driver and PLC

30. Wiring and debugging of motor controlled by frequency converter

31. Inverter parameter setting

32. Multi-stage speed operation of the inverter-controlled ring conveyor sorting task model

33. Sorting task model wiring and debugging

34. Sorting task model operation control program design

35. Comprehensive application training of PLC, touch screen, frequency converter, and servo system