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JG-7500 comprehensive training device for industrial automation

7500 Industrial Automation Comprehensive Training Device I. Product Overview:
This device integrates single-chip microcomputer, programmable controller (PLC), and frequency converter unit module combined design, with reasonable structure, complete functions, and convenient experiments. The device has complete hardware and software configurations, and each model can be trained separately for practical operations or combined function experiments. To enable students to comprehensively and systematically grasp the currently popular industrial automation control equipment, structural principles, programming skills, combined communications, comprehensive applications, installation operations, and inspection and maintenance. ( Teaching Equipment | Teaching Instruments )
The experimental device integrates a programmable logic controller, a frequency converter, a single-chip microcomputer, MCGS industrial control configuration software, and a PLC LAN. On this device, you can intuitively practice the basic instructions of PLC, simulation experiments and practical experiments of actual application of multiple PLCs. All experiments have configuration bar charts for dynamic tracking. Open the programming environment of MCGS industrial control configuration software, any experiment. You can edit the configuration bar chart with intuitive image, strong motion and good teaching effect, and carry out experimental dynamic tracking teaching. Assisted with MCGS industrial control configuration software, teachers can monitor the experimental situation of each experimental platform.
工业自动化综合实训装置
two. Experimental content:
A. MCU part
<I> MCS51 experimental project:
1.P1 experiment 1
2.Experiment 2 of P1
3, Simple I / O port expansion experiment 1 (traffic light control experiment)
4. Simple I / O port expansion experiment 2 (switch input)
5.External interruption experiment
6.Timer experiment
7, 8255A programmable parallel interface experiment one
8, 8255A programmable parallel interface experiment two
9, 8255A programmable parallel interface experiment three
10. Digital display experiment
11, 8279 keyboard, display interface experiment-(LED display experiment)
12, 8279 keyboard, display interface experiment two (keyboard experiment)
13, 8279 keyboard, display interface experiment three (keyboard, display experiment)
14. Serial port experiment 1 (serial-parallel conversion experiment)
15. Serial port experiment 2 (communication with data terminal)
16. Serial port experiment 3 (communication experiment with PC)
17, D / A conversion experiment one (generate sawtooth wave, triangle wave, sine wave)
18, D / A conversion experiment two (small DC motor speed control)
19 、 A / D conversion experiment
20.Electronic sound experiment
21.Computer piano experiment
22.Relay control experiment
23. Stepping motor control experiment
24. Micro printer experiment
<II> MCS196 experimental project:
1. Timer 1 experiment (timed interrupt)
2. Timers T1 and T2 generate interrupt experiments at the same time
3, 80C196 interrupt experiment
4, 80C196 program method interrupts the experiment
5. HSI application experiment (measure pulse signal period)
6.Measure single pulse width with HSI
7.Using HSO to generate single pulse and continuous pulse
Software timer
9.Using HSO to drive stepper motor
10.Using HSO to generate PWM signal with variable duty cycle
11. A / D conversion experiment
12. PWM experiment (small DC speed regulation)
13.Using PWM to generate tooth wave, triangle wave and sine wave
14.Use DAC0832 to output sawtooth wave, triangle wave, sine wave
15. Serial port mode 0 experiment (serial-parallel conversion)
16. Serial port mode 1 experiment (communication with data terminal)
17. Simple I / O port expansion experiment (traffic light control)
18.Digital display experiment
19, 8255A programmable parallel interface experiment one
20、8255A Programmable Parallel Interface Experiment 2
21, 8279 programmable keyboard display controller experiment one (digital display experiment)
22, 8279 programmable keyboard display controller experiment 2 (keyboard, display experiment)
23.Electronic sound experiment
24. Computer piano experiment
25.Relay experiment
26. Stepper motor experiment
27. Micro printer experiment (3), software experiment
1.Clear the memory block
2.Binary BCD code conversion
3. Binary ASCⅡ code conversion
4, program jump table
5, memory block movement
6. Data sorting (four), comprehensive application experiment of single-chip microcomputer
1.Large LED Chinese display training module
2.Keyboard scan / 16 × 2 character LCD training module
3.Incorporate training modules
4. Digital tube static display (scanning) training module
5.I2C bus training module
6.128 × 64 graphic dot matrix LCD training module

B. Inverter section
1.Basic operation and parameter setting of the inverter
2.The external potentiometer controls the speed regulation of the inverter
3, external voltage control inverter speed regulation
4. External current control inverter speed regulation
5.PLC control open-loop speed regulation of external voltage of inverter
6.PLC control open-loop speed regulation of external current of inverter
7.Multi-speed running experiment
8.PLC control inverter multi-stage speed regulation
9, PLC-based inverter control motor forward and reverse
10.Closed-loop speed control of PLC-based inverter
C. PLC part
1.Basic instruction programming exercises for programmable controllers
2.LED digital display control
3.Sky Tower Light Analog Control
4. Simulation of assembly line control
5.Control simulation of material transport trolley
6.Responder simulation
7.Simulation control of automatic batching
8.Analog control of four-section conveyor
9. Simulation control of electroplating production line
10.Robot simulation
11.Automatic forming machine simulation
12. Simulation experiment of machining center
13. Simulation of traffic light control at intersections
14.Five-phase stepper motor analog control
15. Stepper motor motion control (in-kind drive module)
16.Control simulation of multiple liquid mixing devices
17. Simulation of water tower water level control
18.Simulation of mail sorting system
19. Simulation of fully automatic washing machine control
20.Simulation of vending machine control
21.Four-story elevator control simulation
22.PLC-controlled three-phase squirrel-cage asynchronous motor jog control and self-locking control
23.PLC-controlled three-phase squirrel-cage asynchronous motor with delayed forward and reverse control
24. PLC controlled three-phase squirrel-cage asynchronous motor interlocking forward and reverse control
25. PLC-controlled three-phase squirrel-cage asynchronous motor Y / △ switch start control
26. MCGS configuration software animation simulation
27. PLC-controlled DC motor speed regulation experiment (in kind)
three. Technical Parameters:
Working power: three-phase five-wire 380V ± 5% 50Hz
Safety protection: leakage protection (action current ≤30mA), overcurrent protection, fuse protection Rated power: ≤1KW
Ambient temperature: -10 ℃ ~ 40 ℃;
Relative humidity: ≤85%
Dimensions: 1600mm × 700mm × 1450mm (with computer desk)
Plc: FX1N-40MR
Inverter: FR-E540-0.75KW
MCU: MCS-51 / 196 series

PLC programmable, single chip microcomputer, variable frequency speed regulation, sensors, experiment box equipment related connection categories:

category (related pictures) model Device name (click on the product for details) model Device name (click on the product for details)
JG-5810BP Network PLC and frequency conversion speed regulation advanced electrician comprehensive training assessment device JG-5510, 5700 Singlechip application technology, (PLC) programmable experiment box
JG-7500 Comprehensive training device for industrial automation JG-5100P Programmable, single-chip microcomputer development, EPROM programming comprehensive experimental device
JG-5200W Network-type programmable, single-chip computer development, EPROM programming comprehensive experimental device JG-5300P 、 5400W (PLC) Programmable experimental device (configuration industrial control), network type
JGJD-01 Optical mechatronics training device JG-5800 Network-type PLC advanced electrician comprehensive training assessment device
JG-5500 Single-chip microcomputer application technology experimental device JGLTCK-A Three-dimensional warehouse model

JGJXS-A type manipulator model
JGJXS-B pneumatic manipulator model
JGFJ-A Material Sorting Device
JGFJ-B material sorting device
JGJXSC Multi-joint robot JGJXSD Three degree of freedom robot
JG-152 Sensor and detection technology experimental device JG-205 type Multifunctional comprehensive test bench for mechanics
JG-151D Sensor and measurement and control technology experimental device


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