• Industrial Automation Network Communication Trainer Teaching Equipment Classroom Training Set Smart Grid Training Equipment
  • Industrial Automation Network Communication Trainer Teaching Equipment Classroom Training Set Smart Grid Training Equipment

Industrial Automation Network Communication Trainer Teaching Equipment Classroom Training Set Smart Grid Training Equipment

No.MR003E
MR003E Industrial Automation Network Communication Trainer Teaching Equipment Classroom Training Set Smart Grid Training Equipment
Input power
three-phase five-wire system AC220V±10% 50Hz
Dimensions
1710 (length) x890 (width) x1980 (height) mm
Weight
<300kg
  • Industrial Automation Network Communication Trainer Teaching Equipment Classroom Training Set Smart Grid Training Equipment

Description

MR003E Industrial Automation Network Communication Trainer Teaching Equipment Classroom Training Set Smart Grid Training Equipment
1 Product Overview
1.1 Overview
Industrial automation network communication integrated training equipment is based on Siemens fully integrated automation training platform, which is suitable for universities, colleges, technical schools, and engineer training centers. It can not only conduct automated network education and training, but also has a slave system that can set up network training rooms and can be regarded as a teacher's machine.
The main body of the industrial automation network communication integration training equipment is the automation communication network, Siemens two S7-300PLC, Siemens S7-1200PLC, AC contactor, Siemens touch screen, stepping motor, Siemens G120 inverter, three-phase motor, industrial personal computer, Switches, UPS power supply, water tower control box, traffic light box, button light box, steel rolling equipment box, processing center box, elevator control box and other configurations. Realize the sharing of teaching resources and optimize the management of experimental teaching.
Industrial Automation Network Communication Integrated Training System
Based on Siemens' three-tier network structure:
The first layer: the main equipment is industrial PC. Enterprise management, two Siemens S7-300 PLCs,
The second layer: process monitoring layer, the main equipment is two Siemens S7-300 PLC, to communicate with the first layer through Profinet.
The third layer: scene control layer. The main equipment is Siemens S7-1200PLC, Siemens inverter, AC contactor, DC contactor, button indicator light module, etc. It communicates with the second layer and the third layer through PROFIBUS or Profinet protocol.
1.2 Features
(1) The training platform adopts an aluminum profile column frame structure, and the bottom of the training platform is equipped with universal wheels, which can be moved flexibly. Various modules are placed on the panel, which is easy to use and not easy to damage.
(2) There are a complete range of communication modules, which can be combined and used in various ways.
(3) The overall structure adopts an open and disassembled type, which can easily replace the modules. The content of the modules is determined according to the principle of having productive functions and integrated learning functions, so that the required modules can be conveniently selected during teaching or competition.
(4) The training and assessment device is a low-voltage component, which is safe to use.

2 Performance Parameters
(1) Input power: three-phase five-wire system AC220V±10% 50Hz
(2) Dimensions: 1710 (length) x890 (width) x1980 (height) mm
(3) Machine capacity: <1.5 KVA
(4) Weight: <300kg
(5) Working conditions: Ambient temperature -10°C ~ +40°C Relative humidity <85% (25°C)
(6) Safety protection: with leakage voltage and leakage current protection devices, the safety meets national standards
3 Product Composition
Main part:
No.    Component name
1    panel module
2    Terminal block
3    Encoder and three-phase motor
4    UPS power supply
5    Cabinet
6    Industrial PC
7    hanging box
8    power box
Power box
No.    Name
1    2P circuit breaker with leakage protection, indicator light
2    Six hole socket
3    AC110V single-phase AC output unit, indicator light, overload insurance
4    DC Ammeter, DC Voltmeter
5    4-20mA analog output, 0-10V analog output and DC24V power output
6    AC220V three-phase AC output unit, three-phase indicator light, three-phase overload insurance
7    Six hole socket
Panel Module
No    Name
1    PLC module (CPU 314C-2PN/DP)
2    PLC module(CPU 312C)
3    switch
4    PLC module(CPU 1214C+CM1242-5 PROF1BUS DP SLAVE+CM1241 RS422/485)
5    Stepper motor + stepper motor driver
6    Siemens touch screen
7    monitor
8    Siemens G120 inverter module
9    AC110V AC contactor and DC24V intermediate relay
10    PLC module (CPU 314C-2PN/DP) transfer terminal
11    PLC module (CPU 312C) transfer terminal
12    PLC module (CPU 1214C) transfer terminal
13    Stepper motor unit transfer terminal
14    Touch screen power transfer terminal
15    Switch power transfer terminal
16    Siemens G120 inverter transfer terminal
17    AC110V AC contactor
18    DC24V intermediate relay transfer terminal
Component:
No    Name
Component 1    Water tower control hanging box
Component 2    Traffic light hanging box
Component 3    Button light hanging box
Component 4    Rolling device hanging box
Component 5    Machining center hanging box
Component 6    Elevator Control Hanging Box
Component 7    Voltmeter and emergency stop button hanging box
Component 8    Three-phase motor with encoder
Component 9    UPS power supply
Component 10    Industrial PC
Component 11    MPI download line
Component 12    toolbox
Component 13    multimeter
Component 14    Accessories
4 The Training Content Can Be Completed
(1) Siemens 300PLC and PC communication programming training
(2) Siemens 300PLC MPI communication training
(3) Siemens 300PLC and 1214CPLC Ethernet communication training
(4) 300PLC control stepper motor training
(5) Siemens touch screen configuration software programming training
(6) Design the experimental project training of the comp