ZE4118A Tabletop PLC and Applications Trainer Teaching Workbench Equipment Educational Technology Electrical Training Equipment
1. Equipment Introduction
1.1 Overview
This training device is a comprehensive teaching device that integrates Siemens S7-1200 PLC controller and multiple training simulation modules. It aims to enable students to deeply understand and master the basic usage methods, programming skills and operation of related programming software of S7-1200 PLC through a series of specially designed experiments. This device is not only suitable for the teaching practice of electronic and electrical, automation and related majors in higher vocational and technical colleges, senior technical schools, secondary vocational and technical schools and technical schools, but also suitable for vocational skills training and assessment. Through these experiments, students can improve their theoretical knowledge and practical operation ability, laying a solid foundation for future employment and practical work.
1.2 Features
(1) Structural design: The training workbench adopts an aluminum profile column frame structure, which is not only stable and durable, but also convenient for students to perform experimental operations. All measuring instruments and training power supplies are built into the training workbench and integrated, making the entire training system neat and efficient. The experimental circuits and devices are combined in the form of hanging boxes. The units can be flexibly matched, which is convenient for students to quickly replace and combine according to different experimental needs. At the same time, this design also greatly reduces the risk of equipment damage.
(2) Experimental function: The configuration of experimental circuits and devices is very complete and can be used in combination to complete the practical training content of various subjects. This means that students can simulate various industrial control scenarios through different combinations, such as automatic packaging production lines, traffic light control, automatic feeding and loading, etc. Such a multifunctional hanging box greatly enriches the teaching content and helps students understand the working principles of complex systems.
(3) Safety: Safety has always been the primary consideration in the design of practical training equipment. This training platform has a good safety protection system, including emergency stop button, overload protection, short circuit protection and other multiple safety measures to ensure the safety of students during the experiment. In addition, the working conditions of the equipment include the range of ambient temperature and relative humidity, which ensures the stable operation of the equipment under normal working conditions.
In summary, this set of training equipment, with its flexible structural design, comprehensive functional configuration and excellent safety performance, provides students with an ideal learning and practice platform, enabling them to master and apply PLC control technology in a safe environment.
2. Technical parameters
Input power: single-phase three-wire 220V±10% 50Hz
Weight: <100kg
Working conditions: ambient temperature -10℃～+40℃ relative humidity <85% (25℃)
Dimensions: 1780mm×700mm×1300mm
3. Component list and detailed introduction
3.1 Main part
No. Name
1 Experimental hanging box module
2 Power supply box
3 Stepper/DC motor control module
4 Training workbench
3.2 Power box part
No. Name
1 Circuit breaker
2 Emergency stop switch
3 AC 220V K4 output module
4 AC 220V European 6-hole socket
5 DC ammeter
6 DC voltmeter
7 DC regulation module
8 AC 220V European 6-hole socket
3.3 Equipment Configuration List
No. Name Quantity
Component 1 PLC module, ZE4118A-SIEMENS-CPU 1
Component2 AC motor control simulation module, ZE4118A-01 1
Component3 Traffic light control simulation module, ZE4118A-02 1
Component4 Mail sorting control simulation module,ZE4118A-03 1
Component5 Tower light control simulation module, ZE4118A-04 1
Component6 Water level automatic control simulation module, ZE4118A-05 1
Component7 Liquid mixing process simulation module, ZE4118A-06 1
Component8 Vending machine simulation module, ZE4118A-07 1
Component9 Elevator control simulation module, ZE4118A-08 1
Component10 Temperature control simulation module, ZE4118A-09 1
Component11 Material AGV control simulation module, ZE4118A-10 1
Component12 Robotic arm pick-and-place simulation module, ZE4118A-11 1
Component13 Automatic packaging production line simulation module, ZE4118A-12 1
Component14 Automatic conveyor loading and loading process simulation module, ZE4118A-13 1
Component15 Milling station simulation module, ZE4118A-14 1
Component16 Question answering simulation module, ZE4118A-15 1
Component17 Stepper motor and DC motor control module, ZE4118A-16 1
Component18 Button input module, ZE4118A-SIEMENS-PB 1
Component19 LED/Light Output Indicator Module, ZE4118A-SIEMENS-LP 1
Component20 4-way Relay Module, ZE4118A-SIEMENS-RLY 1
3.4 Accessories
No. Name Quantity
1 Hanging box frame 1
2 Fuse 0.1A/3A/5A 5*20 5 each, 15 in total
3 USB flash drive 1
4 Network cable 2m 1
5 2mm electrical safety connection cable 100cm 60
6 4mm electrical safety connection cable 1m double-ended 3
4. Experiment list
Experiment 1 Simulation experiment of automatic packing production line
Experiment 2 Simulation experiment of traffic light
Experiment 3 Simulation experiment of automatic feeding and loading
Experiment 4 Simulation experiment of motor control
Experiment 5 Simulation experiment of temperature control
Experiment 6 Simulation experiment of manipulator
Experiment 7 Simulation experiment of mixing multiple liquids
Experiment 8 Simulation experiment of automatic mail sorting control
Experiment 9 Simulation experiment of water tower water level
Experiment 10 Simulation experiment of elevator experiment
Experiment 11 Simulation experiment of vending machine
Experiment 12 Simulation experiment of buzzer
Experiment 13 Simulation experiment of light of Tianta
Experiment 14 Simulation experiment of machining center control
Experiment 15 Simulation experiment of material transport vehicle control system
Experiment 16 Control of stepper motor and DC motor
