DLFA-311 Mechatronics Training System

Model: DLFA-311 Mechatronics Training System

1. Working power supply: AC220V±10%, 50Hz,

2. Rated power: 1.5KW

3. Floor space: 1600mm *760mm*1660mm (length*width*height)

4. Working environment: temperature 5℃－+40℃, relative humidity <85% (25℃)

5. Safety protection: with short circuit, overload, sound and light alarm lights, emergency stop multiple protection

6. Control system: Siemens 1200 series

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Details introduction

Overview

DLFA-311 Mechatronics Training System system includes feeding unit, a conveyor belt unit, a handling robot unit and an electrical control system. The didactic teaching system includes advanced technologies such as "intelligent sensors", "PLC controllers" and "intelligent warehousing", which can enable students to learn and master the latest knowledge and skills of intelligent manufacturing.

The training model was designed refer to the " Instrument and Equipment Assembly Specifications for Mechatronics Majors in Higher Vocational Schools" and the "Instrument and Equipment Assembly Specifications for Mechatronics Technology Application Majors in Secondary Vocational Schools". It can be used for daily teaching and learning of traditional majors in colleges and universities, such as mechatronics, electrical control and automation, motion control, etc.

Features

1. Device selection: The main training device used in the platform are selected from well-known international and domestic brands with advanced technology and high market share.

2. Modular structure: good flexibility, easy assembly and disassembly: each execution object is an independent module, which can be installed and constructed on a universal aluminum profile platform, with fast loading and unloading and flexible layout.

3. Open design: Modules can be selected according to the task content; and the installation location and direction on the training platform can be selected according to teaching needs; and it has good extensibility, customers can develop new models and fixtures according to their own needs, and support secondary development of peripheral systems.

4. Task module storage management: All training models and fixtures can be placed on the desktop or at the bottom of the platform, which is convenient and quick to use and store, saving space and easy to manage.

Training projects

- Principles of Electrical and Electronic Engineering;

Electrical drawing recognition,

synchronous simulation of 3D models and 2D principle components (electricity and gas),

multi-faceted and multi-field joint simulation

- Electrical and PLC control technology

Application methods of common low-voltage electrical appliances,

analysis methods of common electrical systems;

PLC programming instructions and programming methods;

design and debugging of PLC control systems

- Hydraulic and pneumatic technology

- Motion Control Technology