DLDS-532 Industrial Network Intelligent Control and Maintenance System

Model: DLDS-532

1. Single-phase three-wire AC220V±10% 50Hz

2. Rated power: ≤5KW;

3. Dimensions: the footprint is about 6000mm×2500mm×1850mm (L×W×H) ;

The overall dimensions of the equipment are about 4700mm×1100mm×1850mm (L×W×H) ;

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

5. Safety protection: It has multiple protections for short circuit, overload, alarm and emergency stop.

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DLDS-532 Industrial Network Intelligent Control and Maintenance System

Details Introduction

Equipment Overview

This vocational technical training equipment takes the industrial network intelligent control and maintenance of a typical intelligent manufacturing production line as the background, and uses technologies such as industrial network, automatic control, data acquisition and remote operation and maintenance to complete the integrated debugging and maintenance of intelligent production lines. Students can use this engineer training workbench for industrial network implementation. Scheme design, design, selection, assembly, programming and debugging of key industrial network equipment such as firewalls, three-layer switches, smart sensors, and programmable controllers. The DLDS-532 vocational education and teaching equipment consists of automatic feeding unit, intelligent sorting unit, intelligent storage unit, data management unit and data management center.

Equipment Features

1. Device selection: The main devices used in the platform of vocational education and teaching equipment are selected from international and domestic well-known brands, with advanced technology and high market occupancy.

2. Modular design: With modular design, each module can complete the training independently, and can also be flexibly configured and combined according to user needs; students can use their innovative thinking to innovate and transform the original production process .

3. Intelligent design: The equipment can monitor itself, monitor its own state and external environment during operation, record data and analyze the generated data.

4. Open design, strong expansibility: fully consider the multi-level extension of the system in the future, such as hardware expansion, function expansion, application expansion, integration expansion, etc., so that users can better reuse the platform when they carry out secondary development etc.

Training Projects

- Application of PLC technology;

- Application of configuration technology

- Application of motor drive technology;

- Application of sensor technology;

- Industrial software technology application;

- Application of bus communication technology;

- Application of digital middle platform technology;

- Application of Collaborative Manufacturing Technology

- Application of edge computing technology;

- Application of digital twin technology;

- Industrial Internet technology application