DLDS-431 Green Design and Verification Platform

Model: DLDS-431

1. Input power supply: single-phase AC220V ±10% 50Hz, MAX 10A

2. Device capacity: <2KVA

3. Appearance area: about 3600*1500*2000mm (L*W*H)

4. Digital design unit size: about 876*700*1900mm (L*W*H) ±10%

5. Industrial network unit: about 860*686*1900mm (L*W*H) ±10%

6. Industrial control unit: about 860*686*1900mm (L*W*H) ±10%

7. Intelligent detection unit: about 600*950*1350mm (L*W*H) ±10%

8. Working environment: -10℃--40℃, relative humidity <90%RH (25℃), altitude <3000M

9. The equipment has safety protection functions such as leakage protection, short circuit protection, overload protection, emergency stop, key switch, and status indication.

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DLDS-431 Green Design and Verification Platform

Details Introduction

Equipment Overview

This system of vocational training equipment revolves around the electrical and electronic product environmental inspector (product design and verification direction) as the core, relies on modern industrial automation technology as a means, and uses industrial Internet technology, edge computing technology, big data analysis, automatic control technology, intelligent sensor technology and many other technologies Advanced technology completes the debugging and maintenance of green design and verification platform equipment for electrical and electronic products.

The educational lab equipment DLDS-431 green design and verification platform is mainly composed of digital design unit, industrial network unit, industrial control unit, and intelligent detection unit.

Equipment Features

This educational lab equipment manufacturer has the following features:

(1) Device selection: The main devices used in the platform are all selected from well-known international and domestic brands, with advanced technology and high market occupancy.

(2) Standardization: The platform is designed and developed and tested in accordance with national safety standards and specifications related to mechanical and electrical equipment.

(3) Intelligent design: The educational lab equipment manufacturer can self-monitor, monitor its own status and external environment during operation, record data and analyze the generated data.

(4) Open design and strong scalability: Fully consider the future hardware expansion, function expansion, application expansion, integration expansion and other multi-level extensions of the system of technical training equipment to facilitate users to better reuse the platform during secondary development.

(5) Combination of software and hardware, virtual and real linkage: Through digital twins, digital electromechanical modeling is used to replace physical equipment for simulation debugging, accelerating the integration between virtual design and physical manufacturing, and reducing complexity risks...

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;

- Edge computing technology application;

- Application of digital twin technology;

- Industrial Internet technology application;

- Application of network security technology;

- Application of intelligent detection system