DLDS-S361 Instrumentation and Process Control Training System

Model: DLDS-S361 Instrumentation and Process Control Training System

1. Power Supply: AC380V±10%, 50Hz.

2. Occupation Size: overall layout size 8000mm*800mm*1850mm (L×W×H)

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

4. Safety Protection: multiple protections for over-temperature, over-pressure, liquid level alarm, and emergency stop.

5. PLC: Siemens S7-1200 series.

6. The host distributed control system (DCS).

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DLDS-S361 Instrumentation and Process Control Training System

Details introduction

Equipment Overview

Dolang Instrumentation and Process Control Training System teaches learners to a wide range of industrial processes (temperature, pressure, flow, and level) as well as with their instruments and control.DLDS-S361C DS was produced by dolang training simulator for vocational skills competition.The structure diagram of the application system of technical teaching equipment Instrumentation and process control training system including product flexible batching system, product flexible deep processing system, product flexible post-processing system, digital networked intelligent measurement and control system, production process visualization platform, and more functional operating platform, etc.

Equipment Features

Using this system, students can learn and master the following skills:

1.Sensor detection technology: including pressure transmitter, temperature transmitter, liquid level transmitter, flow transmitter, etc. commonly used in industrial instruments. Students can know various typical sensors on the equipment and master the use methods of various sensors.

2.Installation technology of instruments and pipelines: installation methods of pressure transmitter, temperature transmitter, liquid level transmitter, flow transmitter, etc. commonly used in industrial instruments and fabrication of pipeline system.On this equipment, students can understand the installation forms of various typical sensors and the horizontal and vertical layout of pipelines, and master the use methods of various sensors and pipelines.

3. DCS centralized control technology: through this platform, students can master the application of upper components and how to configure, collect data and control in the upper system.

4. PID regulation: students can know how to control constant temperature, constant pressure, constant flow, constant liquid level and other PID controls through PID on the equipment.

5.Production line process flow: students can learn the process flow of the production line on this equipment and arrange the pipes with corresponding functions according to the process flow diagram.

Training Projects

- PLC programming application

- Application of touch screen programming;

- PLC and touch screen communication application

- Intelligent meter communication application

- Communication between DCS and PLC;

- Application of upper configuration software;

- Application of bus communication technology;

- Application of industrial automation network;

- Over-control instrument technology application

- Application of sensor detection technology;

- Application of process control system;