DLDS-S361 Instrumentation and Process Control Training System

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.

The DLDS-S361 Instrumentation and Process Control Training System from Dolang Introduction allows students to perform hands-on experiments in important concepts related to Pressure, Flow and Level applications. The system is delivered in a mobile frame version and allows to include several add-ons, including concepts and technologies related to Temperature.

Process control is a versatile and vital part of major industrial processes related to oil and gas refineries, power generation, petrochemicals, food processing and bottling, biotechnology, pharmaceuticals, and chemical manufacturing.

Students will learn to calibrate, adjust, install, operate, and connect process control systems in various industrial applications.

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).

Allows for pressure, flow, level & temp activities

Fits through standard doors

Operates on 120V AC

Includes a standard PID controller with software interface

Uses standard industrial transmitters & valves

Can be expanded to include any brand POC & HMI functionality via valve position adjustment

Allows for rabid conversion & modification of experiments

Simple design with easy to follow hands on activities

Designed & built with industry relevant components

Instrumentation & Process Control originated in the early 20th century, coinciding with industrial growth that demanded better monitoring of production processes. Early developments involved basic mechanical and pneumatic systems, which paved the way for the more sophisticated electronic and digital control systems that followed. Innovations by Bell Labs and Foxboro were instrumental in advancing control techniques. In the 1960s, computers began to influence process control, allowing for greater precision and complex monitoring. By the 1990s, advancements in software and network capabilities transformed instrumentation, making remote monitoring and data analysis integral to modern industries. Today, Instrumentation & Process Control continues to evolve, integrating with IoT and AI for smarter and more responsive systems.

Recent trends in Instrumentation & Process Control focus on the integration of IoT and Artificial Intelligence to create smart, predictive systems. With advancements in sensor technology and data analytics, industries are moving towards real-time data-driven decision-making. Predictive maintenance, made possible through advanced sensors and machine learning, allows companies to reduce downtime and maintenance costs. Furthermore, cloud-based monitoring has expanded, enabling remote management of industrial processes. Major players like Emerson and Schneider Electric are pioneering innovations in automation, making Instrumentation & Process Control a cornerstone for achieving operational efficiency and environmental sustainability in industries worldwide.