With the improvement of intelligent application level in industrial enterprises, more and more people are beginning to come into contact with various industrial automation systems and products, including SCADA, DCS, and PLC.   Among them: DCS: Distributed control systems. PLC: Programmable Logic Controller. From the perspective of origin and development, DCS has evolved from traditional…

    Five main reasons why the inverter control cabinet cannot start normally “The variable frequency control cabinet is mainly used to adjust the working frequency of equipment, reduce energy loss, make the equipment start smoothly, and reduce the damage to the motor caused by the large current generated when the equipment starts directly. At…

When communicating with the robot, Funuc serves as the server and DCS sends read and write requests to Funuc through the Kaijiang Profinet to Modbus TCP gateway as the client. After Funuc responds, DCS receives Funuc’s data through the Profinet to Modbus TCP gateway, achieving data transmission. Note that Modbus cannot communicate synchronously, and the…

SCADA systems with remote data collection and monitoring as their main functions, like DCS and PLC, are essential basic systems for industrial process automation and informatization.   SCADA system SCADA is the abbreviation for Supervisory Control I And Data Acquisition System. SCADA system is a data acquisition, monitoring, and control system for production systems that…

【 Introduction 】 How to choose between programmable logic controllers (PLCs) and distributed control systems (DCS) depends on specific situations and analysis. Due to different application scenarios, the requirements for control systems also vary.   【1】 PLC and DCS PLC From switch quantity control to sequential control, transportation processing, it is a multifunctional system with…

In high-end factory automation applications such as natural gas and oil plants, as well as power plants, the requirements of low EMI, small size, high reliability, and low cost are particularly challenging for inter channel isolation design. Therefore, the channel density implemented by standard modules is usually limited to only four or eight channels, and…

The choice between programmable logic controllers (PLCs) and distributed control systems (DCS) needs to be analyzed on a case by case basis, as different application scenarios have varying requirements for control systems. When communicating with clients, we can start from the following aspects separately!   PLC and DCS   PLC 1. From switch quantity control…

Distributed Control System (DCS) refers to a technical solution in which multiple controllers work together in coordination to achieve system automation control. DCS is commonly used in industrial production, manufacturing, and processing, including industries such as chemical, pharmaceutical, food, pulp, and papermaking. They play an important role in monitoring and controlling the production process, optimizing…

The topic of DCS and PLC has been debated in the industry for at least 40 years. To understand what everyone is debating, it is necessary to understand the differences between DCS and PLC, objectively understand these fundamental differences, and rationally choose to apply DCS and PLC based on products and needs. 1. DCS focuses…

1. What is the difference between DCS system and PLC control system? DCS tends to control a large number of circuits and is widely used in large-scale control in the process industry, characterized by a large processing capacity. PLC was developed from relay circuits, while DCS was developed from local instrument screens. With the development…