Summary of REDES INDUSTRIALES [Qué son, tipos y ventajas]

00:00:00 - 00:05:00

This video discusses the advantages of using digital networks over traditional wiring systems in industrial settings. The advantages include reduced installation and maintenance costs, more intelligent devices that allow for better performance and reliability, and centralized or distributed control of devices that improves performance and reliability.

• 00:00:00 The industrial communication networks are an important part of any automation architecture for industrial processes. They provide a medium for exchanging data and control information, and are flexible to connect multiple devices. In this video, we'll learn all about industrial communication networks. Before beginning, please give a like to the video's like button, and subscribe to our channel if you want to continue growing our community. This is technical stuff, so welcome to the world of automation! This is tech-this is z. First, we need to consider what communication is. Communication is the exchange of information between two or more parts for the purpose of achieving a goal. Information is transferred from one party to another, which can then process and store it appropriately. When we add industrial application to the mix, we can talk about industrial communication networks. Industrial communication networks are designed and constructed to manage real-time data and integrity of information at the same time as they are installed in large industrial plants. There are three levels of communication networks in industrial automation systems, based on the level of automation and control system they are used in: field level, level of information, and system level. Field level networks are designed to connect devices in the field, using field-oriented buses such as
• 00:05:00 This video explains how networks of cables can be replaced with digital networks, which have some significant advantages over traditional wiring systems. These include reduced installation and maintenance costs, more intelligent devices that allow for better performance and reliability, and centralized or distributed control of devices that improves performance and reliability.