Detailed explanation of the difference between RTU and PLC_Advantages of RTU

RTU (Remote Terminal Unit) is a remote measurement and control unit device responsible for monitoring and controlling on-site signals and industrial equipment. Compared with traditional programmable controllers (PLCs), RTUs usually have excellent communication capabilities and larger storage capacity, are suitable…

IoT RTU

The Internet of Things is an important part of the new generation of information technology and an important development stage in the “information age”. As the name suggests, the Internet of Things is the Internet where things are connected. This…

RTU products

The remote measurement and control terminal RTU is an intelligent terminal device that realizes remote data collection, processing, storage, encryption and transmission based on GPRS, 4G, NB-IoT, LoRa and other communication networks. This series of RTU products adopts advanced low-power…

Selection method of RTU remote measurement and control terminal and automated monitoring terminal

Currently, there are dozens of RTU remote measurement and control terminals (automated monitoring terminals) on the market. Wireless transmission equipment DTU and RTU are also easily confused. Everyone is very confused during the selection process. Here, this article will give…

RTU innovation and development in the Internet of Things era will never end

Want to know the running status of on-site equipment remotely? This requires certain Internet of Things technology to monitor, measure and collect on-site sensors and equipment, and to monitor and control on-site signals and equipment. To achieve this goal, RTU…

RTU controller

Basic concepts of RTU controller RTU (Remote Terminal Unit), the full name in English is RemoteTerminalUnit, and the full name in Chinese is Remote Terminal Control System, which is responsible for monitoring and controlling on-site signals and industrial equipment. RTU…

Aplicación de la DTU a la vigilancia meteorológica en tiempo real

1. Program requirements The ground network of the traditional meteorological information system was built early, with low equipment performance, low line speed, and extended time. It is difficult to meet the requirements for data transmission such as automatic stations, sandstorms,…

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