248010-3

248010-3 is a set of regulations defined by the International Telecommunications Union (ITU) that establishes a uniform architecture for power, communication, and control technologies with special applications in utility automation and electrical grid systems. The standard was first published in 2015 in order to promote the uniform development of industrial automation and telecommunication systems.

The primary application field of the 248010-3 standard is power distribution, control, and communication systems in both new and existing installations. This standard enables the integration of a variety of equipment, from simple residential or commercial devices to entire industrial automation networks, into a unified system. It is designed to ensure reliable communication and the efficient management of all connected devices over multiple media, such as cables, radio, satellite, and optical fibers.

The working principle of the 248010-3 standard is to ensure the proper operation of a system by providing clear and well-defined communication protocols, a uniform structure for data, and a network topology that can be adapted to various real-world scenarios. It also specifies specialized communication elements that enable the exchange of data between multiple components in an automated production system. These include automated transaction and message exchange protocols, error handling protocols, and authentication protocols.

In order to achieve the standard\'s objectives, the 248010-3 regulations define system classes, logical structures, and network topologies, which are essential elements of system architecture. It also provides guidelines for the physical layers of the communication systems, as well as requirements for power supply, communication networks, and data transmission. Finally, the standard includes guidance for the commissioning and maintenance of the systems.

The 248010-3 standard has become an indispensable tool for all types of automation systems. Thanks to its clear directives and guidelines, it allows for the easy integration of different hardware and software components in a secure and efficient manner. As a result, the standard is widely used in both civil and industrial applications, from small residential installations to large-scale industrial production systems.