EN 61158-2-2018 is a technical standard that has been developed by the International Electrotechnical Commission (IEC) for use in industrial automation systems. It specifies the protocol and communication profiles for devices that form part of a networked control system. This standard is an update to the previous version, EN 61158-2, and it provides improvements and enhancements to ensure interoperability and reliable communication between different devices.
of EN 61158-2-2018
The purpose of EN 61158-2-2018 is to define a set of rules and guidelines that facilitate the exchange of data between devices in an industrial environment. It establishes a common language or protocol that enables devices from different manufacturers to communicate effectively with each other. This is crucial for ensuring seamless integration and interoperability in networks comprising diverse equipment.
The standard covers various aspects of communication, including the physical media, transmission characteristics, protocols, and network management. It provides specifications for both wired and wireless communication technologies, allowing flexibility in implementing networked control systems based on specific requirements.
Key Features and Benefits
EN 61158-2-2018 offers several key features and benefits:
Compatibility: The standard ensures compatibility between devices from different vendors, enabling seamless communication and cooperation within a networked environment.
Reliability: By defining robust protocols and transmission characteristics, the standard enhances the reliability and performance of communication links, even in harsh industrial environments.
Scalability: It allows for the expansion and growth of networked control systems, adapting to changing requirements without compromising interoperability.
Security: The standard includes provisions for securing data transmission, protecting against unauthorized access and ensuring the integrity of information in industrial automation systems.
Conclusion
EN 61158-2-2018 is a crucial technical standard that facilitates communication and interoperability between devices in industrial automation networks. It provides a framework for seamless integration, reliable data exchange, and enhanced system performance. By adhering to this standard, manufacturers ensure compatibility and scalability of their equipment while also improving the overall security and reliability of industrial control systems.
Nina She