IEC 61784-5-13:2013

Overview

IEC 61784-5-13:2013 is an international standard published by the International Electrotechnical Commission (IEC) that focuses on the installation profiles for CPF 13 fieldbuses, specifically Ethernet POWERLINK networks. This standard forms part of the IEC 61784 series, which provides profiles to facilitate the effective implementation of industrial communication networks in control systems. The document outlines detailed guidelines and requirements for the installation of fieldbus networks to ensure compatibility, reliability, and performance within industrial environments.

This standard must be used in conjunction with IEC 61918:2013 to cover all relevant aspects of Ethernet POWERLINK installations. It addresses critical factors such as cabling, connectors, earthing, and testing, helping engineers and technicians maintain consistency and quality in industrial network setups.

Key Topics

• Installation Profile Scope
  Specifies the scope related to CPF 13 Ethernet POWERLINK, covering general and specific installation requirements for industrial communication networks.

• Planning Requirements
  Emphasizes safety, security, EMI/EMC considerations, and environmental factors essential for planning robust fieldbus installations.

• Network Topology and Characteristics
  Defines recommended network topologies and characteristics for balanced copper cabling and optical fiber systems suitable for Ethernet POWERLINK, enabling optimized performance and fault tolerance.

• Cabling Components
  Provides detailed recommendations for the selection of cables (copper and fiber), connectors, terminators, and their proper installation and coding. This includes guidance on shielding, grounding, and mechanical protection.

• Installation Implementation
  Specifies best practices for the physical installation of cables, connectors, devices, and terminators. The standard addresses labelling, earthing, bonding, and transportation/storage considerations.

• Verification and Testing
  Details the verification process to confirm conformity with the planning documentation, including checks for cabling, connectors, earthing, and shield continuity. It also defines acceptance test procedures for both Ethernet-based and non-Ethernet-based cabling, including wireless installations.

• Maintenance and Troubleshooting
  Provides guidance to maintain and troubleshoot installations, ensuring long-term network reliability and support.

Applications

IEC 61784-5-13:2013 is essential for professionals involved in:

• Designing and deploying industrial automation systems using Ethernet POWERLINK fieldbus technology.
• Setting up communication networks within manufacturing plants, process industries, and factory automation settings.
• Ensuring compliance with international standards for industrial cabling installation to optimize network integrity and minimize downtime.
• Inspecting and validating existing communication installations for performance and safety.
• Facilitating maintenance teams in identifying and resolving communication faults on industrial networks.

The standard is relevant for system integrators, network designers, plant engineers, and installation technicians aiming to standardize and future-proof Ethernet POWERLINK installations.

Related Standards

• IEC 61784 Series
  Covers a broad range of industrial communication network profiles beyond CPF 13, supporting diverse fieldbus systems.

• IEC 61918:2013
  Must be used conjointly with IEC 61784-5-13, detailing additional technical requirements for Ethernet POWERLINK installations.

• ISO/IEC 24702
  Provides generic cabling specifications relevant for fieldbus installations highlighted in IEC 61784-5-13 for cable selection and routing.

• Other IEC 61784-5 Parts
  Address installation profiles for different industrial communication protocols, ensuring comprehensive coverage of fieldbus systems.

By adhering to IEC 61784-5-13:2013, industries can achieve standardized, secure, and efficient Ethernet POWERLINK network installations essential for modern industrial automation and control systems. This enhances network reliability, reduces installation errors, and supports interoperability across field devices and controllers.