Overview
IEC 62507-1:2010 provides essential principles and requirements for identification systems that support unambiguous information interchange across a variety of domains. Created by the International Electrotechnical Commission (IEC), this standard outlines the foundational methods for assigning identifiers to objects-such as products, items, and documents-for effective referencing, traceability, and information management. IEC 62507-1 emphasizes both the human-readable and machine-readable formats necessary for successful implementation in digital and physical environments. As a horizontal standard, it serves as a base reference across multiple sectors as defined by IEC Guide 108.
Key Topics
- Unambiguous Identification: Establishes criteria to ensure that identification numbers assigned to objects are unique within a defined domain, supporting accurate reference and traceability.
- Domain-based Identification: Requires that identifiers are unique within their specific domain, which may be an organization, system, country, or sub-division.
- Permanence and Stability: Sets out rules to ensure identification numbers remain stable over time, irrespective of organizational changes or system migrations.
- Identification Schemes: Recommends the structure and construction of identifiers, including methods for assigning serial numbers, batch numbers, and version control.
- Human and Machine Readability: Provides guidance on presenting identifiers so they can be readily interpreted by both people and computer systems.
- Management of Changes: Addresses procedures for handling modifications to identified objects without losing traceability or consistency.
- Supporting Documentation: Stresses the importance of documenting identification systems so that metadata and associated information can always be retrieved.
- Interchange Requirements: Specifies the criteria for the electronic interchange of identifiers, promoting compatibility across information systems.
Applications
IEC 62507-1:2010 is highly relevant in environments where clear and reliable object identification underpins product lifecycle management, asset tracking, and information exchange. Key application areas include:
- Manufacturing and Supply Chain: Enables robust part, batch, and product identification systems that support global logistics, inventory control, and product traceability.
- Document Management: Offers frameworks for assigning identifiers to documents for improved retrieval, reference, and version control within enterprises.
- Asset Management: Facilitates the unique identification and tracking of critical assets in industrial plants, IT systems, and facility operations.
- Trade and Logistics: Supports international trade by enabling unambiguous identification of trade items, packages, transport units, and certifications.
- Information Systems Integration: Ensures compatibility of identification numbers when exchanging data between disparate computer systems or between organizations.
- Long-term Information Preservation: Promotes permanence in identification so that records and references remain meaningful, even across decades.
Related Standards
IEC 62507-1:2010 references and aligns with key international standards that add detail to identification and data interchange processes, including:
- IEC 61360-1: Standard data element types with associated classification scheme for electric components
- IEC 81346-2: Structuring principles and codes for the classification of objects
- IEC 82045-1 & IEC 82045-2: Document management principles, methods, and metadata elements
- ISO/IEC 646: Information technology - 7-bit coded character set for information interchange
- ISO/IEC 6523-1: Structure for the identification of organizations and organization parts
- ISO/IEC 15418, ISO/IEC 15434, ISO/IEC 15459 series: Unique identification for items, data syntax for automatic identification and data capture techniques
- ISO 3166-1: Country code standards
- ISO 7064: Security techniques for check character systems
By conforming with IEC 62507-1:2010 and its related standards, organizations benefit from improved data quality, operational efficiency, and reliable interoperability across international markets and digital platforms.