ISO/TR 10314-2:1991 PDF

Industrial automation — Shop floor production — Part 2: Application of the reference model for standardization and methodology

Название (английский):

ISO/TR 10314-2:1991

Industrial automation — Shop floor production — Part 2: Application of the reference model for standardization and methodology

Статус документа:: Действующий
Формат:: Электронный (PDF)
Количество страниц:: 55
Дата публикации:: 20 июня 1991 г.
Издание:: ISO TR 10314 edition 1 version 1
ICS:: 25.040.40

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Технические детали

Технический комитет: ISO/TC 184/SC 5 - Interoperability, integration, and architectures for enterprise systems and automation applications
SKU: ISO/TR 10314-2:1991

Abstract

Overview

ISO/TR 10314-2:1991 - "Industrial automation - Shop floor production - Part 2: Application of the reference model for standardization and methodology" is a Type 3 ISO Technical Report that applies a previously defined reference model to identify and catalog potential areas for manufacturing standards at the shop-floor level. It is part of the ISO/TR 10314 family and focuses on using the Shop Floor Production Model (SFPM) and a Generic Activity Model (GAM) to extract areas where international industrial automation standards may be required.

Key topics and requirements

Purpose: Provide a structured methodology for identification of areas of standards (not for system design or implementation).
Reference framework:
- The report concentrates on Shop Floor Production and its eleven context functions (e.g., Corporate Management, Finance, Product Design, Maintenance, Resources management).
- The SFPM models shop-floor activity as four levels: Equipment (L1), Station (L2), Cell (L3), Section/Area (L4).
- The GAM describes activities using four subjects (Control information, Data, Material, Resources) and four actions (Transform, Transport, Verify, Store).
Procedures for extraction:
- Procedures A (within-level): A1 Subject–Action, A2 Subject–Subject, A3 Action–Action interrelationships.
- Procedures B (external): B1 Horizontal (contextual) interrelationships and B2 Vertical interrelationships between levels and context functions.
Classification: Results are interpreted via Standard Viewpoints (Performance, Safety, Compatibility, Operability, Reliability, Maintainability, Environment, Description, Qualification) and Base Technologies (Information, Material/Products, Tool/Device, Instrumentation/Control, Computer & Communication, Human Interface).
Deliverables: Matrices that map unique cells to potential standards areas and support cataloging and gap analysis.

Practical applications and users

Who benefits:

Standards developers (ISO technical committees, national standards bodies) for scoping new international standards.
Standards program managers and policy makers prioritizing standardization opportunities.
Industry consortia, system integrators, and manufacturers who want to catalog existing standards, identify gaps, and align national work with international projects.

Practical uses:

Systematic identification and cataloging of shop-floor standardization needs.
Mapping existing standards/projects onto the SFPM for overlap analysis.
Identifying “gaps” where new standards work may be valuable. Note: the report explicitly does not assign priorities for work items nor provide design/implementation guidance.

Related standards

ISO/TR 10314-1: Reference Model for Standardization and a Methodology for Identification of Standards Requirements (the companion document).
Useful for alignment with broader ISO/IEC industrial automation and integration activities.

Overview

Key topics and requirements

Purpose: Provide a structured methodology for identification of areas of standards (not for system design or implementation).
Reference framework:
- The report concentrates on Shop Floor Production and its eleven context functions (e.g., Corporate Management, Finance, Product Design, Maintenance, Resources management).
- The SFPM models shop-floor activity as four levels: Equipment (L1), Station (L2), Cell (L3), Section/Area (L4).
- The GAM describes activities using four subjects (Control information, Data, Material, Resources) and four actions (Transform, Transport, Verify, Store).
Procedures for extraction:
- Procedures A (within-level): A1 Subject–Action, A2 Subject–Subject, A3 Action–Action interrelationships.
- Procedures B (external): B1 Horizontal (contextual) interrelationships and B2 Vertical interrelationships between levels and context functions.
Classification: Results are interpreted via Standard Viewpoints (Performance, Safety, Compatibility, Operability, Reliability, Maintainability, Environment, Description, Qualification) and Base Technologies (Information, Material/Products, Tool/Device, Instrumentation/Control, Computer & Communication, Human Interface).
Deliverables: Matrices that map unique cells to potential standards areas and support cataloging and gap analysis.

Practical applications and users

Who benefits:

Standards developers (ISO technical committees, national standards bodies) for scoping new international standards.
Standards program managers and policy makers prioritizing standardization opportunities.
Industry consortia, system integrators, and manufacturers who want to catalog existing standards, identify gaps, and align national work with international projects.

Practical uses:

Systematic identification and cataloging of shop-floor standardization needs.
Mapping existing standards/projects onto the SFPM for overlap analysis.
Identifying “gaps” where new standards work may be valuable. Note: the report explicitly does not assign priorities for work items nor provide design/implementation guidance.

Related standards

ISO/TR 10314-1: Reference Model for Standardization and a Methodology for Identification of Standards Requirements (the companion document).
Useful for alignment with broader ISO/IEC industrial automation and integration activities.

ISO/TR 10314-2:1991 PDF

Технические детали

Abstract

Overview

Key topics and requirements

Practical applications and users

Related standards

Похожие стандарты

Abstract

Overview

Key topics and requirements

Practical applications and users

Related standards

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