Standardization for Automation System Integration SAC/TC159
Contents 1 Introduction of RIAMB and SAC/TC159 2 Automation System Integration Framework 3 Standards in the Area
Contents 1 Introduction of RIAMB and SAC/TC159 2 Automation System Integration Framework 3 Standards in the Area
Introduction--RIAMB Founded in 1954 State owned large technical enterprise Affiliate to China Academy of Machinery Science and Technology (CAM) With 8 engineering research center & over 800 employees, including 64 professors / researchers 150 senior engineers Revenues: 1 billion YUAN
Introduction--RIAMB Main R&D Divisions : Automatic Control Center Logistics Engineering Center Robotics and Automation Center Fluid Trasmission Technology Center Electrical Physics Equipment Center Software Engineering Center
Introduction--standards Secretariats of Standardization Administration of the People's Republic of China (SAC) technical committees: SAC/TC3 Fluid power systems (equivalent to ISO/TC131) SAC/TC159 Automation systems and integration (equivalent to ISO/TC184) (Including sub-committees: SC2:Robots and robotic devices, SC5:System structure, communication and integration)
Major R&D fields &Business Three major R/D directions: C l i f ti i Complex information processing Complex systems control Integrated Systems
Business scope Enterprise Resource Planning (ERP) Software Manufacturing g Execution System(MES) Image processing &machine vision Robotics Automatic Assembly Lines Electron Linear Accelerator Ion Beam Surface Modification
Business scope Automation control & monitoring system Intelligent g logistics & automated warehousing system Metallurgical g Automation Strip steel processing production line Plastics film stretching gproduction line Fluid transmission device & system
Introduction SAC/TC159 Automation systems and integration Secretariat: RIAMB Secretary general: XiaoDong Li Chairperson:RuTong Zhang Creation date:1990
Introduction SAC/TC159(ISO/TC184) Scope: Standardization in the field of automation systems and their integration for design, sourcing, manufacturing and delivery, support, maintenance and disposal of products and their associated services. Areas of standardization include information systems, robotics for fixed and mobile robots in industrial and specific nonindustrial environments, automation and control software and integration technologies. Total number of published ISO standards related to the TC and its SCs (number includes updates): 814 Participating countries: 19 Observing countries: 24
Introduction SAC/TC159 Structure SAC/TC159 SC1:Physical SC2:Robots and SC4:Industria SC5:Interoperability, device control robotic devices l data integration, and architectures for enterprise systems WG7:Data modelling for integration of physical devices WG1/3/7/8/10 WG2/3/8/11/12 /13/21/22/23 and automation ti applications WG1/4/5/6/7/9/10 SG2/JWG5
Introduction SAC/TC159 Structure SC2:Robots and robotic devices WG1:Vocabulary and characteristics WG3:Industrial safety WG7:Personal care robot safety WG8:Service robots WG9:Safety for medical devices using robotic technology WG10:Modularity for service robots
Introduction SAC/TC159 Structure SC4: Industrial Data WG2: Product characteristics and libraries WG3: Oil, Gas, Process and Power WG8: Manufacturing process and management information WG11: Implementation methods and conformance methods WG12: STEP product modelling and resources WG13: Industrial Data Quality WG21: SMRL Validation Team WG22: Reference data validation team WG23: Vocabulary validation team
Introduction SAC/TC159 Structure SC5:Interoperability, integration, and architectures for enterprise systems and automation applications WG1: Modelling and architecture SG2: System Integration Study Group WG4: Manufacturing software and its environment WG5: Open systems application frameworks JWG5: Enterprise-control system integration WG6: Application service interface WG7: Diagnostic and maintenance applications integration WG9: Key performance indicators for manufacturing operations management WG10: Evaluation of energy efficiency and other relevant factors of a manufacturing system with respect to its environmental influence
Contents 1 Introduction of RIAMB and SAC/TC159 2 Automation System Integration Framework 3 Standards in the Area
Automation System Integration Framework Figure adopted from ISO/IEC 62264-1.
Automation System Integration Framework Hierarchical arrangement of enterprise domains Level 4 Business Planning and Logistics SC5:Interoperability, integration, and architectures for enterprise systems and automation applications Level 3 Levels 2,1,0 Manufacturing Operations and Control SC4: Industrial Data SC2:Robots and robotic devices Continuous Control Batch Control Discrete Control SC1:Physical device control Figure adopted from ISO/IEC 62264-1.
Automation System Integration Framework Develop Products activity A1 Design Product CAD/PDM A2 SC4: Industrial Data Engineer Process CAPP/CAM SC2:Robots and robotic devices A3 Plan Enterprise Resources SC1:Physical device control ERP/MRPII A4 Acquire Resources SCM SC5:Interoperability, integration, and architectures for enterprise systems and automation applications A5 Execute Manufacturing Orders MES A6 Control Equipment and dprocess Controlers
Automation System Integration Framework Standards catalogue ISO/TC 184/SC1(SAC/TC 159/SC1) ISO/TC 184/SC2(SAC/TC 159/SC2) ISO/TC 184/SC4(SAC/TC 159/SC4) ISO/TC 184/SC5(SAC/TC 159/SC5)
Automation System Integration Framework Standards catalogue ISO/TC 184/SC1(SAC/TC 159/SC1) 1. ISO 841 (GB/T 19660-2005) Industrial automation systems and integration -- Numerical control of machines - - Coordinate system and motion nomenclature 2. ISO 2806 (GB/T 8129-1997) Industrial automation systems -- Numerical control of machines Vocabulary 3. ISO 2972 (GB/T 3168-1993) Numerical control of machines Symbols 4. ISO 4342 (GB/T 12646-1990) Numerical control of machines -- NC processor input -- Basic part program reference language 5. ISO 4343 (GB/T 11292-2008) Industrial automation systems -- Numerical control of machines -- NC processor output -- Post processor commands 6. ISO 6983 (GB/T 8870) Automation systems and integration -- Numerical control of machines -- Program format and definitions iti of address words
Automation System Integration Framework Standards catalogue ISO/TC 184/SC1(SAC/TC 159/SC1) 7. ISO 14649 (GB/T 19903.12-2008) Industrial automation systems and integration -- Physical device control -- Data model for computerized numerical controllers 8. ISO 22093 (GB/T 26498-2011) Industrial automation systems and integration -- Physical device control -- Dimensional Measuring Interface Standard (DMIS) 9. ISO 23570 (GB/T 25110) Industrial automation systems and integration -- Distributed installation in industrial applications 11. ISO 3592 (GB/T 12177-2008) Industrial automation systems -- Numerical control of machines -- NC processor output -- File structure and language forma
Automation System Integration Framework Standards catalogue ISO/TC 184/SC1(SAC/TC 159/SC1) ISO/TC 184/SC2(SAC/TC 159/SC2) ISO/TC 184/SC4(SAC/TC 159/SC4) ISO/TC 184/SC5(SAC/TC 159/SC5)
Automation System Integration Framework Standards catalogue ISO/TC 184/SC2(SAC/TC 159/SC2) 1. ISO 8373 (GB/T 12643-201) Robots and robotic devices Vocabulary 2. ISO 9283 (GB/T 12642-2013) Manipulating industrial robots -- Performance criteria and related test methods 3. ISO 9409 (GB/T 14468) Manipulating industrial robots -- Mechanical interfaces 4. ISO 9787 (GB/T 16977-2005) Robots and robotic devices -- Coordinate systems and motion nomenclatures 5. ISO 9946 (GB/T 12644-2001) Manipulating industrial robots -- Presentation of characteristics 6. ISO 10218 (GB 11291) Robots and robotic devices -- Safety requirements for industrial robots
Automation System Integration Framework Standards catalogue ISO/TC 184/SC2(SAC/TC 159/SC2) 9. ISO 11593 (GB/T 17887-1999) Manipulating industrial robots -- Automatic end effector exchange systems -- Vocabulary and presentation of characteristics 10. ISO/TR 13309 Manipulating industrial robots -- Informative guide on test equipment and metrology methods of operation for robot performance evaluation in accordance with ISO 9283 11. ISO 13482 Robots and robotic devices -- Safety requirements for personal care robots 12. ISO 14539 (GB/T 19400-2003) Manipulating industrial robots -- Object handling with grasp-type grippers 13. ISO/DTS S Robots and robotic devices -- Safety requirements for industrial robots -- Collaborative operation
Automation System Integration Framework Standards catalogue ISO/TC 184/SC2(SAC/TC 159/SC2) 14. ISO/CD 19649 Robots and robotic devices --- Vocabulary for mobile robots 15. IEC/NP 80601-2-77 Medical Electrical Equipment -- Part 2-77: Particular requirements for the basic safety and essential performance of medical robots for surgery 16. ISO 14539:2000 (GB/T 19400-2003) Manipulating industrial robots -- Object handling with grasp-type grippers -- Vocabulary and 17. ISO/DIS 18646 Robots and robotic devices -- Performance criteria and related test methods for service robot -- Part 1: Locomotion for wheeled robots
Automation System Integration Framework Standards catalogue ISO/TC 184/SC1(SAC/TC 159/SC1) ISO/TC 184/SC2(SAC/TC 159/SC2) ISO/TC 184/SC4(SAC/TC 159/SC4) ISO/TC 184/SC5(SAC/TC 159/SC5)
Automation System Integration Framework Standards catalogue ISO/TC 184/SC4(SAC/TC 159/SC4) 1. ISO/TS 8000 Data quality 2. ISO 10303 (GB/T 16656) Industrial automation systems and integration -- Product data representation and exchange 3. ISO 13584 (GB/T 17645) Industrial automation systems and integration -- Parts library 4. ISO 14306 Industrial automation systems and integration -- JT file format specification for 3D visualization 5. ISO 15531 (GB/T 19114) Industrial automation systems and integration -- Industrial manufacturing management data 6. ISO 15926 (GB/T 18975) Industrial automation systems and integration -- Integration of life-cycle data for process plants including oil and gas production facilities
Automation System Integration Framework Standards catalogue ISO/TC 184/SC4(SAC/TC 159/SC4) 7. ISO 16739 Industry Foundation Classes (IFC) for data sharing in the construction and facility management industries 8. ISO/PAS 17506 Industrial automation systems and integration -- COLLADA digital asset schema specification for 3D visualization of industrial data 9. ISO 18629 (GB/T 20719) Industrial automation systems and integration -- Process specification language g 10. ISO/CD 18828 Standardized procedure for production systems engineering 11. ISO/TS 18876 Industrial automation systems and integration -- Integration of industrial data for exchange, access and sharing 12. ISO 22745 Industrial automation systems and integration -- Open technical dictionaries and their application to master data 13. ISO/TS 29002 Industrial automation systems and integration -- Exchange of characteristic data
Automation System Integration Framework Standards catalogue ISO/TC 184/SC1(SAC/TC 159/SC1) ISO/TC 184/SC2(SAC/TC 159/SC2) ISO/TC 184/SC4(SAC/TC 159/SC4) ISO/TC 184/SC5(SAC/TC 159/SC5)
Automation System Integration Framework Standards catalogue ISO/TC 184/SC5(SAC/TC 159/SC5) 1. ISO 9506 (GB/T 16720) Industrial automation systems -- Manufacturing Message Specification 2. ISO/TR 10314 (GB/T 16980) Industrial automation -- Shop floor production 3. ISO/TR 11065 (GB/T 16978-1997) Industrial automation glossary 4. ISO 11354 Advanced automation technologies and their applications -- Requirements for establishing manufacturing enterprise process interoperability 5. ISO 13281 (GB/T 18755) Industrial automation systems -- Manufacturing Automation Programming Environment (MAPLE) -- Functional architecture 6. ISO/TR 13283 (GB/Z 19219-2003) Industrial automation -- Time-critical communications architectures -- User requirements and network management for time-critical communications systems
Automation System Integration Framework Standards catalogue ISO/TC 184/SC5(SAC/TC 159/SC5) 7. ISO 14258 (GB/T 18999-2003) Industrial automation systems -- Concepts and rules for enterprise models 8. ISO 15704 (GB/T 18757-2008) Industrial automation systems -- Requirements for enterprise-reference architectures and methodologies 9. ISO 15745 (GB/T 19659) Industrial automation systems and integration -- Open systems application integration framework 10. ISO 15746 Automation systems and integration -- Integration of advanced process control and optimization capabilities for manufacturing systems 11. ISO 16100 (GB/T 19902) Industrial automation systems and integration -- Manufacturing software capability profiling for interoperability 12. ISO/NP 16300 Automation ti systems and integration ti -- Interoperability of capability units for manufacturing application solutions
Automation System Integration Framework Standards catalogue ISO/TC 184/SC5(SAC/TC 159/SC5) 13. ISO/TR 18161 Automation systems and integration -- Applications integration approach using information exchange requirements modelling and software capability profiling 14. ISO 18435 (GB/T 27758) Industrial automation systems and integration -- Diagnostics, capability assessment and maintenance applications integration 15. ISO 19439 (GB/T 16642-2008) Enterprise integration -- Framework for enterprise modelling 16. ISO 19440 (GB/T 22454-2008) Enterprise integration -- Constructs for enterprise modelling 17. ISO/PRF PAS 19450 Automation systems and integration -- Object-Process Methodology 18. ISO 20140 Automation systems and integration -- Evaluating energy efficiency and other factors of manufacturing systems that influence the environment
Automation System Integration Framework Standards catalogue ISO/TC 184/SC5(SAC/TC 159/SC5) 19. ISO 20242 (GB/T 22270) Industrial automation systems and integration -- Service interface for testing applications 20. ISO 22400 Automation systems and integration -- Key performance indicators (KPIs) for manufacturing operations management 21. IEC 62264 (GB/T 20720) Enterprise-control system integration
Contents 1 Introduction of RIAMB and SAC/TC159 2 Automation System Integration Framework 3 Standards in the Area
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 9506 (GB/T 16720) Industrial automation systems -- Manufacturing Message Specification Scope: ISO 9506 is an Application Layer communication specification, in accord with the OSI communication model. It provides a set of services appropriate to communications between automated equipment and systems that interrogate or control them. Its description of interactions follow the client server model. It is suitable for use over any network that supports full-duplex, reliable communication, such as the Internet.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO/TR 10314 (GB/T 16980) Industrial automation -- Shop floor production Scope: Presents and describes a means of identifying where new or revised manufacturing standards may be required. Establishes a reference model which is then used as the basis for developing a methodology for the identification and extraction of areas for standards. The field of interest is the manufacture of discrete parts and in particular the production of these parts. This model provides a conceptual framework for understanding manufacturing and can be used to identify areas of standards necessary to integrate manufacturing systems.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO/TR 11065 (GB/T 16978-1997) Industrial automation glossary Scope: Defines more than 550 terms relevant to automation in an industrial manufacturing environment. All the terms and definitions have been obtained from the previous approved ISO publications listed in each case as the source.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 11354 Advanced automation technologies and their applications -- Requirements for establishing manufacturing enterprise process interoperability Scope: ISO 11354 applies to manufacturing enterprises, but can also apply to other kinds of enterprises. It is intended for use by stakeholders who are concerned with developing and deploying solutions based on information and communication technology for manufacturing enterprise process interoperability. It focuses on, but is not restricted to, enterprise (manufacturing or service) interoperability.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 13281 Industrial automation systems -- Manufacturing Automation Programming Environment (MAPLE) -- Functional architecture Scope: The document specifies the functional architecture of MAPLE, a Manufacturing Automation Programming Environment. MAPLE is a vendor-independent neutral facility for the programming of multiple manufacturing devices and controls. For the programming of manufacturing devices and controls the following areas will be supported: Connection between various manufacturing data and manufacturing application programs; management of several manufacturing databases; sharing of manufacturing application programs and software tools
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO/TR 13283 (GB/Z 19219-2003) Industrial automation -- Time-critical communications architectures -- User requirements and network management for time-critical communications systems Scope: This Technical Report identifies user requirements for systems supporting timecritical communications systems and the network management aspect which are specific to time-critical communications architecture in peer-to-peer and multipeer communications in or between application processes. This Technical Report translates user requirements for systems supporting timecritical communications into QoS requirements for the management and support of a time-critical communications network, using the concepts and terminology of the QoS Basic Framework developed by ISO/IEC JTC1/SC21/WG7.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 14258 (GB/T 18999-2003) Industrial automation systems -- Concepts and rules for enterprise models Scope: This International Standard specifies concepts and rules for computer- understandable models of a manufacturing enterprise to better enable enterprise processes to interoperate. This International Standard does not define standard enterprise processes, standard enterprises, standard organizational structures, or standard enterprise data. In addition, this International Standard does not specify the enterprise- modeling process, but forms the basis by which enterprise-modeling standards can be developed where they are needed.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 15704 (GB/T 18757-2008) Industrial automation systems -- Requirements for enterprise-reference architectures and methodologies Scope: This International Standard defines the requirements for enterprise-reference reference architectures and methodologies, as well as the requirements that such architectures and methodologies must satisfy to be considered a complete enterprise reference architecture and methodologies. The scope of these enterprise-reference reference architectures and methodologies covers those constituents deemed necessary to carry out all types of enterprise creation projects as well as any incremental change projects required by the enterprise throughout the whole life of the enterprise, including a) enterprise creation, b) major enterprise restructuring efforts, and c) incremental changes affecting only parts of the enterprise-life cycle.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 15745 (GB/T 19659) Industrial automation systems and integration -- Open systems application integration framework Scope: ISO 15745 defines an application integration framework - a set of elements and rules for describing integration models and application interoperability profiles.
Standards in the Area
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 15746 Automation systems and integration -- Integration of advanced process control and optimization capabilities for manufacturing systems Scope: As a crucial part of manufacturing systems with increased complexity, the automation and control applications enabled by advanced process control and optimization (APC-O) methodology and solutions perform the operations directed by production planning and scheduling. ISO 15746 deals with the integration of APC-O with manufacturing operations management (MOM) and with automation and control of manufacturing process and equipment.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 16100 (GB/T 19902) Industrial automation systems and integration -- Manufacturing software capability profiling for interoperability Scope: ISO 16100 specifies a manufacturing information model that characterizes software- interfacing requirements.with interfacing requirements clearly expressed, standard interfaces can be more easily and quickly developed using the Interface Definition Language (IDL) or an appropriate programming language, such as Java and C++. These standard interfaces are expected to enable the interoperability among manufacturing software tools (modules or systems). Sectors of the manufacturing industry such as automotive, aerospace, machine tool manufacturing, computer peripheral manufacturing, and mould and die manufacturing that intensively use computer-aided design (CAD), computer-aided manufacturing (CAM), numerical control (NC) programming, computer-aided engineering (CAE), product data management (PDM) and manufacturing execution systems (MES) will directly benefit from ISO 16100.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO/TR 18161 Automation systems and integration -- Applications integration approach using information exchange requirements modelling and software capability profiling Scope: ISO/TR 18161:2013 describes an approach for using ISO 16100 and ISO 18435 to specify information exchange requirements between applications. This approach is based on the use of ISO 18435 application integration matrix element (AIME)/application domain matrix element (ADME) templates in conjunction with ISO 16100 manufacturing software unit (MSU) capability profiles. ISO/TR 18161:2013 also provides an example approach as applied to describing the interoperability requirements of the integrated smart pump application, which comprises the pump control application and the pump diagnostics application.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 18435 (GB/T 27758) Industrial automation systems and integration -- Diagnostics, capability assessment and maintenance applications integration Scope: ISO 18435 defines a set of integration methods intended to be used when integrating diagnostics, capability assessment, and maintenance applications with the applications in production, control, and other manufacturing operations. ISO 18435 describes application integration models and common application interoperability requirements. These application integration models are intended to: a) provide diagnostics, capability assessment, and maintenance applications integration reference architecture for manufacturing assets, such as equipment, automation devices, and software units; b) enable integration of diagnostics, capability assessment, and maintenance applications with other applications; c) provide for a system view context in dealing with asset management life cycles.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 19439 (GB/T 16642-2008) Enterprise integration -- Framework for enterprise modelling Scope: ISO 19439:2006 specifies a framework conforming to requirements of ISO 15704, which serves as a common basis to identify and coordinate standards development for modelling of enterprises, emphasising, but not restricted to, computer integrated manufacturing. ISO 19439:2006 also serves as the basis for further standards for the development of models that will be computer- enactable and enable business process model-based decision support leading to model-based operation, monitoring and control. In ISO 19439:2006, four enterprise model views are defined in this framework. Additional views for particular user concerns can be generated but these additional views are not part of this International Standard. Possible additional views are identified in ISO 15704.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 19440 (GB/T 22454-2008) Enterprise integration -- Constructs for enterprise modelling Scope: ISO 19440:2007 specifies the characteristics of the core constructs necessary for computer-supported modelling of enterprises conforming to ISO 19439. ISO 19440:2007 focuses on, but is not restricted to, the computer integration of the information aspects of manufacturing, including the management and control technology and the required human tasks. It does not specify how these core constructs for model-based operations are to be implemented and, in particular, it does not include the control language needed to specify and execute (internal) activity behaviour, nor the mapping between functional operations and capabilities.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 20140 Automation systems and integration -- Evaluating energy efficiency and other factors of manufacturing systems that influence the environment Scope: ISO 20140 specifies a method for evaluating the energy efficiency of a manufacturing system and other factors, e.g. energy consumption, waste and release, etc., that influence the environment. The evaluation method provides guidelines to analyse the usage of energy by the manufacturing system and the effects of the manufacturing system on the environment. ISO 20140 systematically evaluates the environmental influence through analysing the manufacturing activities and the manufacturing system. ISO 20140 is intended for discrete products/parts manufacturing systems, such as those used in forming,machining, painting, assembling, testing and other manufacturing processes in the production of aircraft,automobile, electric appliances, machine tools and their components, and other similar products.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 20242 (GB/T 22270) Industrial automation systems and integration -- Service interface for testing applications Scope: The motivation for this International ti Standard d stems from international ti automotive ti industries and their suppliers to facilitate the integration of automation and measurement devices, and other peripheral components for this purpose, into computer based applications. It defines rules for the construction of device drivers and their behavior in the context t of an automation ti and/or measurement application. The main goal of ISO 20242 is to provide users with: independence from the computer operating system; independence d from the device connection technology (device interface/network); t independence from device suppliers; the ability to certify device drivers with connected devices and their behavior in the context of a given computer platform; independence from the technological device development in the future.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO 22400 Automation systems and integration -- Key performance indicators (KPIs) for manufacturing operations management Scope: ISO 22400 specifies an industry-neutral neutral framework for defining, composing, exchanging, and using key performance indicators (KPIs) for manufacturing operations management (MOM), as defined in IEC 62264-1 for batch, continuous and discrete industries. provides an overview of what a KPI is, presents concepts of relevance for working with KPIs including criteria for constructing KPIs, specifies terminology related to KPIs, and describes how a KPI can be used.
Standards in the Area Standards published by ISO/TC 184/SC5(SAC/TC 159/SC5) Interoperability, integration, and architectures for enterprise systems and automation applications ISO/IEC 62264 (GB/T 20720) Enterprise-control system integration Scope: Specifically, IEC 62264 provides a standard terminology and a consistent set of concepts and models for integrating control systems with enterprise systems that will improve communications between all parties involved. Some of the benefits produced will a) reduce users' times to reach full production levels for new products; b) enable vendors to supply appropriate tools for implementing integration of control systems to enterprise systems; c) enable users to better identify their needs; d) reduce the costs of automating manufacturing processes; e) optimize supply chains; and f) reduce life-cycle engineering efforts.
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