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This part of IEC 62714 specifies general requirements and the architecture of AML for the modelling of engineering information which is exchanged between engineering tools for industrial automation and control systems. Its provisions apply to the export/import applications of related tools.

This part of IEC 62714 does not define details of the data exchange procedure or implementation requirements for the import/export tools.

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PDF Pages	PDF Title
6	English CONTENTS
11	INTRODUCTION Figures Figure 1 – Overview of the engineering data exchange format AML
13	1 Scope 2 Normative references 3 Terms, definitions and abbreviations 3.1 Terms and definitions
16	3.2 Abbreviations 4 Conformity Tables Table 1 – Abbreviations
17	5 AML architecture specification 5.1 General 5.2 General AML architecture
18	5.3 AML document versions Figure 2 – AML document version information
19	5.4 Meta information about the AML source tool Table 2 – Meta information about the AML source tool
20	5.5 Object identification Figure 3 – XML text of the AML source tool information
21	5.6 AML relations specification 5.6.1 General 5.6.2 Parent-child-relations between AML objects Figure 4 – Object identification example of an AML class Figure 5 – Object identification example of an AML object instance
22	5.6.3 Parent-child-relations between AML classes Figure 6 – Example of a parent-child-relation between AML objects Figure 7 – Example of a parent-child-relation between classes
23	5.6.4 Inheritance relations 5.6.5 Class-instance-relations Figure 8 – Example of an inheritance relation between two classes
24	Figure 9 – Example of a class-instance-relation
25	5.6.6 Instance-instance-relations Figure 10 – Example of a relation as block diagram and as object tree
26	Figure 11 – Example relation between the objects “PLC1” and “Rob1”
27	5.7 AML document reference specification 5.7.1 General 5.7.2 Referencing COLLADA documents 5.7.3 Referencing PLCopen XML documents 5.7.4 Referencing additional documents 6 AML base libraries 6.1 General 6.2 General provisions
28	6.3 AML interface class library – AutomationMLInterfaceClassLib 6.3.1 General Table 3 – Interface classes of the AutomationMLInterfaceClassLib
29	Figure 12 – AML basic interface class library
30	6.3.2 InterfaceClass AutomationMLBaseInterface 6.3.3 InterfaceClass Order Figure 13 – XML description of the AML basic interface class library Table 4 – InterfaceClass AutomationMLBaseInterface Table 5 – InterfaceClass Order
31	6.3.4 InterfaceClass PortConnector 6.3.5 InterfaceClass PPRConnector 6.3.6 InterfaceClass ExternalDataConnector Table 6 – InterfaceClass PortConnector Table 7 – InterfaceClass PPRConnector Table 8 – InterfaceClass ExternalDataConnector
32	6.3.7 InterfaceClass COLLADAInterface 6.3.8 InterfaceClass PLCopenXMLInterface 6.3.9 InterfaceClass Communication Table 9 – InterfaceClass COLLADAInterface Table 10 – InterfaceClass PLCopenXMLInterface
33	6.3.10 InterfaceClass SignalInterface 6.4 AML basic role class library – AutomationMLBaseRoleClassLib 6.4.1 General Table 11 – InterfaceClass Communication Table 12 – InterfaceClass SignalInterface
34	Figure 14 – AML basic role class library Figure 15 – AutomationMLBaseRoleClassLib
35	6.4.2 RoleClass AutomationMLBaseRole 6.4.3 RoleClass Group Figure 16 – XML text of the AutomationMLBaseRoleClassLib Table 13 – RoleClass AutomationMLBaseRole
36	6.4.4 RoleClass Facet 6.4.5 RoleClass Port Table 14 – RoleClass Group Table 15 – RoleClass Facet
37	Table 16 – Optional attributes for AML Port objects Table 17 – Sub-attributes of the attribute “Cardinality”
38	6.4.6 RoleClass Resource 6.4.7 RoleClass Product Table 18 – Interface of the AML Port class Table 19 – RoleClass Resource Table 20 – RoleClass Product
39	6.4.8 RoleClass Process 6.4.9 RoleClass Structure 6.4.10 RoleClass ProductStructure Table 21 – RoleClass Process Table 22 – RoleClass Structure Table 23 – RoleClass ProductStructure
40	6.4.11 RoleClass ProcessStructure 6.4.12 RoleClass ResourceStructure 6.4.13 RoleClass PropertySet Table 24 – RoleClass ProcessStructure Table 25 – RoleClass ResourceStructure Table 26 – RoleClass PropertySet
41	7 Modelling of user-defined data 7.1 General 7.2 User-defined attributes 7.3 User-defined InterfaceClasses Figure 17 – Example of a user-defined attribute
42	7.4 User-defined RoleClasses Figure 18 – Example of a user-defined InterfaceClass in a user-defined InterfaceClassLib
43	7.5 User-defined SystemUnitClasses 7.6 User-defined InstanceHierarchies Figure 19 – Example of a user-defined RoleClass in a user-defined RoleClassLib Figure 20 – Examples for different user-defined SystemUnitClasses
44	8 Extended AML concepts 8.1 General overview 8.2 AML Port object Figure 21 – Example of a user-defined InstanceHierarchy Figure 22 – AML representation of a user-defined InstanceHierarchy
45	8.3 AML Facet object 8.4 AML Group object
46	8.5 AML PropertySet
47	Figure 23 – Example illustrating the PropertySet concept
48	8.6 Support of multiple roles Figure 24 – XML text of the PropertySet example
49	8.7 Splitting of AML top-level data into different documents 8.8 Internationalization 8.9 Version information of AML objects
50	Annex A (informative) General introduction into the Automation Markup Language A.1 General Automation Markup Language concepts A.1.1 The Automation Markup Language architecture Figure A.1 – AML general architecture
52	A.1.2 Modelling of plant topology information Figure A.2 – Plant topology with AML
53	A.1.3 Referencing geometry and kinematics information A.1.4 Referencing logic information Figure A.3 – Reference from CAEX to a COLLADA document
54	A.1.5 Modelling of relations Figure A.4 – Reference from a CAEX to a PLCopen XML document
55	Figure A.5 – Relations in AML
56	Figure A.6 – XML description of the relations example Figure A.7 – XML text of the SystemUnitClassLib of the relations example Figure A.8 – XML text of the InstanceHierarchy of the relations example
57	A.2 Extended AML concepts and examples A.2.1 General overview A.2.2 AML Port concept Figure A.9 – Port concept Table A.1 – Overview of major extended AML concepts
58	Figure A.10 – Example describing the AML Port concept
59	Figure A.11 – XML description of the AML Port concept
60	Figure A.12 – XML text describing the AML Port concept Figure A.13 – Definition of a user-defined AML Port class “myPortClass”
61	A.2.3 AML Facet concept
62	Figure A.14 – AML Facet example Figure A.15 – XML text of the AML Facet example
63	A.2.4 AML Group concept Figure A.16 – AML Group example
64	Figure A.17 – XML text for the AML Group example
65	Figure A.18 – Combination of the Facet and Group concept
66	Figure A.19 – XML text view for the combined Facet-Group example
67	A.2.5 PropertySet concept Figure A.20 – Generic HMI template “B” visualizing a process variable “Y” of a conveyor Figure A.21 – Generated HMI result “B” visualizing both conveyors with individual process variables
68	Figure A.22 – PropertySet example Figure A.23 – PropertySet example
69	Figure A.24 – XML text for the instance hierarchy
70	A.2.6 Process-Product-Resource concept Figure A.25 – PropertySet example AML library as XML code
71	Figure A.26 – Base elements of the Product-Process-Resource concept
72	Figure A.27 – PPRConnector interface Figure A.28 – Example for the Product-Process-Resource concept
73	Figure A.29 – AML roles required for the Process-Product-Resource concept Figure A.30 – Elements of the example
74	Figure A.31 – Links within the example
75	Figure A.32 – Links of the resource centric view on the example
76	Figure A.33 – InstanceHierarchy of the example in AML
77	Figure A.34 – InternalElements of the example Figure A.35 – InternalLinks of the example
78	A.2.7 Support of multiple roles Figure A.36 – InstanceHierarchy of the example in XML
79	Figure A.37 – Example of a user-defined instance supporting multiple roles
80	Figure A.38 – XML text of the AML representation of multiple role support Figure A.39 – AML Role class library correspondingto the multiple role definition example
81	Figure A.40 – XML text of the AML role class library
82	Annex B (informative) XML Representation of AML Libraries B.1 AutomationMLBaseRoleClassLib
83	B.2 AutomationMLInterfaceClassLib
84	Bibliography

Published By	Publication Date	Number of Pages
BSI	2014	86


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Status	Withdrawn
Title	Engineering data exchange format for use in industrial automation systems engineering – Architecture and General Requirements
Publisher	BSI
Committee	GEL/65/3
Pages	86
Publication Date	2014-10-31
Withdrawn Date	2021-06-10
Replaced By	BS EN IEC 62714-1:2018
ISBN	978 0 580 73983 5
Standard Number	BS EN 62714-1:2014
Identical National Standard Of	EN 62714-1:2014, IEC 62714-1:2014
Descriptors	Data processing, Interchangeability, Graphic representation, Data representation, Control systems, Data transfer, Information exchange, Product design, Programming languages, Automatic control systems, Industrial, Definitions, Computer applications, Approval testing
ICS Codes	35.240.50 - IT applications in industry

BS EN 62714-1:2014

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