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BS EN 62264-2:2013

$215.11

Enterprise-control system integration – Objects and attributes for enterprise-control system integration

Published By Publication Date Number of Pages
BSI 2013 168
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IEC 62264-2:2013 specifies generic interface content exchanged between manufacturing control functions and other enterprise functions. The interface considered is between Level 3 manufacturing systems and Level 4 business systems in the hierarchical model defined in IEC 62264-1. The goal is to reduce the risk, cost, and errors associated with implementing the interface. This second edition cancels and replaces the first edition published in 2004 and constitutes a technical revision. It includes the following technical: – addition of object models for exchange information used in manufacturing operations management activities; – displacement of the UML object models that were in IEC 62264-1:2003 into this standard so that the object models and the associated attribute tables were available in the same document; – addition of the Hierarchy scope object definition to replace the Location attribute used in the previous edition; – addition of a value type section to define the exchange of non-simple value types; – definition of simple value types were defined using the ISO 15000-5.

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PDF Pages PDF Title
6 English
CONTENTS
13 INTRODUCTION
14 1 Scope
2 Normative references
3 Terms, definitions and abbreviations
3.1 Terms and definitions
15 3.2 Abbreviations
4 Production operations models and generic operations models
4.1 Information models
16 Figures
Figure 1 โ€“ Production operations management information models
17 4.2 General modeling information
4.3 Extensibility of attributes through properties
Figure 2 โ€“ Operations information models for operations management
18 4.4 Object model structure
4.5 Explanation of tables
4.5.1 Tables of attributes
4.5.2 Object identification
Tables
Table 1 โ€“ UML notation used
19 4.5.3 Data types
4.5.4 Presentation of examples
Table 2 โ€“ Example table
20 4.5.5 References to resources
Figure 3 โ€“ Detailed resource relationship in models
21 4.5.6 Object relationships
4.6 Relationship of models
22 4.7 Hierarchy scope
4.8 Value types
4.8.1 Value use
Figure 4 โ€“ Hierarchy scope model
Table 3 โ€“ Attributes of hierarchy scope
23 4.8.2 Value syntax
4.8.3 Simple value types
Table 4 โ€“ Commonly used CCTS types for exchange
24 4.8.4 Unit of measure
4.8.5 Array value types
4.8.6 Range value types
4.8.7 Series value types
4.8.8 Structured value types
25 5 Common object models
5.1 Personnel information
5.1.1 Personnel model
26 5.1.2 Personnel class
5.1.3 Personnel class property
Figure 5 โ€“ Personnel model
Table 5 โ€“ Attributes of personnel class
27 5.1.4 Person
Table 6 โ€“ Attributes of personnel class property
28 5.1.5 Person property
Table 7 โ€“ Attributes of person
29 5.1.6 Qualification test specification
Table 8 โ€“ Attributes of person property
30 5.1.7 Qualification test result
Table 9 โ€“ Attributes of qualification test specification
31 5.2 Role based equipment information
5.2.1 Role based equipment model
Table 10 โ€“ Attributes of qualification test result
32 5.2.2 Equipment class
Figure 6 โ€“ Role based equipment model
33 5.2.3 Equipment class property
Table 11 โ€“ Attributes of equipment class
Table 12 โ€“ Attributes of equipment class property
34 5.2.4 Equipment
5.2.5 Equipment property
Table 13 โ€“ Attributes of equipment
35 5.2.6 Equipment capability test specification
Table 14 โ€“ Attributes of equipment property
36 5.2.7 Equipment capability test result
Table 15 โ€“ Attributes of equipment capability test specification
Table 16 โ€“ Attributes of equipment capability test result
37 5.3 Physical asset information
5.3.1 Physical asset model
Figure 7 โ€“ Physical asset model
38 5.3.2 Physical asset
Figure 8 โ€“ Physical asset and equipment relationship
Table 17 โ€“ Attributes of physical asset
39 5.3.3 Physical asset property
5.3.4 Physical asset class
Table 18 โ€“ Attributes of physical asset property
40 5.3.5 Physical asset class property
5.3.6 Physical asset capability test specification
Table 19 โ€“ Attributes of physical asset class
Table 20 โ€“ Attributes of physical asset class property
41 5.3.7 Physical asset capability test result
Table 21 โ€“ Attributes of physical asset capability test specification
42 5.3.8 Equipment asset mapping
5.4 Material information
5.4.1 Material model
Table 22 โ€“ Attributes of physical asset capability test result
Table 23 โ€“ Attributes of equipment asset mapping
43 5.4.2 Material class
Figure 9 โ€“ Material model
44 5.4.3 Material class property
Table 24 โ€“ Attributes of material class
45 5.4.4 Material definition
Table 25 โ€“ Attributes of material class property
46 5.4.5 Material definition property
Table 26 โ€“ Attributes of material definition
47 5.4.6 Material lot
Table 27 โ€“ Attributes of material definition property
48 Table 28 โ€“ Attributes of material lot
49 5.4.7 Material lot property
5.4.8 Material sublot
Table 29 โ€“ Attributes of material lot property
51 5.4.9 Material test specification
Table 30 โ€“ Attributes of material sublot
52 5.4.10 Material test result
Table 31 โ€“ Attributes of material test specification
53 5.4.11 Assemblies
Table 32 โ€“ Attributes of material test result
54 5.5 Process segment information
5.5.1 Process segment model
Figure 10 โ€“ Example of a material with an assembly
55 5.5.2 Process segment
Figure 11 โ€“ Process segment model
56 5.5.3 Personnel segment specification
Table 33 โ€“ Attributes of process segment
57 5.5.4 Personnel segment specification property
Table 34 โ€“ Attributes of personnel segment specification
58 5.5.5 Equipment segment specification
5.5.6 Equipment segment specification property
Table 35 โ€“ Attributes of personnel segment specification property
Table 36 โ€“ Attributes of equipment segment specification
59 5.5.7 Material segment specification
Table 37 โ€“ Attributes of equipment segment specification property
60 Table 38 โ€“ Attributes of material segment specification
61 5.5.8 Material segment specification property
5.5.9 Physical asset segment specification
Table 39 โ€“ Attributes of material segment specification property
62 5.5.10 Physical asset segment specification property
Table 40 โ€“ Attributes of physical asset segment specification
Table 41 โ€“ Attributes of physical asset segment specification property
63 5.5.11 Process segment parameter
5.5.12 Process segment dependency
Table 42 โ€“ Attributes of process segment parameter
64 Figure 12 โ€“ Segment dependency examples
Table 43 โ€“ Attributes of process segment dependency
65 5.6 Containers, tools and software
5.6.1 Containers
5.6.2 Tools
5.6.3 Software
6 Operations management information
6.1 Operations definition information
6.1.1 Operations definition model
66 6.1.2 Operations definition
Figure 13 โ€“ Operations definition model
67 6.1.3 Operations material bill
Table 44 โ€“ Attributes of operations definition
68 6.1.4 Operations material bill item
Table 45 โ€“ Attributes of operations material bill
69 6.1.5 Operations segment
Table 46 โ€“ Attributes of operations material bill item
70 6.1.6 Parameter specification
Table 47 โ€“ Attributes of operations segment
71 6.1.7 Personnel specification
Table 48 โ€“ Attributes of parameter specification
72 6.1.8 Personnel specification property
Table 49 โ€“ Attributes of personnel specification
73 6.1.9 Equipment specification
Table 50 โ€“ Attributes of personnel specification property
74 6.1.10 Equipment specification property
Table 51 โ€“ Attributes of equipment specification
75 6.1.11 Physical asset specification
Table 52 โ€“ Attributes of equipment specification property
76 6.1.12 Physical asset specification property
Table 53 โ€“ Attributes of physical asset specification
Table 54 โ€“ Attributes of physical asset specification property
77 6.1.13 Material specification
Table 55 โ€“ Attributes of material specification
78 6.1.14 Material specification property
Table 56 โ€“ Attributes of material specification property
79 6.1.15 Operations segment dependency
6.2 Operations schedule information
6.2.1 Operations schedule model
Table 57 โ€“ Attributes of operations segment dependency
80 6.2.2 Operations schedule
Figure 14 โ€“ Operations schedule model
81 Table 58 โ€“ Attributes of operations schedule
82 6.2.3 Operations request
Table 59 โ€“ Attributes of operations request
83 6.2.4 Segment requirement
84 6.2.5 Segment parameter
Table 60 โ€“ Attributes of segment requirement
85 6.2.6 Personnel requirement
Table 61 โ€“ Attributes of segment parameter
86 6.2.7 Personnel requirement property
Table 62 โ€“ Attributes of personnel requirement
87 6.2.8 Equipment requirement
Table 63 โ€“ Attributes of personnel requirement property
88 6.2.9 Equipment requirement property
Table 64 โ€“ Attributes of equipment requirement
89 6.2.10 Physical asset requirement
Table 65 โ€“ Attributes of equipment requirement property
90 Table 66 โ€“ Attributes of physical asset requirement
91 6.2.11 Physical asset requirement property
6.2.12 Material requirement
Table 67 โ€“ Attributes of physical asset requirement property
92 Table 68 โ€“ Attributes of material requirement
93 6.2.13 Material requirement property
Table 69 โ€“ Attributes of material requirement property
94 6.2.14 Requested segment response
6.3 Operations performance information
6.3.1 Operations performance model
Figure 15 โ€“ Operations performance model
95 6.3.2 Operations performance
Table 70 โ€“ Attributes of operations performance
96 6.3.3 Operations response
Table 71 โ€“ Attributes of operations response
97 6.3.4 Segment response
98 6.3.5 Segment data
Table 72 โ€“ Attributes of segment response
99 6.3.6 Personnel actual
Table 73 โ€“ Attributes of segment data
100 6.3.7 Personnel actual property
Table 74 โ€“ Attributes of personnel actual
101 6.3.8 Equipment actual
Table 75 โ€“ Attributes of personnel actual property
102 6.3.9 Equipment actual property
Table 76 โ€“ Attributes of equipment actual
103 6.3.10 Physical asset actual
Table 77 โ€“ Attributes of equipment actual property
104 6.3.11 Physical asset actual property
Table 78 โ€“ Attributes of physical asset actual
105 6.3.12 Material actual
Table 79 โ€“ Attributes of physical asset actual property
106 Table 80 โ€“ Attributes of material actual
107 6.3.13 Material actual property
6.4 Operations capability information
6.4.1 Operations capability model
Table 81 โ€“ Attributes of material actual property
108 6.4.2 Operations capability
Figure 16 โ€“ Operations capability Model
109 6.4.3 Personnel capability
Table 82 โ€“ Attributes of operations capability
110 Table 83 โ€“ Attributes of personnel capability
111 6.4.4 Personnel capability property
6.4.5 Equipment capability
Table 84 โ€“ Attributes of personnel capability property
112 6.4.6 Equipment capability property
Table 85 โ€“ Attributes of equipment capability
113 6.4.7 Physical asset capability
Table 86 โ€“ Attributes of equipment capability property
114 6.4.8 Physical asset capability property
Table 87 โ€“ Attributes of physical asset capability
115 6.4.9 Material capability
Table 88 โ€“ Attributes of physical asset capability property
116 Table 89 โ€“ Attributes of material capability
117 6.4.10 Material capability property
Table 90 โ€“ Attributes of material capability property
118 6.5 Process segment capability information
6.5.1 Process segment capability model
Figureย 17 โ€“ Process segment capability object model
119 6.5.2 Process segment capability
Table 91 โ€“ Attributes of process segment capability
120 7 Object model inter-relationships
Figure 18 โ€“ Object model inter-relationships
121 Table 92 โ€“ Model cross-reference (1 of 2)
122 8 List of objects
Table 93 โ€“ Common resource objects (1 of 4)
125 9 Compliance
126 Annex A (normative) Production specific information
Figure A.1 โ€“ Product definition model
129 Figure A.2 โ€“ Production schedule model
131 Figure A.3 โ€“ Production performance model
133 Figure A.4 โ€“ Production capability model
134 Annex B (informative) Use and examples
135 Figure B.1 โ€“ Personnel model
Table B.1 โ€“ Attributes of person
136 Figure B.2 โ€“ Instances of a person class
Figure B.3 โ€“ UML model for class and class properties
137 Figure B.4 โ€“ Class property
Figure B.5 โ€“ Instances of a person properties
Figure B.6 โ€“ Instances of person and person properties
138 Table B.2 โ€“ Database structure for person
Table B.3 โ€“ Database structure for person property
139 Table B.4 โ€“ Database for person with data
Table B.5 โ€“ Database for person property with data
140 Figure B.7 โ€“ XML schema for a person object
Figure B.8 โ€“ XML schema for person properties
141 Figure B.9 โ€“ Example of person and person property
Figure B.10 โ€“ Example of person class information
Figure B.11 โ€“ Adaptor to map different property IDs and values
142 Annex C (informative) Example data sets
149 Annex D (informative) Questions and answers about object use
151 Table D.1 โ€“ Definition of segment types
152 Figure D.1 โ€“ Class and property IDs used to identify elements
153 Figure D.2 โ€“ A property defining overlapping subsets of the capability
154 Figure D.3 โ€“ Routing for a product
155 Figure D.4 โ€“ Routing with co-products and material dependencies
156 Figure D.5 โ€“ Product and process capability relationships
157 Figure D.6 โ€“ Time-based dependencies
159 Table D.2 โ€“ Examples of materials and equipment
Table D.3 โ€“ Equipment and physical assets
161 Figure D.7 โ€“ Mixed operation example
163 Annex E (informative) Logical information flows
164 Figure E.1 โ€“ Enterprise to manufacturing system logical information flows
165 Figure E.2 โ€“ Logical information flows among multiple systems
166 Bibliography
BS EN 62264-2:2013
$215.11