FINAL INTERNATIONAL IEC/FDIS DRAFT STANDARD 62264-2 ISO/TC 184/SC 5 Enterprise-control system integration - Secretariat: ANSI Part 2: Voting begins on: 2004-04-23 Model object attributes Voting terminates on: 2004-06-25 Integration des systemes entreprise-controle - Partie2:Attributsdesmodelesd'objets Please see the administrative notes on page ii RECIPIENTS OF THIS DRAFT ARE INVITED TO SUBMIT,WITH THEIR COMMENTS, NOTIFICATION OF ANY RELEVANT PATENT RIGHTS OF WHICH THEYAREAWAREANDTOPROVIDESUPPORT ING DOCUMENTATION. IN ADDITION TO THEIREVALUATION Reference number BEING ACCEPTABLE FOR INDUSTRIAL,TECHNO LOGICAL,COMMERCIAL AND USER PURPOSES IEC/FDIS 62264-2:2004(E) DRAFT INTERNATIONAL STANDARDS MAY ON IEC OCCASION HAVE TO BECONSIDERED IN THE LIGHT OF THEIR POTENTIAL TO BECOME STAN- DARDS TO WHICH REFERENCE MAY BE MADE IN d by IHS under User=Wing, Bernie e from IHS IEC/FDIS 62264-2:2004(E) approved by both organizations, it will be published with both the ISO and the IEC logo. Positive votes shall not be accompanied by comments. Negative votes shall be accompanied by the relevant technical reasons. InternationalElectrotechnicalCommission setworking pemited withoutlicense from IHs 62264-2/FDIS @ IEC CONTENTS FOREWORD INTRODUCTION 9 Scope 10 2 Normative references 10 3 Definitions.. 4 Object model attributes 4.1 Introduction 11 4.2 Attribute extensibility .... 12 4.3 Object model structure. 12 4.4 Explanation of tables ... 4.5 Personnel.. 16 4.6 Equipment .. 20 4.7 Material . 26 4.8 Process segment. 31 4.9 Production capability.... ..37 4.10 Process segment capability 4.11 Product information.. 4.12 Production schedule . 60 4.13 Production performance. 69 4.14 Summary of objects ... 78 4.15 List of objects ... 80 5 Compliance 83 Annex A Use and examples .84 A.2 Application of the standard.. A.3 Database mapping of the models .88 A.4 XML usage. .89 Annex B (informative) Example data sets .93 B.1 Introduction.. .93 B.2 Material model example .. ..93 B.3 Personnel model example.. B.4 Equipment model example. .96 B.5 Production capability example. .97 B.6 Production performance example... Annex C (informative) Questions and answers about object use. .99 C.1 Introduction .99 C.2 Inflow materials .99 C.3 Multiple products per process segment. ..99 C.4 Process segments vs. product segments . 100 C.5 Production parameter references.... ...101 C.6 How class name and property names are used to identify elements . 101 Copyright International Organization for Standardization se from IHS 62264-2/FDIS @IEC - 3 - C.7 Possible capability over-counts . 103 C.8 Routing and process capability .104 C.9 Product and process capability dependencies 105 C.10 Representation of dependencies. 106 C.11 Representation of material produced and consumed. .107 C.12 Material produced and the capability model . ..107 C.13 How a material transfer is handled. .108 C.14 Why the maintenance and QA models are different from the production model...... 108 Annex D (informative) Logical information flows . 110 D.1 Summary .111 Figure 1 - Detailed relationship models. 15 Figure 2 - Personnel model.. .16 Figure 3 - Equipment model. .20 Figure 4 - Material model... .26 Figure 5 - Process segment model .. .31 Figure 6 - Production capability model. Figure 7- Process segment capability .45 Figure 8 - Product definition model. .53 Figure 9 - Production schedule model.. .. 60 Figure 10 - Production performance model .. .69 Figure 11 - Object model inter-relationships 79 Figure A.1 - Personnel model .. ..85 Figure A.2 - Instances of a person class Figure A.3 - UML model for class and class properties .86 Figure A.4 - Class property... .87 Figure A.5 - Instances of a person properties . .87 Figure A.6 - Instances of person and person properties .87 Figure A.7- XML schema for a person object .90 Figure A.8 - XML schema for person properties ..90 Figure A.9 - Example of person and person property .. .91 Figure A.10 - Example of person class information .. .91 Figure A.11 - Adaptor to