BS EN 61512-4:2010
$215.11
Batch control – Batch production records
Published By | Publication Date | Number of Pages |
BSI | 2010 | 74 |
IEC 61512-4:2009 defines a reference model for batch production records containing information about production of batches or elements of batch production. This standard is intended for batch processes.
PDF Catalog
PDF Pages | PDF Title |
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6 | English CONTENTS |
10 | INTRODUCTION |
11 | 1 Scope 2 Normative references 3 Terms and definitions |
12 | 4 Batch production record description 4.1 General |
13 | 4.2 Overview Figures Figure 1 – Batch production record creation and use |
15 | 4.3 Batch production record purpose |
17 | 4.4 Batch production record data management |
18 | 4.5 Batch production record structure |
19 | Figure 2 – Batch production record component objects |
20 | Figure 3 – Example of a batch production record |
21 | 4.6 Production information Figure 4 – Example of elements referencing other elements Figure 5 – Example of internal and referenced data |
23 | Figure 6 – Sample batch production record for a recipe element |
24 | 4.7 Batch production record elements Figure 7 – Batch production record with non-batch specific data Tables Table 1 – Batch production record categories |
27 | 5 Batch production record object model 5.1 General |
28 | 5.2 Modelling information |
30 | Figure 8 – Object reference model Table 2 – Table example |
31 | 5.3 Batch production record object model overview Figure 9 – Batch production record top level model |
32 | 5.4 Batch production record Figure 10 – Batch production record object model |
33 | Table 3 – Batch production record attributes |
34 | 5.5 Batch production record entry Table 4 – Batch production record entry attributes |
35 | 5.6 Event Figure 11 – Event model |
36 | Figure 12 – Example of event element relationships Table 5 – Event attributes |
37 | Table 6 – Alarm event attributes |
38 | Table 7 – Standard event types |
40 | Table 8 – User-defined attribute attributes |
41 | 5.7 Data set Figure 13 – Data set model Table 9 – Event association attributes |
42 | Figure 14 – Sample time series data set Figure 15 – Elements of a time series data set Figure 16 – Sample correlated data set |
43 | Figure 17 – Elements of a correlated data set Table 10 – Data set attributes Table 11 – Time specification attributes |
44 | Table 12 – Tag identification attributes |
45 | Table 13 – Data value attributes |
46 | 5.8 Comment 5.9 Sample Table 14 – Time value attributes Table 15 – Comment attributes |
47 | Figure 18 – Sample model Table 16 – Sample attributes |
48 | 5.10 Change Table 17 – Sample test attributes Table 18 – Sample test result attributes |
49 | Table 19 –Change attributes |
50 | 5.11 Personnel identification manifest 5.12 Resource qualification manifest Table 20 – Personnel identification manifest attributes |
51 | 5.13 Product definition 5.14 Production response Table 21 – Qualification manifest attributes |
52 | 5.15 Production request 5.16 Control recipe |
53 | Figure 19 – Control recipe model Figure 20 – Sample batch production record with two control recipe copies |
54 | Table 22 – Control recipe attributes Table 23 – Control recipe header attributes |
56 | Table 24 – Equipment requirement attributes Table 25 – Constraint attributes |
57 | Table 26 – Parameter attributes Table 27 – Parameter value attributes |
58 | Table 28 – Link attributes |
59 | Table 29 – Step attributes Table 30 – Transition attributes |
60 | 5.17 Recipe element Table 31 – Other information attributes Table 32 – Other information value attributes |
61 | 5.18 Master recipe Figure 21 – Recipe element model Table 33 – Recipe element attributes |
62 | 6 Completeness, compliance and conformance 6.1 Completeness Figure 22 – Master recipe model Table 34 – Master recipe attributes |
63 | 6.2 Compliance 6.3 Conformance 6.4 Extending the object model |
64 | Annex A (informative) Data modelling technique |
65 | Table A.1 – UML notation |
66 | Annex B (informative) Questions and answers |
72 | Bibliography |