BS EN 61360-1:2017 – TC:2020 Edition
$280.87
Tracked Changes. Standard data element types with associated classification scheme – Definitions. Principles and methods
| Published By | Publication Date | Number of Pages |
| BSI | 2020 | 405 |
IEC 61360-1:2017 specifies principles for the definition of the properties and associated attributes and explains the methods for representing verbally defined concepts with appropriate data constructs available from IEC 61360-2. It also specifies principles for establishing a hierarchy of classification from a collection of classes, each of which represents a technical concept in the electrotechnical domain or a domain related to electrotechnology. This fourth edition cancels and replaces the third edition published in 2009. This edition constitutes a technical revision. This edition includes the following significant technical changes with respect to the previous edition: – support of advanced constructs such as ยท conditions and constraints, ยท blocks, ยท cardinality, ยท polymorphism, ยท generic and restricted enumerations, and ยท mapping; – extended list of data types; – harmonization with IEC 62656-1; – support of IEC TS 62720 and of coded units; – harmonization of semantic and administrative data among the various information objects; – use of UML for data modelling; – enhanced definitions and descriptions; – introduction of examples of higher level constructs such as block, cardinality, or polymorphism as guidance for the user of the IEC 61360 series. IEC 61360-4, IEC reference collection of standard data element types and component classes, can be accessed from IEC CDD (Common Data Dictionary) /2. The database contains the IEC reference collection of classes and associated characteristic properties (data element types or DETs) of electric/electronic components including materials, geometry and features used in electrotechnical equipment and systems. The dictionary and database follow the methodology of Part 1 of IEC 61360 and the information model of Part 2. It has the status of a horizontal standard in accordance with /2.
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 239 | undefined |
| 244 | English CONTENTS |
| 252 | FOREWORD |
| 254 | INTRODUCTION |
| 255 | 1 Scope 2 Normative references |
| 256 | 3 Terms, definitions and abbreviated terms 3.1 Terms and definitions |
| 261 | Tables Table 1 โ Examples of generic concepts for individual quantities |
| 262 | 3.2 Abbreviated terms 4 Foundation for the concepts of IEC 61360 standard dictionaries |
| 263 | Figures Figure 1 โ Simplified model of IEC 61360-1 (UML class diagram) |
| 264 | 5 Dictionary identification 5.1 General 5.2 Dictionary_supplier 5.3 Code |
| 265 | 5.4 Version_number 5.5 Date_of_current_version 5.6 Revision_number |
| 266 | 6 Property 6.1 Overview |
| 267 | Table 2 โ List of attributes of Property information objects as defined in IEC 61360-1 and their equivalent in IEC 61360-2 |
| 269 | 6.2 Specification of information object Figure 2 โ Overview model for Characteristic (UML class diagram) |
| 270 | 6.3 Data_element_type_class Figure 3 โ Property (UML class diagram) |
| 271 | 6.4 Depends_on 6.5 Formula |
| 272 | 6.6 Preferred_letter_symbol 6.7 Synonymous_letter_symbol 6.8 Attributes internal to Property |
| 273 | 6.9 Code_of_alternative_unit 6.10 Code_of_list_of_units |
| 274 | 6.11 Code_of_unit 6.12 Definition_class 6.13 Drawing_reference 7 Identifying_attributes 7.1 Overview |
| 275 | 7.2 Specification of information object Table 3 โ Globally unique identification |
| 276 | 7.3 Code Figure 4 โ Identifying attributes (UML class diagram) |
| 277 | 7.4 Preferred_name 7.5 Revision_number |
| 278 | 7.6 Short_name 7.7 Synonymous_name 7.8 Version_number |
| 279 | 8 Semantic_attributes 8.1 Overview 8.2 Specification of information object 8.3 Definition Figure 5 โ Semantic attributes (UML class diagram) |
| 281 | 8.4 Note 8.5 Remark 8.6 Source_document_of_definition |
| 282 | 9 Administrative_attributes 9.1 Overview 9.2 Specification of information object 9.3 Obsolete_date 9.4 Proposal_date Figure 6 โ Administrative_attributes (UML class diagram) |
| 283 | 9.5 Published_in 9.6 Published_by 9.7 Responsible_committee |
| 284 | 9.8 Revision_released_on 9.9 Status_level |
| 285 | 9.10 Version_initiated_on 9.11 Version_released_on 10 Value_attributes 10.1 Overview |
| 286 | 10.2 Specification of information object 10.3 Alternative_units_of_measure Figure 7 โ Value_attributes (UML class diagram) |
| 287 | 10.4 Data_type 10.4.1 General |
| 288 | 10.4.2 Simple type Figure 8 โ Examples for technical data associated with connecting lines |
| 293 | 10.4.3 Enumeration type |
| 294 | 10.4.4 Class instance type |
| 295 | 10.4.5 Class reference type 10.4.6 Aggregate type |
| 297 | 10.4.7 Level type |
| 298 | 10.4.8 Large object type 10.4.9 Placement type |
| 299 | 10.4.10 Data type dependencies |
| 301 | 10.5 Number_of_significant_digits Table 4 โ Data type dependencies |
| 302 | 10.6 Referenced_class_identifier 10.7 Unit_of_measure |
| 303 | 10.8 Value_format |
| 305 | 11 Condition_property 11.1 Specification of information object |
| 306 | 11.2 Property_data_element_type 12 Dependent_condition_property 12.1 Specification of information object Figure 9 โ Condition_property (UML class diagram) |
| 307 | 12.2 Depends on 12.3 Property_data_element_type Figure 10 โ Dependent_condition_property (UML class diagram) |
| 308 | 13 Dependent_property 13.1 Specification of information object 13.2 Depends on Figure 11 โ Dependent_property (UML class diagram) |
| 309 | 13.3 Property_data_element_type 14 Non_dependent_property 14.1 Specification of information object 14.2 Property_data_element_type Figure 12 โ Non_dependent_property (UML class diagram) |
| 310 | 15 Translation_information 15.1 Specification of information object 15.2 Date_of_current_translation_revision 15.3 Language_code Figure 13 โ Translation_information (UML class diagram) |
| 311 | 15.4 Responsible_translator 15.5 Responsible_translator_coded 15.6 Translation_revision |
| 312 | 16 Value_list 16.1 Specification of information object |
| 313 | 16.2 Attributes internal to Value_list 16.3 Definition_class Figure 14 โ Value_list (UML class diagram) |
| 314 | 16.4 Enumerated_list_of_terms 17 Term 17.1 Specification of information object Figure 15 โ Term (UML class diagram) |
| 315 | 17.2 Preferred_letter_symbol_in_text 17.3 Attributes internal to Term 17.4 Definition_class 18 Drawing 18.1 Information model |
| 316 | 18.2 Specification of information object Figure 16 โ Overview model for Drawing concept (UML class diagram) Table 5 โ List of attributes of Drawing |
| 317 | 18.3 Code 18.4 Descriptive_designator Figure 17 โ Drawing (UML class diagram) |
| 318 | 18.5 Drawing_title 18.6 File_format |
| 319 | 18.7 File_name 18.8 Revision_number |
| 320 | 18.9 Version_number 18.10 Attributes internal to Drawing 19 Unit of measure 19.1 Overview |
| 321 | 19.2 Specification of information object Figure 18 โ Overview model for Measure concept (UML class diagram) |
| 322 | 19.3 Primary_unit 19.4 Unit_in_text 19.5 Unit_XML Figure 19 โ Unit_of_measure (UML class diagram) |
| 323 | 19.6 Attributes internal to Unit_of_measure 19.7 Drawing_reference 20 Creation of language variants 20.1 Overview 20.2 Language-dependent attributes of a Property |
| 324 | 20.3 Language-dependent attributes of an Item_class 20.4 Language-dependent attributes of a Drawing 20.5 Language-dependent attributes of a Unit_of_measure 20.6 Language-dependent attributes of a Relation 21 Item_class 21.1 Classification tree |
| 325 | Figure 20 โ Classification tree |
| 327 | 21.2 Composition tree Table 6 โ List of attributes of Item_class as defined in IEC 61360-1 and their equivalent in IEC 61360-2 |
| 328 | 21.3 Use of auxiliary schemes for classification and coding of values Figure 21 โ Composition tree |
| 329 | 21.4 Information model 21.5 Specification of information object Figure 22 โ Overview model for Concept_data (UML class diagram) |
| 330 | 21.6 Class_type Figure 23 โ Item_class (UML class diagram) |
| 331 | 21.7 Coded_name 21.8 Attributes internal to Item_class 21.9 Applicable_data_element_type |
| 332 | 21.10 Applicable_relation 21.11 Classifying_data_element_type |
| 333 | 21.12 Drawing_reference 21.13 Is_case_of 21.14 Superclass |
| 334 | 22 Relation 22.1 Overview Figure 24 โ Overview model for Relation concept (UML class diagram) |
| 335 | 22.2 Specification of information object 22.3 External_solver_for_the_formula Figure 25 โ Relation (UML class diagram) |
| 336 | 22.4 Formula |
| 337 | 22.5 Language_for_formula_interpretation 22.6 Relation type 22.7 Role_of_the_relation |
| 339 | 22.8 Attributes internal to Relation |
| 340 | 22.9 Definition_class 22.10 Codomain_of_function 22.11 Domain_of_function |
| 341 | 22.12 Domain_of_relation 22.13 Drawing_reference 22.14 Super_relation 23 Dictionary_element |
| 342 | 24 Advanced concepts 24.1 Overview 24.2 Condition Figure 26 โ Dictionary_element (UML class diagram) |
| 343 | Figure 27 โ Working point of a fuse |
| 344 | Figure 28 โ Implementation in IEC 62656-1 spreadsheet format of the example in Figure 27 |
| 345 | Figure 29 โ (a) Dynamic gain and noise figure measurement setup, and (b) measurement with a saturation wavelength of 1โ550 nm |
| 346 | 24.3 Reuse of properties Figure 30 โ Implementation in IEC 62656-1 spreadsheet format of the example in Figure 29 |
| 347 | Figure 31 โ Reuse of properties (IEC 62656-1 spreadsheet format) |
| 348 | 24.4 Classes and properties for common use |
| 349 | 24.5 Block Figure 32 โ Use of class information objects to associate toleranced capacitance information to a fixed capacitor (IEC 62656-1 spreadsheet format) |
| 350 | Figure 33 โ Interpretation of Class and Property information objects forming a block |
| 351 | 24.6 Cardinality Figure 34 โ Example of a block (IEC 62656-1 spreadsheet format) |
| 352 | Figure 35 โ Interpretation of Class and Property information objects forming cardinality |
| 353 | 24.7 Polymorphism 24.7.1 Overview Figure 36 โ Example for a block whose number of occurrences is limited through PAA506 (IEC 62656-1 spreadsheet format) |
| 354 | 24.7.2 Polymorphic choices directly assigned to the specified Item_class Figure 37 โ Interpretation of Class and Property information objects forming a polymorphism |
| 355 | Figure 38 โ Polymorphic choices directly assigned to the specified Item_class (IEC 62656-1 spreadsheet format) |
| 356 | 24.7.3 Polymorphic choices assigned to the specified Item_class through a Value_list |
| 357 | Figure 39 โ Polymorphic choices assigned to the specified class through a value list (IEC 62656-1 spreadsheet format) |
| 358 | 24.8 Relation 24.8.1 Overview 24.8.2 Restricted enumeration |
| 359 | Figure 40 โ Example โ Restricted enumeration (IEC 62656-1 spreadsheet format) |
| 360 | 24.8.3 Grouping Figure 41 โ Example โ List of units for measuring the gap width of a labyrinth seal |
| 361 | 25 Qualifiers Figure 42 โ Example โ Information objects of Figure 41 (IEC 62656-1 spreadsheet format) |
| 362 | 26 Characters and character sets 26.1 Overview 26.2 Recommended character sets 26.3 Line feed 26.4 Subscript |
| 363 | 26.5 Superscript 26.6 Greek characters |
| 364 | Table 7 โ Transliteration of Greek characters to Latin characters |
| 365 | Annex A (informative) Data model |
| 366 | Figure A.1 โ Characteristic (UML class diagram) |
| 367 | Figure A.2 โ Drawing concept (UML class diagram) Figure A.3 โ Category (UML class diagram) |
| 368 | Figure A.4 โ Measure concept (UML class diagram) Figure A.5 โ Relation concept (UML class diagram) |
| 369 | Figure A.6 โ Value list concept (UML class diagram) |
| 370 | Annex B (normative) Type classification codes of properties B.1 Property classification B.1.1 Overview B.1.2 Principles B.1.3 Quantitative Property information objects |
| 371 | Table B.1 โ Survey of main classes of Property information objects |
| 372 | B.1.4 Non-quantitative Property information objects B.2 Survey of type classification codes for non-quantitative properties Table B.2 โ Classification codes of non-quantitative data element types |
| 373 | B.3 Survey of type classification codes for quantitative properties Table B.3 โ Classification codes for quantities of physical chemistry and molecular physics (1 of 2) |
| 375 | Table B.4 โ Classification codes for quantities of electricity and magnetism |
| 376 | Table B.5 โ Classification codes for quantities of periodic and related phenomena Table B.6 โ Classification codes for quantities of acoustics |
| 377 | Table B.7 โ Classification codes for quantities of heat Table B.8 โ Classification codes for quantities of information |
| 378 | Table B.9 โ Classification codes for quantities of mechanics |
| 379 | Table B.10 โ Classification codes for quantities of light and related electromagnetic radiations Table B.11 โ Classification codes for amounts |
| 380 | Table B.12 โ Classification codes for prices and tariffs Table B.13 โ Classification codes for dimensionless business quantities and counts Table B.14 โ Classification codes for business ratios and percentages |
| 381 | Table B.15 โ Classification codes for quantities of space and time |
| 382 | Table B.16 โ Classification codes for quantities of nuclear reactions and ionizing radiations |
| 383 | Annex C (informative) Preparation of new classes and properties C.1 Responsibilities C.2 Recommended elements of data set |
| 384 | Annex D (informative) Rules for defining new versions and revisions of dictionary elements D.1 Changes in the attributes of Property information objects |
| 385 | Table D.1 โ Overview of configuration management in Property updating operations |
| 386 | D.2 Changes in the attributes of class information objects Table D.2 โ Overview of configuration management in class updating operations |
| 387 | Annex E (informative) Classifying_data_element_type attribute |
| 388 | Annex F (informative) Conventions for names and definitions F.1 Conventions for writing definitions F.1.1 General F.1.2 ISO/IEC 11179-4 F.1.3 ISO 704 |
| 389 | F.1.4 Additional conventions F.2 Conventions for writing names F.2.1 Requirements F.2.2 Recommendations F.2.3 Mechanical quantitative property names F.2.4 Electrical quantitative property names |
| 390 | F.2.5 Non-quantitative property names Table F.1 โ Example of the name structure for electrical quantitative properties |
| 391 | Annex G (normative) Value format specification G.1 General G.2 Notation |
| 392 | Table G.1 โ ISO/IEC 14977 EBNF syntactic meta-language |
| 393 | G.3 Data value format types G.4 Meta-identifier used to define the formats G.5 Quantitative value formats G.5.1 General G.5.2 NR1-value format |
| 394 | G.5.3 NR2-value format G.5.4 NR3-value format |
| 395 | G.5.5 NR4-value format |
| 396 | G.6 Non-quantitative value formats G.6.1 General G.6.2 Alphabetic value format |
| 397 | G.6.3 Mixed characters value format G.6.4 Number value format Table G.2 โ Transposing European style digits into Arabic digits |
| 398 | G.6.5 Mixed alphabetic or numeric characters value format G.6.6 Binary value format G.7 HTML5 format |
| 399 | G.8 Value examples Table G.3 โ Number value examples |
| 400 | Annex H (informative) Modelling notation H.1 General H.2 UML Class H.3 Generalization H.4 Simple association Figure H.1 โ Example for generalization |
| 401 | H.5 Modularization with UML package Figure H.2 โ Example of an association Figure H.3 โ Example of an association to a UML class owned by another UML package |
| 402 | Figure H.4 โ Division of the IEC 61360-1 model into modules |
| 403 | Bibliography |
