IEC 61158-5-5:2007
(Main)Industrial communication networks - Fieldbus specifications - Part 5-5: Application layer service definition - Type 5 elements
Industrial communication networks - Fieldbus specifications - Part 5-5: Application layer service definition - Type 5 elements
IEC 61158-5-4:2007 It provides user programs with a means to access the fieldbus communication environment. In this respect, the FAL can be viewed as a "window between corresponding application programs." This standard provides common elements for basic time-critical and non-time-critical messaging communications between application programs in an automation environment and material specific to Type 5 fieldbus. The term "time-critical" is used to represent the presence of a time-window, within which one or more specified actions are required to be completed with some defined level of certainty. Failure to complete specified actions within the time window risks failure of the applications requesting the actions, with attendant risk to equipment, plant and possibly human life. It includes the following significant changes with respect to the previous edition deletion of the former Type 6 fieldbus, and the placeholder for a Type 5 fieldbus data-link layer, for lack of market relevance; addition of new types of fieldbuses; division of this part into multiple parts numbered.
Réseaux de communication industriels - Spécification des bus de terrain - Partie 5-5: Définition des Services de la couche application - Éléments de Type 5
L'IEC 61158-5-5:2007 défini les services fournis à: l'utilisateur de FAL à la frontière entre l'utilisateur et la couche application du modèle de référence de bus de terrain; et la Gestion des systèmes au niveau de la frontière entre la couche application et la Gestion des systèmes selon le modèle de référence de bus de terrain. Elle spécifie la structure et les services de la couche application des bus de terrain de Type 2, en conformité avec le Modèle de référence de base de l'OSI (ISO/CEI 7498) et la structure de la couche application de l'OSI (ISO/CEI 9545). Cette première édition et les normes connexes de la sous-série CEI 61158-5 annulent et remplacent la CEI 61158-5:2003. Cette édition de la présente partie constitue une révision éditoriale. Elle inclut les modifications majeures suivantes par rapport à l'édition précédente: suppression de l'ancien bus de terrain de type 6 qui n'est plus adapté au marché; ajout de nouveaux types de bus de terrain; éclatement de la partie 5 de la troisième édition en plusieurs parties numérotées 5-2, 5-3. La présente version bilingue (2014-06) correspond à la version anglaise monolingue publiée en 2007-12.
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IEC 61158-5-5
Edition 1.0 2007-12
INTERNATIONAL
STANDARD
Industrial communication networks – Fieldbus specifications –
Part 5-5: Application layer service definition – Type 5 elements
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IEC 61158-5-5
Edition 1.0 2007-12
INTERNATIONAL
STANDARD
Industrial communication networks – Fieldbus specifications –
Part 5-5: Application layer service definition – Type 5 elements
INTERNATIONAL
ELECTROTECHNICAL
COMMISSION
PRICE CODE
XH
ICS 35.100.70; 25.040.40 ISBN 2-8318-9454-9
– 2 – 61158-5-5 © IEC:2007(E)
CONTENTS
FOREWORD.10
INTRODUCTION.12
1 Scope.13
1.1 Overview .13
1.2 Specifications.14
1.3 Conformance.14
2 Normative references .14
3 Terms and definitions .15
3.1 ISO/IEC 7498-1 terms .15
3.2 ISO/IEC 8822 terms .15
3.3 ISO/IEC 9545 terms .15
3.4 ISO/IEC 8824 terms .15
3.5 Fieldbus data-link layer terms.15
3.6 Fieldbus application layer specific definitions .16
3.7 Abbreviations and symbols.25
3.8 Conventions .27
4 Concepts .30
5 Data type ASE.30
5.1 Overview .30
5.2 Formal definition of data type objects .30
5.3 FAL defined data types.32
5.4 Data type ASE service specification .69
6 Communication model specification.69
6.1 Concepts.69
6.2 ASEs.69
6.3 ARs .212
6.4 Summary of FAL classes .236
6.5 Permitted FAL services by AREP role. 237
7 Type 5 communication model specification .238
7.1 Concepts.238
7.2 ASEs.260
7.3 FDA sessions .296
7.4 Summary of FAL Type 9 and Type 5 classes .305
7.5 Permitted FAL Type 9 and Type 5 services by AREP role. 306
8 Type 7 communication model specification .308
8.1 Concepts.308
8.2 ASEs.325
8.3 ARs .494
Bibliography.515
Figure 1 – The AR ASE conveys APDUs between APs .100
Figure 2 – 1-to-1 AR establishment.112
Figure 3 – 1-to-many AR establishment .112
Figure 4 – Event model overview .152
Figure 5 – Residence timeliness .226
61158-5-5 © IEC:2007(E) – 3 –
Figure 6 – Synchronized timeliness.227
Figure 7 – Residence timeliness .233
Figure 8 – Synchronized timeliness.234
Figure 9 – VCR initiation.245
Figure 10 – Misordered message handling.251
Figure 11 – FF SM port message processing order .252
Figure 12 – FF FDA port message processing order .252
Figure 13 – FF TCP connection message processing order .253
Figure 14 – Session endpoint message processing order. 253
Figure 15 – FDA LAN redundancy port message processing order.253
Figure 16 – Message processing by receiving entity .254
Figure 17 – Organisation of the ASEs and ARs .309
Figure 18 – Object model of the MPS ASE.329
Figure 19 – Time-out evaluation net.341
Figure 20 – Asynchronous promptness status evaluation net .345
Figure 21 – Synchronous promptness status evaluation net. 346
Figure 22 – Punctual promptness status evaluation net .348
Figure 23 – Asynchronous refreshment status evaluation net.351
Figure 24 – Synchronous refreshment status evaluation net . 352
Figure 25 – Punctual refreshment status evaluation net . 354
Figure 26 – A_Readloc service procedure.357
Figure 27 – A_Writeloc service procedure.358
Figure 28 – A_Update service procedure . 360
Figure 29 – A_Readfar service procedure . 362
Figure 30 – A_Writefar service procedure .364
Figure 31 – A_Sent service procedure .365
Figure 32 – A_Received service procedure .366
Figure 33 – A_Read service procedure . 368
Figure 34 – A_Read service state machine .369
Figure 35 – A_Write service procedure .370
Figure 36 – A_Write service state machine .371
Figure 37 – Model of a resynchronised variable .374
Figure 38 – Principles for resynchronisation of a produced variable . 375
Figure 39 – Resynchronisation mechanism state machine for a produced variable. 377
Figure 40 – Asynchronous refreshment private mechanism evaluation net .378
Figure 41 – Asynchronous refreshment public mechanism evaluation net .379
Figure 42 – Synchronous refreshment private mechanism evaluation net. 380
Figure 43 – Synchronous refreshment public mechanism evaluation net . 381
Figure 44 – Punctual refreshment private mechanism evaluation net . 382
Figure 45 – Punctual refreshment public mechanism evaluation net. 383
Figure 46 – Principles for the resynchronisation of a consumed variable. 384
Figure 47 – Resynchronisation mechanism state machine for consumed variable . 386
Figure 48 – Asynchronous promptness public mechanism evaluation net.387
– 4 – 61158-5-5 © IEC:2007(E)
Figure 49 – Asynchronous promptness private mechanism evaluation net .388
Figure 50 – Synchronous promptness public mechanism evaluation net .389
Figure 51 – Synchronous promptness private mechanism evaluation net . 390
Figure 52 – Punctual promptness public mechanism evaluation net .392
Figure 53 – Punctual promptness private mechanism evaluation net. 393
Figure 54 – Spatial consistency list variables interchange mechanism . 395
Figure 55 – Spatial consistency – consistency variable interchange mechanism .396
Figure 56 – Spatial consistency – list recovery mechanism .396
Figure 57 – Spatial consistency – validity of the spatial consistency status .397
Figure 58 – Object model of a variable list .397
Figure 59 – A_Readlist service procedure.403
Figure 60 – Consistency variable value evaluation net . 409
Figure 61 – Consistency interchange timing diagram .410
Figure 62 – Recovery mechanism evaluation net .411
Figure 63 – Recovery interchange timing diagram.411
Figure 64 – Flowchart of the sub-MMS environment management state . 418
Figure 65 – Domain management state chart .448
Figure 66 – Domain upload flowchart .450
Figure 67 – Domain download sequence diagram .451
Figure 68 – Domain upload sequence diagram .451
Figure 69 – Program invocation state chart.464
Figure 70 – A_Associate service procedure .503
Figure 71 – A_Release service procedure.506
Figure 72 – A_Abort service procedure .507
Figure 73 – A_Data service procedure .509
Figure 74 – A_Unidata service procedure .512
Figure 75 – Associated mode service state chart .513
Figure 76 – Non-associated mode service state chart . 514
Table 1 – PERSISTDEF.37
Table 2 – VARTYPE .38
Table 3 – ITEMQUALITYDEF.39
Table 4 – STATEDEF .43
Table 5 – GROUPERRORDEF .43
Table 6 – ACCESSRIGHTSDEF.43
Table 7 – HRESULT .44
Table 8 – UUID .51
Table 9 – Data type names for value.67
Table 10 – UUID .69
Table 11 – Create service parameters .71
Table 12 – Delete service parameters.72
Table 13 – Get attributes service parameters.73
Table 14 – Set attributes service parameters .75
61158-5-5 © IEC:2007(E) – 5 –
Table 15 – Begin set attributes .77
Table 16 – End set attributes .78
Table 17 – Subscribe service parameters .87
Table 18 – Identify .90
Table 19 – Get status .91
Table 20 – Status notification.92
Table 21 – Initiate.93
Table 22 – Terminate.96
Table 23 – Conclude.98
Table 24 – Reject .98
Table 25 – Conveyance of service primitives by AREP role. 101
Table 26 – Valid combinations of AREP roles involved in an AR . 101
Table 27 – AR-Unconfirmed send .107
Table 28 – AR-Confirmed send .109
Table 29 – AR-Establish service .111
Table 30 – Valid combinations of AREP classes to be related. 113
Table 31 – AR-Deestablish service .114
Table 32 – AR-Abort .115
Table 33 – AR-Compel service.116
Table 34 – AR-Get buffered message service . 117
Table 35 – AR-Schedule communication service.118
Table 36 – AR-Cancel scheduled sequence service .119
Table 37 – AR-Status.120
Table 38 – AR-XON-OFF .121
Table 39 – AR-Remote read service .122
Table 40 – AR-Remote write service .123
Table 41 – Read service parameters.132
Table 42 – Read list service parameters .135
Table 43 – Write service parameters.137
Table 44 – Write list service parameters .139
Table 45 – Information report service.141
Table 46 – Information report list service .142
Table 47 – Exchange service parameters .145
Table 48 – Exchange list service parameters .148
Table 49 – Acknowledge event .160
Table 50 – Acknowledge event list service parameters .161
Table 51 – Enable event .163
Table 52 – Event notification service parameters . 164
Table 53 – Enable event list.166
Table 54 – Notification recovery service parameters .167
Table 55 – Get event summary service parameters.168
Table 56 – Get event summary list service parameters .170
Table 57 – Query event summary list service parameters . 173
– 6 – 61158-5-5 © IEC:2007(E)
Table 58 – Initiate load service parameters.180
Table 59 – Terminate load service parameters.182
Table 60 – Push segment service parameters.183
Table 61 – Pull segment service parameters.184
Table 62 – Discard service parameters .186
Table 63 – Pull upload sequencing of service primitives.187
Table 64 – Pull upload service parameter constraints . 188
Table 65 – Pull upload state table.189
Table 66 – Pull download sequencing of service primitives . 190
Table 67 – Pull download service parameter constraints .190
Table 68 – Pull download state table .191
Table 69 – Push download sequencing of service primitives . 193
Table 70 – Push download service parameter constraints . 193
Table 71 – Push download state table.194
Table 72 – Start service parameters .201
Table 73 – Stop service parameters.202
Table 74 – Resume service parameters .203
Table 75 – Reset service parameters.204
Table 76 – Kill service parameters .205
Table 77 – Action invoke service parameters .206
Table 78 – Action return service parameters .207
Table 79 – State transitions for a function invocation object.209
Table 80 – FAL class summary .236
Table 81 – Services by AREP role .237
Table 82 – Scope of Invoke Id .249
Table 83 – Types of misordering detectable by message numbers. 250
Table 84 – Delivery of misordered message types on publisher/subscriber VCRs .250
Table 85 – Statistics gathered per VCR .250
Table 86 – Determination of misordering type at a subscriber VCR . 251
Table 87 – Mapping of received messages to primitives.251
Table 88 – Mapping of received primitives to messages.252
Table 89 – Defined network addresses .255
Table 90 – Use of network addresses .255
Table 91 – Use of endpoint selectors in server VCRs.256
Table 92 – Use of endpoint selectors in publisher VCRs . 256
Table 93 – Use of endpoint selectors in source VCRs .257
Table 94 – Network address and port numbers for device annunciation . 258
Table 95 – Network address and port numbers for set/clear assignment info and clear
address.258
Table 96 – Network address and port numbers for SM identify.258
Table 97 – Network address and port numbers for SM find tag . 259
Table 98 – Network address and port numbers for clients and servers (part 1). 259
Table 99 – Network address and port numbers for clients and servers (part 2). 259
61158-5-5 © IEC:2007(E) – 7 –
Table 100 – Network address and port numbers for publishers and subscribers.259
Table 101 – Network address and port numbers for report distribution .259
Table 102 – Network address and port numbers for LAN redundancy get and put
information.260
Table 103 – Network address and port numbers for LAN redundancy diagnostics .260
Table 104 – VCR types .262
Table 105 – Use of VCR user id.262
Table 106 – Use of FDA address .263
Table 107 – Initiate .265
Table 108 – Find tag query service parameters.270
Table 109 – SMK IDs .271
Table 110 – Find tag reply service parameters.272
Table 111 – Identify service parameters .275
Table 112 – Annunciate service parameters.278
Table 113 – Set assignment info service parameters . 280
Table 114 – Clear assignment info service parameters .283
Table 115 – Clear address service parameters .285
Table 116 – Diagnostic message service .290
Table 117 – Get redundancy info service .291
Table 118 – Put redundancy info service .293
Table 119 – Get redundancy statistics service .295
Table 120 – Open session service .302
Table 121 – Idle session service .305
Table 122 – FAL class summary .306
Table 123 – Services by AREP role .307
Table 124 – Access protection .324
Table 125 – Binary time coding.340
Table 126 – Asynchronous promptness events and actions .345
Table 127 – Synchronous promptness events and actions .346
Table 128 – Punctual promptness events and actions .348
Table 129 – Asynchronous refreshment events and actions .351
Table 130 – Synchronous refreshment events and actions. 352
Table 131 – Punctual refreshment events and actions . 355
Table 132 – A_Readloc service parameters .356
Table 133 – A_Writeloc service parameters .357
Table 134 – A_Update service parameters.359
Table 135 – A_Readfar service parameters .361
Table 136 – A_Writefar service parameters .363
Table 137 – A_Sent service parameters.365
Table 138 – A_Received service parameters .366
Table 139 – A_Read service parameters .367
Table 140 – A_Write service parameters.369
Table 141 – Asynchronous refreshment private mechanism events and actions .378
– 8 – 61158-5-5 © IEC:2007(E)
Table 142 – Asynchronous refreshment public mechanism events and actions .379
Table 143 – Synchronous refreshment private mechanism events and actions. 380
Table 144 – Synchronous refreshment public mechanism events and actions . 381
Table 145 – Punctual refreshment private mechanism events and actions . 383
Table 146 – Punctual refreshment public mechanism events and actions. 384
Table 147 – Asynchronous promptness public mechanism events and actions.387
Table 148 – Asynchronous promptness private mechanism events and actions .388
Table 149 – Synchronous promptness public mechanism events and actions.389
Table 150 – Synchronous promptness privatemechanism events and actions . 391
Table 151 – Punctual promptness public mechanism events and actions .392
Table 152 – Punctual promptness privatemechanism events and actions.393
Table 153 – A_Readlist service parameters .402
Table 154 – Confirmed initiate service parameters. 422
Table 155 – Detailed structure of the extension calling parameter. 423
Table 156 – Detailed structure of the init request detail parameter. 424
Table 157 – Detailed structure of the extension called parameter . 425
Table 158 – Detailed structure of the init request detail parameter. 426
Table 159 – Conclude service parameter .427
Table 160 – Unconfirmed abort service parameters .429
Table 161 – Unconfirmed reject service parameters. 430
Table 162 – Confirmed status service parameters.432
Table 163 – Unconfirmed unsolicited status service parameter . 432
Table 164 – Confirmed identify service parameters.433
Table 165 – Confirmed get name list service paramaters .434
Table 166 – Access group attribute description for domain object . 437
Table 167 – Access rights attribute description for domain object . 437
Table 168 – Confirmed delete domain service parameters . 438
Table 169 – Confirmed initate download sequence service parameters. 439
Table 170 – Confirmed download segment service parameters . 440
Table 171 – Confirmed terminate download sequence service parameters. 441
Table 172 – Confirmed initiate upload sequence service parameters . 442
Table 173 – Confirmed upload segment service parameters . 443
Table 174 – Confirmed terminate upload sequence service parameters . 444
Table 175 – Confirmed get domain attributes service parameters . 445
Table 176 – Access group attribute details for program invocation object . 453
Table 177 – Access rights attribute details for program invocation object. 454
Table 178 – Confirmed create program invocation service parameters. 455
Table 179 – Confirmed delete program invocation service parameters. 456
Table 180 – Confirmed start service parameters .457
Table 181 – Confirmed stop service parameters .458
Table 182 – Confirmed resume service parameters .459
Table 183 – Confirmed reset service parameters . 460
Table 184 – Confirmed kill service parameters.461
61158-5-5 © IEC:2007(E) – 9 –
Table 185 – Access group attribute details for variable object.466
Table 186 – Access rights attribute details for variable object . 467
Table 187 – Access group attribute details for variable list object . 468
Table 188 – Access right attribute details for variable list objects. 468
Table 189 – Confirmed read service parameters . 469
Table 190 – Confirmed write service parameters . 471
Table 191 – Unconfirmed information report service parameters. 472
Table 192 – Confirmed define variable-list service parameters. 473
Table 193 – Confirmed delete variable-list service parameters. 475
Table 194 – Confirmed get variable access attributes service parameters. 476
Table 195 – Confirmed get variable-list attributes service parameters. 477
Table 196 – Data type specification .479
Table 197 – Variable access specification.480
Table 198 – Variable access description attribute details .480
Table 199 – Path selection parameters .481
Table 200 – Access group attribute detail for event object . 484
Table 201 – Access rights attribute details for event object. 485
Table 202 – Unconfirmed event notification service parameters .486
Table 203 – Event type parameter details .486
Table 204 – Confirmed acknowledged event notification service parameter . 488
Table 205 – Confirmed alter event condition monitoring service parameters .489
Table 206 – Confirmed get alarm summary service parameters . 491
Table 207 – Confirmed get event condition attributes service parameters .493
Table 208 – Classification of service quality parameters .496
Table 209 – Identification parameters .500
Table 210 – List of MCS AR ASE services .501
Table 211 – A_Associate service parameters. 501
Table 212 – A_Release service parameters .506
Table 213 – A_Abort service parameters .507
Table 214 – A_Data service parameters .508
Table 215 – A_Unidata service parameters.509
– 10 – 61158-5-5 © IEC:2007(E)
INTERNATIONAL ELECTROTECHNICAL COMMISSION
____________
INDUSTRIAL COMMUNICATION NETWORKS –
FIELDBUS SPECIFICATIONS –
Part 5-5: Application Layer Service definition
FOREWORD
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...
IEC 61158-5-5 ®
Edition 1.0 2007-12
INTERNATIONAL
STANDARD
NORME
INTERNATIONALE
Industrial communication networks – Fieldbus specifications –
Part 5-5: Application layer service definition – Type 5 elements
Réseaux de communication industriels – Spécification des bus de terrain –
Partie 5-5: Définition des Services de la couche application – Éléments de
Type 5
All rights reserved. Unless otherwise specified, no part of this publication may be reproduced or utilized in any form
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IEC 61158-5-5 ®
Edition 1.0 2007-12
INTERNATIONAL
STANDARD
NORME
INTERNATIONALE
Industrial communication networks – Fieldbus specifications –
Part 5-5: Application layer service definition – Type 5 elements
Réseaux de communication industriels – Spécification des bus de terrain –
Partie 5-5: Définition des Services de la couche application – Éléments de
Type 5
INTERNATIONAL
ELECTROTECHNICAL
COMMISSION
COMMISSION
ELECTROTECHNIQUE
PRICE CODE
INTERNATIONALE
CODE PRIX XH
ICS 25.040.40; 35.100.70 ISBN 978-2-8322-1463-3
– 2 – IEC 61158-5-5:2007 © IEC 2007
CONTENTS
FOREWORD . 10
INTRODUCTION . 12
1 Scope . 13
1.1 Overview . 13
1.2 Specifications . 14
1.3 Conformance . 14
2 Normative references . 14
3 Terms and definitions . 15
3.1 ISO/IEC 7498-1 terms . 15
3.2 ISO/IEC 8822 terms . 15
3.3 ISO/IEC 9545 terms . 15
3.4 ISO/IEC 8824 terms . 15
3.5 Fieldbus data-link layer terms . 15
3.6 Fieldbus application layer specific definitions . 16
3.7 Abbreviations and symbols . 25
3.8 Conventions . 27
4 Concepts . 30
5 Data type ASE . 30
5.1 Overview . 30
5.2 Formal definition of data type objects . 30
5.3 FAL defined data types . 32
5.4 Data type ASE service specification . 69
6 Communication model specification . 69
6.1 Concepts . 69
6.2 ASEs . 69
6.3 ARs . 212
6.4 Summary of FAL classes . 236
6.5 Permitted FAL services by AREP role . 237
7 Type 5 communication model specification . 238
7.1 Concepts . 238
7.2 ASEs . 260
7.3 FDA sessions . 296
7.4 Summary of FAL Type 9 and Type 5 classes . 305
7.5 Permitted FAL Type 9 and Type 5 services by AREP role . 306
8 Type 7 communication model specification . 308
8.1 Concepts . 308
8.2 ASEs . 325
8.3 ARs . 494
Bibliography . 515
Figure 1 – The AR ASE conveys APDUs between APs . 100
Figure 2 – 1-to-1 AR establishment . 112
Figure 3 – 1-to-many AR establishment . 112
Figure 4 – Event model overview . 152
Figure 5 – Residence timeliness . 226
Figure 6 – Synchronized timeliness . 227
Figure 7 – Residence timeliness . 233
Figure 8 – Synchronized timeliness . 234
Figure 9 – VCR initiation . 245
Figure 10 – Misordered message handling . 251
Figure 11 – FF SM port message processing order . 252
Figure 12 – FF FDA port message processing order . 252
Figure 13 – FF TCP connection message processing order . 253
Figure 14 – Session endpoint message processing order . 253
Figure 15 – FDA LAN redundancy port message processing order . 253
Figure 16 – Message processing by receiving entity . 254
Figure 17 – Organisation of the ASEs and ARs . 309
Figure 18 – Object model of the MPS ASE . 329
Figure 19 – Time-out evaluation net . 341
Figure 20 – Asynchronous promptness status evaluation net . 345
Figure 21 – Synchronous promptness status evaluation net . 346
Figure 22 – Punctual promptness status evaluation net . 348
Figure 23 – Asynchronous refreshment status evaluation net . 351
Figure 24 – Synchronous refreshment status evaluation net . 352
Figure 25 – Punctual refreshment status evaluation net . 354
Figure 26 – A_Readloc service procedure . 357
Figure 27 – A_Writeloc service procedure . 358
Figure 28 – A_Update service procedure . 360
Figure 29 – A_Readfar service procedure . 362
Figure 30 – A_Writefar service procedure . 364
Figure 31 – A_Sent service procedure . 365
Figure 32 – A_Received service procedure . 366
Figure 33 – A_Read service procedure . 368
Figure 34 – A_Read service state machine . 369
Figure 35 – A_Write service procedure . 370
Figure 36 – A_Write service state machine . 371
Figure 37 – Model of a resynchronised variable . 374
Figure 38 – Principles for resynchronisation of a produced variable . 375
Figure 39 – Resynchronisation mechanism state machine for a produced variable . 377
Figure 40 – Asynchronous refreshment private mechanism evaluation net . 378
Figure 41 – Asynchronous refreshment public mechanism evaluation net . 379
Figure 42 – Synchronous refreshment private mechanism evaluation net . 380
Figure 43 – Synchronous refreshment public mechanism evaluation net . 381
Figure 44 – Punctual refreshment private mechanism evaluation net . 382
Figure 45 – Punctual refreshment public mechanism evaluation net . 383
Figure 46 – Principles for the resynchronisation of a consumed variable . 384
Figure 47 – Resynchronisation mechanism state machine for consumed variable . 386
– 4 – IEC 61158-5-5:2007 © IEC 2007
Figure 48 – Asynchronous promptness public mechanism evaluation net . 387
Figure 49 – Asynchronous promptness private mechanism evaluation net . 388
Figure 50 – Synchronous promptness public mechanism evaluation net . 389
Figure 51 – Synchronous promptness private mechanism evaluation net . 390
Figure 52 – Punctual promptness public mechanism evaluation net . 392
Figure 53 – Punctual promptness private mechanism evaluation net . 393
Figure 54 – Spatial consistency list variables interchange mechanism . 395
Figure 55 – Spatial consistency – consistency variable interchange mechanism . 396
Figure 56 – Spatial consistency – list recovery mechanism . 396
Figure 57 – Spatial consistency – validity of the spatial consistency status . 397
Figure 58 – Object model of a variable list . 397
Figure 59 – A_Readlist service procedure . 403
Figure 60 – Consistency variable value evaluation net . 409
Figure 61 – Consistency interchange timing diagram . 410
Figure 62 – Recovery mechanism evaluation net . 411
Figure 63 – Recovery interchange timing diagram . 411
Figure 64 – Flowchart of the sub-MMS environment management state . 418
Figure 65 – Domain management state chart . 448
Figure 66 – Domain upload flowchart . 450
Figure 67 – Domain download sequence diagram . 451
Figure 68 – Domain upload sequence diagram . 451
Figure 69 – Program invocation state chart . 464
Figure 70 – A_Associate service procedure . 503
Figure 71 – A_Release service procedure . 506
Figure 72 – A_Abort service procedure . 507
Figure 73 – A_Data service procedure . 509
Figure 74 – A_Unidata service procedure . 512
Figure 75 – Associated mode service state chart . 513
Figure 76 – Non-associated mode service state chart . 514
Table 1 – PERSISTDEF . 37
Table 2 – VARTYPE . 38
Table 3 – ITEMQUALITYDEF . 39
Table 4 – STATEDEF . 43
Table 5 – GROUPERRORDEF . 43
Table 6 – ACCESSRIGHTSDEF . 43
Table 7 – HRESULT . 44
Table 8 – UUID . 51
Table 9 – Data type names for value . 67
Table 10 – UUID . 69
Table 11 – Create service parameters . 71
Table 12 – Delete service parameters . 72
Table 13 – Get attributes service parameters . 73
Table 14 – Set attributes service parameters . 75
Table 15 – Begin set attributes . 77
Table 16 – End set attributes . 78
Table 17 – Subscribe service parameters . 87
Table 18 – Identify . 90
Table 19 – Get status . 91
Table 20 – Status notification . 92
Table 21 – Initiate . 93
Table 22 – Terminate . 96
Table 23 – Conclude . 98
Table 24 – Reject . 98
Table 25 – Conveyance of service primitives by AREP role . 101
Table 26 – Valid combinations of AREP roles involved in an AR . 101
Table 27 – AR-Unconfirmed send . 107
Table 28 – AR-Confirmed send . 109
Table 29 – AR-Establish service . 111
Table 30 – Valid combinations of AREP classes to be related . 113
Table 31 – AR-Deestablish service . 114
Table 32 – AR-Abort . 115
Table 33 – AR-Compel service . 116
Table 34 – AR-Get buffered message service . 117
Table 35 – AR-Schedule communication service . 118
Table 36 – AR-Cancel scheduled sequence service . 119
Table 37 – AR-Status . 120
Table 38 – AR-XON-OFF . 121
Table 39 – AR-Remote read service . 122
Table 40 – AR-Remote write service . 123
Table 41 – Read service parameters . 132
Table 42 – Read list service parameters . 135
Table 43 – Write service parameters . 137
Table 44 – Write list service parameters . 139
Table 45 – Information report service . 141
Table 46 – Information report list service . 142
Table 47 – Exchange service parameters . 145
Table 48 – Exchange list service parameters . 148
Table 49 – Acknowledge event . 160
Table 50 – Acknowledge event list service parameters . 161
Table 51 – Enable event . 163
Table 52 – Event notification service parameters . 164
Table 53 – Enable event list . 166
Table 54 – Notification recovery service parameters . 167
Table 55 – Get event summary service parameters . 168
Table 56 – Get event summary list service parameters . 170
– 6 – IEC 61158-5-5:2007 © IEC 2007
Table 57 – Query event summary list service parameters . 173
Table 58 – Initiate load service parameters . 180
Table 59 – Terminate load service parameters . 182
Table 60 – Push segment service parameters . 183
Table 61 – Pull segment service parameters . 184
Table 62 – Discard service parameters . 186
Table 63 – Pull upload sequencing of service primitives. 187
Table 64 – Pull upload service parameter constraints . 188
Table 65 – Pull upload state table . 189
Table 66 – Pull download sequencing of service primitives . 190
Table 67 – Pull download service parameter constraints . 190
Table 68 – Pull download state table . 191
Table 69 – Push download sequencing of service primitives . 193
Table 70 – Push download service parameter constraints . 193
Table 71 – Push download state table . 194
Table 72 – Start service parameters . 201
Table 73 – Stop service parameters . 202
Table 74 – Resume service parameters . 203
Table 75 – Reset service parameters . 204
Table 76 – Kill service parameters . 205
Table 77 – Action invoke service parameters . 206
Table 78 – Action return service parameters . 207
Table 79 – State transitions for a function invocation object . 209
Table 80 – FAL class summary . 236
Table 81 – Services by AREP role . 237
Table 82 – Scope of Invoke Id . 249
Table 83 – Types of misordering detectable by message numbers . 250
Table 84 – Delivery of misordered message types on publisher/subscriber VCRs . 250
Table 85 – Statistics gathered per VCR . 250
Table 86 – Determination of misordering type at a subscriber VCR . 251
Table 87 – Mapping of received messages to primitives . 251
Table 88 – Mapping of received primitives to messages . 252
Table 89 – Defined network addresses . 255
Table 90 – Use of network addresses . 255
Table 91 – Use of endpoint selectors in server VCRs . 256
Table 92 – Use of endpoint selectors in publisher VCRs . 256
Table 93 – Use of endpoint selectors in source VCRs . 257
Table 94 – Network address and port numbers for device annunciation . 258
Table 95 – Network address and port numbers for set/clear assignment info and clear
address . 258
Table 96 – Network address and port numbers for SM identify . 258
Table 97 – Network address and port numbers for SM find tag . 259
Table 98 – Network address and port numbers for clients and servers (part 1). 259
Table 99 – Network address and port numbers for clients and servers (part 2). 259
Table 100 – Network address and port numbers for publishers and subscribers . 259
Table 101 – Network address and port numbers for report distribution . 259
Table 102 – Network address and port numbers for LAN redundancy get and put
information. 260
Table 103 – Network address and port numbers for LAN redundancy diagnostics . 260
Table 104 – VCR types . 262
Table 105 – Use of VCR user id . 262
Table 106 – Use of FDA address . 263
Table 107 – Initiate . 265
Table 108 – Find tag query service parameters . 270
Table 109 – SMK IDs . 271
Table 110 – Find tag reply service parameters . 272
Table 111 – Identify service parameters . 275
Table 112 – Annunciate service parameters. 278
Table 113 – Set assignment info service parameters . 280
Table 114 – Clear assignment info service parameters . 283
Table 115 – Clear address service parameters . 285
Table 116 – Diagnostic message service . 290
Table 117 – Get redundancy info service . 291
Table 118 – Put redundancy info service . 293
Table 119 – Get redundancy statistics service . 295
Table 120 – Open session service . 302
Table 121 – Idle session service . 305
Table 122 – FAL class summary . 306
Table 123 – Services by AREP role . 307
Table 124 – Access protection . 324
Table 125 – Binary time coding . 340
Table 126 – Asynchronous promptness events and actions . 345
Table 127 – Synchronous promptness events and actions . 346
Table 128 – Punctual promptness events and actions . 348
Table 129 – Asynchronous refreshment events and actions . 351
Table 130 – Synchronous refreshment events and actions . 352
Table 131 – Punctual refreshment events and actions . 355
Table 132 – A_Readloc service parameters . 356
Table 133 – A_Writeloc service parameters . 357
Table 134 – A_Update service parameters . 359
Table 135 – A_Readfar service parameters . 361
Table 136 – A_Writefar service parameters . 363
Table 137 – A_Sent service parameters . 365
Table 138 – A_Received service parameters . 366
Table 139 – A_Read service parameters . 367
Table 140 – A_Write service parameters . 369
– 8 – IEC 61158-5-5:2007 © IEC 2007
Table 141 – Asynchronous refreshment private mechanism events and actions . 378
Table 142 – Asynchronous refreshment public mechanism events and actions . 379
Table 143 – Synchronous refreshment private mechanism events and actions . 380
Table 144 – Synchronous refreshment public mechanism events and actions . 381
Table 145 – Punctual refreshment private mechanism events and actions . 383
Table 146 – Punctual refreshment public mechanism events and actions . 384
Table 147 – Asynchronous promptness public mechanism events and actions . 387
Table 148 – Asynchronous promptness private mechanism events and actions . 388
Table 149 – Synchronous promptness public mechanism events and actions. 389
Table 150 – Synchronous promptness privatemechanism events and actions . 391
Table 151 – Punctual promptness public mechanism events and actions . 392
Table 152 – Punctual promptness privatemechanism events and actions . 393
Table 153 – A_Readlist service parameters . 402
Table 154 – Confirmed initiate service parameters . 422
Table 155 – Detailed structure of the extension calling parameter. 423
Table 156 – Detailed structure of the init request detail parameter . 424
Table 157 – Detailed structure of the extension called parameter . 425
Table 158 – Detailed structure of the init request detail parameter . 426
Table 159 – Conclude service parameter . 427
Table 160 – Unconfirmed abort service parameters . 429
Table 161 – Unconfirmed reject service parameters . 430
Table 162 – Confirmed status service parameters . 432
Table 163 – Unconfirmed unsolicited status service parameter . 432
Table 164 – Confirmed identify service parameters . 433
Table 165 – Confirmed get name list service paramaters . 434
Table 166 – Access group attribute description for domain object . 437
Table 167 – Access rights attribute description for domain object . 437
Table 168 – Confirmed delete domain service parameters . 438
Table 169 – Confirmed initate download sequence service parameters . 439
Table 170 – Confirmed download segment service parameters . 440
Table 171 – Confirmed terminate download sequence service parameters . 441
Table 172 – Confirmed initiate upload sequence service parameters . 442
Table 173 – Confirmed upload segment service parameters . 443
Table 174 – Confirmed terminate upload sequence service parameters . 444
Table 175 – Confirmed get domain attributes service parameters . 445
Table 176 – Access group attribute details for program invocation object . 453
Table 177 – Access rights attribute details for program invocation object . 454
Table 178 – Confirmed create program invocation service parameters . 455
Table 179 – Confirmed delete program invocation service parameters . 456
Table 180 – Confirmed start service parameters . 457
Table 181 – Confirmed stop service parameters . 458
Table 182 – Confirmed resume service parameters . 459
Table 183 – Confirmed reset service parameters . 460
Table 184 – Confirmed kill service parameters . 461
Table 185 – Access group attribute details for variable object . 466
Table 186 – Access rights attribute details for variable object . 467
Table 187 – Access group attribute details for variable list object . 468
Table 188 – Access right attribute details for variable list objects . 468
Table 189 – Confirmed read service parameters . 469
Table 190 – Confirmed write service parameters . 471
Table 191 – Unconfirmed information report service parameters . 472
Table 192 – Confirmed define variable-list service parameters. 473
Table 193 – Confirmed delete variable-list service parameters. 475
Table 194 – Confirmed get variable access attributes service parameters . 476
Table 195 – Confirmed get variable-list attributes service parameters . 477
Table 196 – Data type specification . 479
Table 197 – Variable access specification . 480
Table 198 – Variable access description attribute details . 480
Table 199 – Path selection parameters . 481
Table 200 – Access group attribute detail for event o
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