IEC 62591:2016 specifies a wireless communication network in addition to the Type 20 in IEC 61158-3-20, IEC 61158-4-20, IEC 61158-5-20, IEC 61158-6-20 and a Communication Profile CP 9/2 in addition to IEC 61784-1, CPF 9. It specifies the following: – Physical layer service definition and protocol specification, – Data-link layer service and protocol, – Application layer service and protocol, – Network management, – Security, – Communication profile, – Wireless procedures and Gateway. This second edition cancels and replaces the first edition published in 2010. This edition constitutes a technical revision. This edition includes the following significant technical changes with respect to the previous edition: – enhancements to the performance statistics using key performance indicators (KPI); – “Stale Data” detection was added (see services Read stale data setpoints, Write stale data timer and Write stale data count setpoint).; – gateway commands were added; – a Quarantined State was added; – CCA Modes were extended to be more in-line with IEEE 802.15.4; – clarifications on whitelist and blacklist management were added; – clarifications on join (e.g. only require a single neighbor) were added; – clarifications on use of join links, table management, and defaults were added; – corrections and updates were made. The reader’s attention is drawn to the fact that Annex M lists all of the “in-some-country” clauses on differing practices of a less permanent nature relating to the subject of this standard.

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PDF Pages	PDF Title
7	English CONTENTS
29	FOREWORD
31	INTRODUCTION
33	1 Scope 2 Normative references
34	3 Terms, definitions, symbols, abbreviations and conventions 3.1 Reference model terms and definitions 3.1.1 Terms and definitions from ISO/IEC 74981 terms and ISO/IEC 74983 terms
35	3.1.2 Terms and definitions from ISO/IEC 9545 3.1.3 Terms and definitions from ISO/IEC 8824
36	3.1.4 Terms and definitions from ISO/IEC 8825-1 3.2 Specific terms and definitions
45	3.3 Abbreviations
47	3.4 Conventions 3.4.1 Conventions used for DL-services
48	3.4.2 Conventions used for DL-protocol (state machine)
49	3.4.3 Conventions for Application Layer service
52	3.4.4 Conventions for the AL-protocol Tables Table 1 – Conventions used for state machines
54	Figures Figure 1 – Superframe class example Table 2 – Class relationship notation
55	Figure 2 – Inheritance example Figure 3 – Basic aggregation example
56	4 Physical layer specification and service definition 4.1 General 4.2 Physical layer service definition 4.2.1 General overview Figure 4 – Composition aggregation example Table 3 – Multiplicity notation
57	4.2.2 Physical layer services
58	Figure 5 – Physical layer service sequences Table 4 – Ph-Enable primitives and parameters
59	Table 5 – Ph-CCA primitives and parameters Table 6 – Ph-Data primitives and parameters
60	Table 7 – PhM-Set primitive and parameters
61	4.3 Physical layer protocol specification 5 Data-link layer service definition – Type 20 elements 5.1 General 5.2 Data-link layer services 5.2.1 Facilities of the data-link layer services Table 8 – PhM-Get primitive and parameters
62	5.2.2 QoS for message service
63	5.2.3 Sequence of primitives
64	Figure 6 – Message service error-free sequences
65	5.2.4 DL-Transmit service Figure 7 – Message service sequences with errors Figure 8 – Receive only message service
66	Table 9 – DL-Transmit primitives and parameters
67	5.2.5 DL-Receive service Table 10 – DL-Receive primitive and parameters
68	5.2.6 DL-Disconnect service 5.2.7 DL-Path-failure service 5.2.8 DL-Advertise service Table 11 – DL-Disconnect primitive and parameters Table 12 – DL-Path-failure primitive and parameters
69	5.2.9 DL-Neighbor service 5.2.10 DLM-Set Table 13 – DL-Advertise primitive and parameters Table 14 – DL-Neighbor primitive and parameters
70	5.2.11 DLM-Get Table 15 – DLMSet primitive and parameters Table 16 – DLMGet primitive and parameters
71	5.2.12 DLM-Action Table 17 – DLMAction primitive and parameters
72	5.2.13 DLM-Event 5.3 Network layer services 5.3.1 Facilities of the network layer services 5.3.2 QoS for message service
73	5.3.3 Sequence of primitives 5.3.4 NL-Transmit Service Figure 9 – NLL Data transfer service sequences
74	Table 18 – NL-Transmit primitives and parameters
75	5.3.5 NLM-Set Table 19 – NLMSet primitive and parameters
76	5.3.6 NLM-Get 5.3.7 NLM-Action Table 20 – NLMGet primitive and parameters Table 21 – NLMAction primitive and parameters
77	5.4 Transport layer services 5.4.1 Facilities of the transport layer services
78	5.4.2 QoS for message service 5.4.3 Sequence of primitives
79	5.4.4 TL-Data-transfer Service Figure 10 – Data transfer service error-free sequences Figure 11 – Data transfer service sequences with errors
80	Table 22 – TL-Data-transfer primitives and parameters
81	5.4.5 TL-Data-exchange Service Table 23 – TL-Data-exchange primitives and parameters
83	5.4.6 TLM-Set 5.4.7 TLM-Get Table 24 – TLMSet primitive and parameters
84	6 Data-link layer protocol specification – Type 20 elements 6.1 General 6.2 Overview 6.2.1 Data-link layer operation Table 25 – TLMGet primitive and parameters
85	Figure 12 – A TDMA slot and superframe
86	Figure 13 – Channel hopping
87	6.2.2 Network layer operation
88	Figure 14 – Wireless network
89	6.2.3 Device procedures 6.3 Logical link control 6.3.1 General DLPDU structure Figure 15 – DLPDU Structure
90	Figure 16 – Address specifier Table 26 – Network_ID Allocation
91	Figure 17 – Construction of 8-octet EUI-64 Address Figure 18 – DLPDU specifier
93	6.3.2 DLPDU-specific structure, encoding and elements of procedure Table 27 – Contents of the ACK DLPDU payload
94	Table 28 – ACK response-code
95	Table 29 – Contents of the Advertise DLPDU payload Table 30 – Beginning of the superframe Table 31 – The next field after the last superframe size
96	Table 32 – Repeated for each link Table 33 – Channel and frequency assignments
97	6.3.3 DLPDU Priority and Flow Control
98	6.3.4 Error detection and security
100	6.4 Medium Access Control 6.4.1 Function 6.4.2 Slot timing
101	Figure 19 – Slot timing details Table 34 – Slot timing definitions and values
103	6.4.3 Communication tables and buffers Figure 20 – DLE tables and relationship Table 35 – Minimum DLE Table and buffer space requirement
104	Table 36 – Superframe attributes
105	Table 37 – Link attributes
106	Table 38 – Neighbor attributes and variables
108	Table 39 – Graph attributes Table 40 – Packet record
109	6.4.4 Link scheduling
110	Figure 21 – Relationships used for link scheduling
111	Table 41 – Example Backoff_cntr selection sets
113	6.4.5 MAC operation Figure 22 – MAC components
114	Figure 23 – TDMA state machine
115	Table 42 – TDMA state machine
118	Figure 24 – XMIT state machine Table 43 – XMIT state transitions
120	Figure 25 – RECV state machine
121	Table 44 – RECV state machine
122	Figure 26 – ACK transmission state machine
123	6.5 DL-management-information 6.5.1 General 6.5.2 DL attributes Table 45 – ACK transmission state machine
124	6.5.3 DLM actions 6.6 Network layer 6.6.1 Two level model of NL Table 46 – DL attributes Table 47 – DL actions
126	Figure 27 – Graph routing
127	6.6.2 NPDU structure Figure 28 – Source routing
128	Figure 29 – NPDU Structure Figure 30 – NPDU control octet
129	Figure 31 – Security control octet
130	6.6.3 Security function Table 48 – Counter value
131	Table 49 – Session attributes
133	Table 50 – NPDU nonce
135	6.6.4 Network layer tables Figure 32 – NLE tables and relationship
136	Table 51 – Minimum NLE Table space requirement Table 52 – Route attributes
137	6.6.5 NLE machine Table 53 – Source route attributes Table 54 – TimeTable attributes
138	Figure 33 – NLE state machine Table 55 – NLE states
140	6.6.6 NLE elements of procedure Table 56 – NPDU construction
142	Figure 34 – Routing decision of the NPDU Table 57 – Routing actions
143	6.6.7 NL-management information Table 58 – NL attributes
144	6.7 Transport layer 6.7.1 General 6.7.2 TPDU structure Figure 35 – TPDU Structure Table 59 – NL actions
145	6.7.3 Transport pipe table Figure 36 – TPDU control octet
146	6.7.4 TLE elements of procedure Table 60 – Transport pipe attributes Table 61 – Transport control encoding for TL-Data-transfer request
147	Table 62 – Transport control encoding for TL-Data-exchange request
148	Table 63 – Transport control encoding for TL-Data-exchange response
149	6.7.5 TLE state machines Figure 37 – Transition diagram of the client data transfer state machine
150	Figure 38 – Transition diagram of the client data exchange state machine Table 64 – Client data transfer state table
151	Figure 39 – Transition diagram of the server state machine Table 65 – Client data exchange state table
152	6.7.6 TL-management information Table 66 – Server state table
153	7 Application layer service definition – Type 20 elements 7.1 Common concepts 7.2 General 7.3 Data type ASE 7.3.1 Overview
154	Figure 40 – Data type class hierarchy
155	7.3.2 Formal definition of data type objects
157	7.3.3 FAL defined data types
160	7.3.4 Data type ASE service specification 7.3.5 Summary of data types
161	7.4 Communication model specification 7.4.1 Common parameters Table 67 – Data type summary
162	7.4.2 ASEs Table 68 – Response code values
165	Table 69 – Read service parameters
167	Table 70 – Write service parameters
168	Table 71 – Information report service parameters
170	Table 72 – Action service parameters
235	7.4.3 ARs
237	Table 73 – AR get attributes service parameters Table 74 – AR set attributes service parameters
238	7.4.4 Summary of classes 7.4.5 Permitted services by AREP role Table 75 – Class summary Table 76 – Confirmed services by AREP class Table 77 – Unconfirmed services by AREP class
239	8 Application layer protocol specification – Type 20 elements 8.1 General 8.2 Abstract syntax 8.3 Transfer syntax 8.3.1 Common APDU fields Table 78 – Response code values
240	8.3.2 Common APDU structure Figure 41 – Request APDU format from master to slave Table 79 – Extended status values
241	Figure 42 – Normal response APDU format from slave to master Figure 43 – Command error response APDU format from slave to master
242	Figure 44 – Aggregated command APDU
243	8.3.3 Device application service-specific APDU structures
244	Table 80 – Reset configuration changed flags value field Table 81 – Reset configuration changed flag command specific Response codes
245	Table 82 – Perform self test command specific Response codes Table 83 – Perform device reset command specific Response codes
246	Table 84 – Read additional device status value field Table 85 – Read additional device status command specific Response codes
247	Table 86 – Read additional device status value field Table 87 – Read additional device status command specific Response codes
248	Table 88 – Read device variable information value field Table 89 – Read device variable information response value field
249	Table 90 – Read device variable information command specific Response codes Table 91 – Write device variable value field Table 92 – Write device variable command specific response codes
250	Table 93 – Read Sub-Device Identity Summary value field
251	Table 94 – Read Sub-Device Identity Summary command specific response codes Table 95 – Read real-time clock value field
252	Table 96 – Read real-time clock command specific response codes Table 97 – Write publish data period value field Table 98 – Write publish data period command specific response codes
253	Table 99 – Write publish data trigger field
254	Table 100 – Write publish data trigger command specific response codes Table 101 – Publish data message trigger source
255	Figure 45 – Windowed trigger mode Figure 46 – Windowed trigger mode with maximum update time expired
256	Figure 47 – Level trigger mode Table 102 – Read publish data mode configuration request value field
257	Table 103 – Read publish data mode configuration response value field Table 104 – Read publish data mode configuration command specific response codes
258	Table 105 – Flush delayed responses command specific Response codes Table 106 – Write publish data mode configuration value field
259	Table 107 – Write publish data device variables command specific response codes Table 108 – Write publish data mode command number value field
260	Table 109 – Write publish data mode command number value field Table 110 – Write publish data mode command number command specific response codes
261	Table 111 – Write publish data mode control value field Table 112 – Write publish data mode control command specific response codes
262	Table 113 – Read event notification summary request value field
263	Table 114 – Read event notification summary response value field Table 115 – Read event notification summary command specific response codes
264	Table 116 – Write event notification bit mask value field Table 117 – Write event notification bit mask command specific response codes
265	Table 118 – Write event notification timing value field Table 119 – Write event notification timing command specific response codes
266	Table 120 – Write event notification control value field Table 121 – Write event notification control command specific response codes
267	Table 122 – Write event notification acknowledgement value field Table 123 – Write event notification acknowledgementcommand specific response codes
268	8.3.4 Layer management service specific APDU structures Table 124 – Write Join_key value field Table 125 – Write Join_key command specific response codes
269	Table 126 – Read join status value field Table 127 – Read join status command specific response codes Table 128 – Write Active_search_shed_time request value field
270	Table 129 – Write Active_search_shed_time response value field Table 130 – Write Active_search_shed_time command specific response codes Table 131 – Write Join mode configuration value field
271	Table 132 – Write Join mode configuration command specific response codes Table 133 – Read Join mode configuration response value field
272	Table 134 – Read Join mode configuration command specific response codes Table 135 – Write network_ID value field request value field Table 136 – Write network_ID value field response value field Table 137 – Write network_ID command specific response codes
273	Table 138 – Read network_ID value field Table 139 – Read network_ID command specific response codes
274	Table 140 – Write Network_tag value field Table 141 – Write Network_tag command specific Response codes Table 142 – Read Network_tag response value field
275	Table 143 – Read Network_tag command-specific response codes Table 144 – Read wireless device capabilities value field Table 145 – Read wireless device capabilities command specific response codes
276	Table 146 – Read battery life response value field Table 147 – Read battery life command-specific response codes
277	Table 148 – Report device health response value field Table 149 – Report device health command specific response codes Table 150 – Read neighbor health list request value field
278	Table 151 – Read neighbor health list response value field Table 152 – Read neighbor health list command specific response codes
279	Table 153 – Read device nickname response value field Table 154 – Read device nickname command-specific response codes Table 155 – Read session list request value field
280	Table 156 – Read session list response value field Table 157 – Read session list command specific response codes Table 158 – Read superframe list request value field
281	Table 159 – Read superframe list response value field Table 160 – Read superframe list command specific response codes Table 161 – Read link list request value field
282	Table 162 – Read link list response value field Table 163 – Read link list command specific response codes Table 164 – Read graph list request value field
283	Table 165 – Read graph list response value field Table 166 – Read graph list command specific response codes Table 167 – Read neighbor attribute flag request value field Table 168 – Read neighbor attribute flag response value field
284	Table 169 – Read neighbor attribute flag command specific response codes Table 170 – Read neighbor signal level request value field Table 171 – Read neighbor signal level response value field Table 172 – Read neighbor signal level command specific response codes
285	Table 173 – Report path down alarm response value field Table 174 – Report path down alarm command specific response codes
286	Table 175 – Report source route failed alarm response value field Table 176 – Report source route failed alarm command specific response codes Table 177 – Report graph route failed alarm response value field Table 178 – Report graph route failed alarm command specific response codes
287	Table 179 – Report transport layer failed alarm response value field Table 180 – Report transport layer failed alarm command specific response codes Table 181 – Write UTC time mapping value field Table 182 – Write UTC time mapping command specific response codes
288	Table 183 – Read UTC time mapping response value field Table 184 – Read UTC time mapping command specific response codes Table 185 – Write timer interval value field Table 186 – Write timer interval command specific response codes
289	Table 187 – Read timer interval request value field Table 188 – Read timer interval response value field
290	Table 189 – Read timer interval command specific response codes Table 190 – Write radio power output value field Table 191 – Write radio power output command specific response codes
291	Table 192 – Read radio power output response value field Table 193 – Read radio power output command specific response codes Table 194 – Request TimeTable value field
292	Table 195 – Response TimeTable value field Table 196 – Request TimeTable command specific response codes
293	Table 197 – Read TimeTable list request value field Table 198 – Read TimeTable list response value field
294	Table 199 – Read TimeTable list command specific response codes Table 200 – Delete TimeTable request value field Table 201 – Delete TimeTable response value field
295	Table 202 – Delete TimeTable command specific response codes Table 203 – Read route list request value field Table 204 – Read route list response value field
296	Table 205 – Read route list command specific response codes Table 206 – Read source route request value field Table 207 – Read source route response value field Table 208 – Read source route command specific response codes
297	Table 209 – Read CCA mode response value field Table 210 – Read CCA mode command specific response codes Table 211 – Write CCA mode value field
298	Table 212 – Write CCA mode command specific response codes Table 213 – Read handheld superframe response value field Table 214 – Read handheld superframe command specific response codes
299	Table 215 – Write handheld superframe value field Table 216 – Write handheld superframe command specific response codes Table 217 – Read packet hop-to-live response value field
300	Table 218 – Read packet hop-to-live command specific response codes Table 219 – Write packet hop-to-live value field Table 220 – Write packet hop-to-live command specific response codes
301	Table 221 – Read Join_priority response value field Table 222 – Read Join_priority command specific response codes Table 223 – Write Join_priority value field Table 224 – Write Join_priority command specific response codes
302	Table 225 – Read receive Priority_threshold response value field Table 226 – Read receive Priority_threshold command specific response codes Table 227 – Write receive Priority_threshold value field
303	Table 228 – Write receive Priority_threshold command specific response codes Table 229 – Read device list request value field Table 230 – Read device list response value field Table 231 – Read device list command specific response codes
304	Table 232 – Add device list entry request value field Table 233 – Add device list entry response value field
305	Table 234 – Add device list entry command specific response codes Table 235 – Delete device list entry request value field Table 236 – Delete device list entry response value field
306	Table 237 – Delete device list entry command specific response codes Table 238 – Read channel blacklist response value field Table 239 – Read channel blacklist command specific response codes
307	Table 240 – Write channel blacklist value field Table 241 – Write channel blacklist command specific response codes
308	Table 242 – Read back-off exponent response value field Table 243 – Read back-off exponent command specific response codes Table 244 – Write back-off exponent value field Table 245 – Write back-off exponent command specific response codes
309	Table 246 – Write network access mode value field Table 247 – Write network access mode command specific response codes
310	Table 248 – Read network access mode response value field Table 249 – Read network access mode command specific response codes Table 250 – Request Session request value field
311	8.3.5 Gateway and network manager specific APDU structures Table 251 – Request Session response value field Table 252 – Request Session command specific response codes Table 253 – Read network device identity request value field Table 254 – Read network device identity response value field
312	Table 255 – Read network device identity command specific response codes Table 256 – Read device’s neighbor health request value field Table 257 – Read device’s neighbor health response value field
313	Table 258 – Read device’s neighbor health command specific response codes Table 259 – Read network topology information request value field Table 260 – Read network topology information response value field
314	Table 261 – Read network topology information command specific response codes Table 262 – Read publish data message list request value field Table 263 – Read publish data message list response value field Table 264 – Read publish data message list command specific response codes
315	Table 265 – Flush cached value field Table 266 – Flush cached responses command specific response codes Table 267 – Read network device statistics request value field
316	Table 268 – Read network device statistics response value field Table 269 – Read network device statistics command specific response codes
317	Table 270 – Read network device identity request value field Table 271 – Read network device identity response value field Table 272 – Read network device identity command specific response codes
318	Table 273 – Write network device’s scheduling flags value field Table 274 – Write network device’s scheduling flags command specific response codes Table 275 – Read network device’s scheduling flags request value field
319	Table 276 – Read network device’s scheduling flags response value field Table 277 – Read network device’s scheduling flags command specific response codes Table 278 – Read network constraints value field Table 279 – Read network constraints command specific response codes
320	Table 280 – Write network constraints value field Table 281 – Write network constraints command specific response codes
321	Table 282 – Read network statistics response value field Table 283 – Read network command specific response codes Table 284 – Transfer network list to white list response value field Table 285 – Transfer network list to white list command specific response codes
322	Table 286 – Generate key request value field Table 287 – Generate key response value field Table 288 – Generate key command specific response codes
323	Table 289 – Read device join key request value field Table 290 – Read device join key response value field Table 291 – Read device join key command specific response codes
324	Table 292 – Write device join key Table 293 – Write device join key command specific response codes Table 294 – Change key now request value field
325	Table 295 – Change key now response value field Table 296 – Change key now command specific response codes Table 297 – Change key now response value field
326	Table 298 – Change key now command specific response codes Table 299 – Write stale data timer response value field Table 300 – Write stale data timer command specific response codes
327	Table 301 – Write stale data count request value field Table 302 – Write stale data count command specific response codes
328	Table 303 – Read session extended request value field Table 304 – Read session extended response value field Table 305 – Read session extended command specific response codes
329	Table 306 – Read device suspend settings response value field Table 307 – Read device suspend settings command specific response codes Table 308 – Read security level advertised response value field Table 309 – Read security level advertised command specific response codes
330	Table 310 – Reset availability statistics request value field Table 311 – Reset availability statistics command specific response codes Table 312 – Read active advertising status response value field Table 313 – Read active advertising status command specific response codes
331	Table 314 – Read join key mode response value field Table 315 – Read join key mode command specific response codes Table 316 – Write join key mode request value field
332	Table 317 – Write join key mode command specific response codes Table 318 – Read Timetable by ID request value field Table 319 – Read Timetable by ID response value field
333	8.3.6 Network management configuration specific APDU structures Table 320 – Read Timetable by ID command specific response codes Table 321 – Disconnect device value field Table 322 – Disconnect device command specific response codes
334	Table 323 – Write network key value field Table 324 – Write network key command specific response codes Table 325 – Write device nickname value field
335	Table 326 – Write device nickname command specific response codes Table 327 – Write session request value field Table 328 – Write session response value field
336	Table 329 – Write session command specific response codes Table 330 – Delete session request value field Table 331 – Delete session response value field
337	Table 332 – Delete session command specific response codes Table 333 – Write superframe request value field Table 334 – Write superframe response value field
338	Table 335 – Write superframe command specific response codes Table 336 – Delete superframe request value field Table 337 – Delete superframe response value field
339	Table 338 – Delete superframe command specific response codes Table 339 – Write link request value field Table 340 – Write link response value field
340	Table 341 – Write link command specific response codes Table 342 – Delete link request value field
341	Table 343 – Delete link response value field Table 344 – Delete link command specific response codes Table 345 – Write graph connection request value field
342	Table 346 – Write graph connection response value field Table 347 – Write graph connection command specific response codes Table 348 – Delete graph connection request value field
343	Table 349 – Delete graph connection response value field Table 350 – Delete graph connection command specific response codes Table 351 – Write neighbor attribute flag value field Table 352 – Write neighbor attribute command specific response codes
344	Table 353 – Write network suspend value field Table 354 – Write network suspend command specific response codes
345	Table 355 – Write TimeTable request value field Table 356 – Write TimeTable response value field Table 357 – Write TimeTable command specific response codes
346	Table 358 – Write route request value field Table 359 – Write route response value field Table 360 – Write route command specific response codes
347	Table 361 – Delete route request value field Table 362 – Delete route response value field Table 363 – Delete route command specific response codes
348	Table 364 – Write source route request value field Table 365 – Write source route response value field Table 366 – Write source route command specific response codes
349	Table 367 – Delete source route request value field Table 368 – Delete source route response value field Table 369 – Delete source route command specific response codes Table 370 – Write status counter mode request value field
350	Table 371 – Write status counter mode command specific response codes Table 372 – Write security level supported request value field Table 373 – Write security level supported command specific response codes
351	8.3.7 Data coding rules Figure 48 – Coding without identification Figure 49 – Coding of Integer type data Table 374 – Coding of Integer16 type data
352	Figure 50 – Coding of Unsigned type data Figure 51 – Coding of single precision floating point type data Table 375 – Coding of Unsigned16 type data
353	Figure 52 – Coding of double precision floating point type data Figure 53 – Coding of Date type data Table 376 – Coding for Date type
354	Table 377 – Coding of 1-octet Bit Field type data Table 378 – Coding of 2-octet Bit Field type data
355	8.4 Common procedures 8.4.1 Delayed response Table 379 – Packed ASCII character set Table 380 – Subset of ISO Latin-1 characters
356	Table 381 – DRM related response codes
357	Figure 54 – Normal DR operation
358	Figure 55 – Command responses during DR processing
359	8.4.2 Response time Figure 56 – Slaves with multiple DR buffers
360	8.5 FAL service protocol machine (FSPM) 8.5.1 General 8.5.2 FSPM state tables Figure 57 – State transition diagram of FSPM Table 382 – FSPM state Table – client transactions
362	8.5.3 Functions used by FSPM Table 383 – FSPM state Table – server transactions Table 384 – Function TransportType () Table 385 – Function PriorityType () Table 386 – Function FormReqApdu ()
363	8.5.4 Parameters of FSPM/ARPM primitives Table 387 – Function FormRspApdu () Table 388 – Function RetrieveCommand () Table 389 – Function CommandErr () Table 390 – Function ResponseCode () Table 391 – Function DeviceStat () Table 392 – Function Value ()
364	8.6 Application relationship protocol machines (ARPMs) 8.6.1 AREP mapping to transport layer Table 393 – Parameters used with primitives exchanged between FSPM and ARPM
365	8.6.2 Application relationship protocol machines (ARPMs)
366	Figure 58 – State transition diagram of the client ARPM Table 394 – Client ARPM states Table 395 – Client ARPM state table
367	8.6.3 AREP state machine primitive definitions Figure 59 – State transition diagram of the server ARPM Table 396 – Server ARPM states Table 397 – Server ARPM state table
368	8.6.4 AREP state machine functions 8.7 TL mapping protocol machine (TMPM) 8.7.1 TMPM states 8.7.2 TMPM state machines Figure 60 – State transition diagram of TMPM Table 398 – Primitives issued from ARPM to TMPM Table 399 – Primitives issued by TMPM to ARPM Table 400 – TMPM state descriptions
369	8.7.3 Primitives exchanged between transport layer and TMPM Table 401 – TMPM state Table – Client transactions Table 402 – TMPM state Table – Server transactions
370	8.7.4 Functions used by TMPM 9 Communication Profile Family 9 (HART™) 9.1 General Overview Table 403 – Primitives exchanged between network layer and TMPM Table 404 – CPF 9: overview of profile sets
371	9.2 Profile 9/1 9.3 Profile 9/2 9.3.1 Conformance statement
372	9.3.2 Device types Figure 61 – Wireless network components
374	9.3.3 Device worldwide applicability
375	9.3.4 Physical layer
376	Table 405 – CP 9/2: PhL selection Table 406 – CP 9/2: PhL protocol selection
377	Table 407 – Transceiver Specifications Table 408 – Frequency assignments
378	9.3.5 Data-link layer Table 409 – PHY PIB attributes
379	9.3.6 Application layer Table 410 – CP 9/2: DLL service selection Table 411 – CP 9/2: DLL protocol selection
380	Table 412 – CP 9/2: AL service selection
381	Table 413 – CP 9/2: Device application service selection
382	Table 414 – CP 9/2: Layer management service selection
383	Table 415 – CP 9/2: Gateway and network manager service selection
384	Table 416 – CP 9/2: Network management configuration service selection
385	Table 417 – CP 9/2: AL protocol selection Table 418 – Application process status values
386	Table 419 – CP 9/2: Device application service-specific APDU selection
387	Table 420 – CP 9/2: Layer management service-specific APDU selection
388	Table 421 – CP 9/2: Gateway and network manager service-specific APDU selection
389	Table 422 – CP 9/2: Network management configuration service-specific APDU selection
390	Annexes Annex A (normative) Security A.1 General
391	A.2 Joining A.2.1 The join sequence
393	Figure A.1 – Join sequence
397	A.2.2 The network layer join process Figure A.2 – Network layer join procedure
398	A.2.3 The data-link layer join process
399	Figure A.3 – Data-link layer join procedure
401	A.3 Network key change operation
402	A.4 Security management A.5 Maintenance Port Figure A.4 – Network Key change operation
404	Annex B (normative) Wireless procedures B.1 Initializing a wireless network B.2 Neighbor Discovery
405	B.3 Path failure Figure B.1 – Neighbor Discovery
406	B.4 Device leaving the network Figure B.2 – Path failure
407	Figure B.3 – Device leaving the network
408	Annex C (normative) Network management C.1 Overview Figure C.1 – Network manager in wireless network
409	C.2 Network manager functions Table C.1 – Network manager requirements
411	Annex D (normative) Gateway D.1 Overview D.2 Access point
412	Figure D.1 – Single network access point with clock Figure D.2 – Multiple network access points with clocks
413	D.3 Functions D.3.1 General requirements Figure D.3 – Network access point not providing clock
414	D.3.2 Adding new network devices D.3.3 Device configuration change status notifications D.3.4 Gateway change notification function D.3.5 Cached response messages
415	D.3.6 Service access point D.3.7 Communication between gateway and network manager Table D.1 – Cached Response Messages
416	Annex E (normative) Command response codes E.1 Overview E.1.1 General E.1.2 Response code classifications E.1.3 Reserved values Table E.1 – Response code values
417	E.1.4 Unimplemented command E.1.5 Busy E.2 Response code definitions E.2.1 General E.2.2 Value ‘0’ E.2.3 Value ‘1’ – single-definition error E.2.4 Value ‘2’ – single-definition error E.2.5 Value ‘3’ – single-definition error E.2.6 Value ‘4’ – single-definition error E.2.7 Value ‘5’ – single-definition error
418	E.2.8 Value ‘6’ – single-definition error E.2.9 Value ‘7’ – single-definition error E.2.10 Value ‘8’ – multi-definition warning E.2.11 Value ‘9’ – multi-definition error
419	E.2.12 Value ‘10’ – multi-definition error E.2.13 Value ‘11’ – multi-definition error E.2.14 Value ‘12’ – multi-definition error E.2.15 Value ‘13’ – multi-definition error
420	E.2.16 Value ‘14’ – multi-definition warning E.2.17 Value ‘15’ – multi-definition error E.2.18 Value ‘16’ – single-definition error E.2.19 Value ‘17’ – single-definition error E.2.20 Value ‘18’ – single-definition error E.2.21 Value ‘19’ – single-definition error E.2.22 Value ‘20’ – single-definition error
421	E.2.23 Values ‘21’to ‘23’ – single-definition error E.2.24 Values ‘24’to ‘27’ – single-definition warning E.2.25 Value ‘28’ – multi-definition error E.2.26 Value ‘29’ – multi-definition error E.2.27 Value ‘30’ – multi-definition warning E.2.28 Value ‘31’ – multi-definition warning E.2.29 Value ‘32’ – single-definition error E.2.30 Value ‘33’ – single-definition error E.2.31 Value ‘34’ – single-definition error
422	E.2.32 Value ‘35’ – single-definition error E.2.33 Value ‘36’ – single-definition error E.2.34 Values ‘37’ to ‘59’ – single-definition error E.2.35 Value ‘60’ – single-definition error E.2.36 Value ‘61’ – single-definition error E.2.37 Value ‘62’ – single-definition error E.2.38 Value ‘63’ – single-definition error E.2.39 Value ‘64’ – single-definition error E.2.40 Value ‘65’ – multi-definition error
423	E.2.41 Value ‘66’ – multi-definition error E.2.42 Value ‘67’ – multi-definition error
424	E.2.43 Value ‘68’ – multi-definition error E.2.44 Value ‘69’ – multi-definition error E.2.45 Value ‘70’ – multi-definition error E.2.46 Value ‘71’ – multi-definition error E.2.47 Values ‘72’ to ‘95’ – multi-definition error E.2.48 Values ‘96’ to ‘111’ – single-definition warning E.2.49 Values ‘112’ to ‘127’ – multi-definition warning
425	Annex F (normative) Common tables F.1 Overview F.1.1 General F.1.2 Enumeration F.1.3 Bit Field Table F.1 – Reserved values
426	F.2 Table definitions F.2.1 Publish mode control codes F.2.2 Write device variable codes Table F.2 – Publish mode control codes
427	F.2.3 Device variable family codes F.2.4 Device variable classification codes Table F.3 – Write device variable codes Table F.4 – Device variable family codes Table F.5 – Device variable classification codes
428	F.2.5 Analog channel saturated codes
429	F.2.6 Analog channel fixed codes F.2.7 Standardized status 0 codes F.2.8 Standardized status 1 codes Table F.6 – Analog channel saturated codes Table F.7 – Analog channel fixed codes Table F.8 – Standardized status 0 codes
430	F.2.9 Standardized status 2 codes F.2.10 Standardized status 3 codes Table F.9 – Standardized status 1 codes Table F.10 – Standardized status 2 codes Table F.11 – Standardized status 3 codes
431	F.2.11 Publish trigger mode codes F.2.12 Event notification control codes F.2.13 Event status codes F.2.14 Timetable request codes Table F.12 – Publish trigger mode codes Table F.13 – Event notification control codes Table F.14 – Event status codes
432	F.2.15 Timetable application domain codes F.2.16 Synchronous action control codes F.2.17 Real-time clock flags codes F.2.18 Wireless timer codes Table F.15 – TimeTable request codes Table F.16 – TimeTable application domain codes Table F.17 – Synchronous action control codes Table F.18 – Real-time clock flags codes
433	F.2.19 Device power source codes F.2.20 Link_type codes F.2.21 Link option flags codes Table F.19 – Wireless timer codes Table F.20 – Device power source codes Table F.21 – Link_type codes
434	F.2.22 Superframe mode flags codes F.2.23 Session_type codes F.2.24 Timetable deletion reason codes F.2.25 Disconnect cause codes Table F.22 – Link option flags codes Table F.23 – Superframe mode flags codes Table F.24 – Session_type codes Table F.25 – TimeTable deletion reason codes Table F.26 – Disconnect cause codes
435	F.2.26 Wireless operation codes F.2.27 Join process status codes F.2.28 Security type codes Table F.27 – Wireless operation codes Table F.28 – Join process status codes
436	F.2.29 Device list codes F.2.30 Network access mode codes Table F.29 – Security type codes Table F.30 – Device list codes
437	F.2.31 Device profile codes F.2.32 Device power status codes F.2.33 Neighbor flags codes Table F.31 – Network access mode codes Table F.32 – Device profile codes Table F.33 – Device power status codes
438	F.2.34 Notification mask codes F.2.35 Join mode codes F.2.36 Device scheduling flags codes F.2.37 Network optimization flags codes Table F.34 – Neighbor flags codes Table F.35 – Notification mask codes Table F.36 – Join mode codes Table F.37 – Device scheduling flags codes
439	F.2.38 Wireless capabilities codes F.2.39 CCA mode codes F.2.40 Wireless device connection status F.2.41 Wireless device health status Table F.38 – Network optimization flags codes Table F.39 – Wireless capabilities codes Table F.40 – CCA mode codes Table F.41 – Wireless device connection status
440	F.2.42 Change key flag codes F.2.43 Join key mode code Table F.42 – Wireless device health status Table F.43 – Change key flags codes Table F.44 – Join key mode code
441	Annex G (informative) Application of publish data mode and event commands G.1 Publish data mode operation G.1.1 Overview G.1.2 Configuring a device for publish data mode operation
442	G.1.3 Response for publish data mode operation Figure G.1 – Enabling or disabling publishing sequence
443	G.2 Event notification operation G.2.1 Overview G.2.2 Configuring a device event notification operation G.2.3 Handling of Event Notification in a Device
445	Annex H (informative) Network redundancy Figure H.1 – Network routing
446	Annex I (informative) Network manager implementation I.1 Overview I.2 Network manager model I.2.1 General
447	Figure I.1 – General model for network manager
448	I.2.2 Initializing the network manager I.2.3 Types of network devices Figure I.2 – Device type data model
449	I.2.4 Network routing Figure I.3 – Network routing
450	I.2.5 Network schedule
451	Figure I.4 – Network schedule
452	Figure I.5 – Example of a three-slot superframe Figure I.6 – Multiple superframes in a network
454	I.2.6 Security manager I.2.7 Detailed model of the network manager Figure I.7 – Security manager
455	Figure I.8 – Detailed model of the network manager
456	I.3 Routing I.3.1 General I.3.2 Routing requirements I.3.3 Routing strategy Table I.1 – Routing requirements
457	I.4 Scheduling I.4.1 General I.4.2 Scheduling requirements Table I.2 – Scheduling requirements
458	I.4.3 Scheduling strategy
459	I.4.4 Networking scheduling example
460	Figure I.9 – Four network device wireless network Table I.3 – Superframe ID 1: 1 s update rate, superframe length 100
461	Table I.4 – Superframe ID 4: 4 s update rate, superframe length 400 Table I.5 – Superframe ID 0: management superframe Table I.6 – Join request (shared with management responses) Table I.7 – Join response (shared with management requests)
462	Table I.8 – Commands Table I.9 – Command responses Table I.10 – Device A
463	Table I.11 – Device B Table I.12 – Device C Table I.13 – Device D
464	I.5 Network manager interface I.5.1 General Figure I.10 – APDU sequences
465	I.5.2 Initializing a wireless network Table I.14 – Network manager universal commands
466	I.5.3 Allocating communication resources Figure I.11 – Initializing a wireless network
467	I.5.4 Adjusting network schedule Figure I.12 – Allocating and using network resources
468	I.5.5 Health reports Figure I.13 – Adjusting network schedule Figure I.14 – Health reports
469	Annex J (informative) Gateway implementation J.1 Overview J.2 Gateway model J.2.1 General
470	J.2.2 Host interface J.2.3 Logical network device Figure J.1 – General model for gateway
471	J.2.4 Physical network device J.2.5 Communication interface Figure J.2 – Logical network device Figure J.3 – Physical network device
472	J.2.6 Cached response messages
473	J.3 Gateway management J.3.1 Addressing J.3.2 Retry mechanisms J.3.3 Power-on-reset
474	J.3.4 Network access point reset J.3.5 Gateway reset J.3.6 Re-build publish data periodic data
475	J.3.7 Gateway self test J.3.8 Adding new network device J.3.9 Device configuration change status notifications J.4 Gateway superframe J.5 Gateway change notification services
476	Figure J.4 – Managing notification services Table J.1 – Required command responses
477	J.6 HART™ commands interface J.6.1 General J.6.2 Host to gateway command request and response
478	J.6.3 Pass-through of HART™ command request and response J.6.4 Caching publish data command response messages J.6.5 Gateway status error flag bits J.6.6 Gateway additional status flags Table J.2 – Gateway status flags
479	J.6.7 Gateway capacities J.6.8 Gateway commands Table J.3 – Gateway capacity guidelines
480	Annex K (informative) Handheld device K.1 Overview K.2 Maintenance port connection K.3 Network device connection K.3.1 General
481	K.3.2 Install session keys K.3.3 View network diagnostics and health reports K.4 Network connection as a maintenance device
482	Annex L (informative) Application of WirelessHART Commands L.1 Provisioning L.1.1 General L.1.2 Basic Provisioning L.1.3 Joining
483	L.1.4 Enabling Faster Network Detection and Joining L.1.5 Adjusting Transmit Power L.2 Managing Superframes and Links
484	L.3 WirelessHART Handheld Support
485	L.4 Specifying and Managing Routes
486	L.5 Security L.5.1 General L.5.2 TDMA Data-Link Key Management L.5.3 Session Key Management
487	L.5.4 Access Control
488	L.5.5 Simple Key Management L.6 Device Lists
489	L.7 Network Management Commands L.7.1 General L.7.2 Bandwidth Management
490	L.7.3 Network Maintenance
491	L.7.4 Coexistence L.7.5 Device Management
492	L.8 Network Health Reporting and Status
493	L.9 Gateway Commands L.9.1 General L.9.2 Device Identification L.9.3 Network Information and Statistics
494	L.9.4 Network Management L.9.5 Cache Management
496	Annex M (informative) Regional modification for compliance with ETSI standards M.1 General M.2 Compliance with EN 300 440-2 M.3 Compliance with EN 300 328 M.3.1 General Table M.1 – Applicable EN 300 440-2 requirements list
497	M.3.2 Adaptive M.3.3 Non-Adaptive Table M.2 – Applicable EN 300 328 requirements list for adaptivity
498	Table M.3 – Applicable EN 300 328 requirements list for non-adaptivity
499	Figure M.1 – Consecutive Transmit Sequence
500	Figure M.2 – ACK-Transmit Sequence
501	Bibliography

Published By	Publication Date	Number of Pages
BSI	2016	502


PDF Format	Searchable	Printable	Preview Now

Status	Withdrawn
Title	Industrial communication networks. Wireless communication network and communication profiles. WirelessHARTTM
Replaces	BS EN 62591:2010
Publisher	BSI
Committee	GEL/65/3
Pages	502
Publication Date	2016-09-30
Withdrawn Date	2021-03-26
ISBN	978 0 580 85021 9
Standard Number	BS EN 62591:2016
Identical National Standard Of	EN 62591:2016, IEC 62591:2016, EN 62127-2:2007, IEC 62127-2:2007
Descriptors	Open systems interconnection, Network layer (OSI), Interfaces (data processing), Data processing, Automatic control systems, Process control, Communication procedures, Radiocommunication, Fieldbus, Data transmission, Computer networks, Industrial, Communication networks, Bus networks
ICS Codes	35.100.05 - Multilayer applications

BS EN 62591:2016

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BS EN 62591:2016:2021 Edition