GB/T 29910.5-2013 English PDFUS$8714.00 · In stock
Delivery: <= 10 days. True-PDF full-copy in English will be manually translated and delivered via email. GB/T 29910.5-2013: Industrial communication networks -- Fieldbus specifications -- Type 20 HART specification -- Part 5: Wireless HART wireless communication network and communication profile Status: Valid
Basic dataStandard ID: GB/T 29910.5-2013 (GB/T29910.5-2013)Description (Translated English): Industrial communication networks -- Fieldbus specifications -- Type 20 HART specification -- Part 5: Wireless HART wireless communication network and communication profile Sector / Industry: National Standard (Recommended) Classification of Chinese Standard: N10 Classification of International Standard: 25.040 Word Count Estimation: 436,491 Quoted Standard: GB/T 29910.3-2013; GB/T 29910.4-2013; IEC 60559; IEC/TR 61158-1-2010; IEC 61784-2-2010; ISO/IEC 7498-1; ISO/IEC 8824; ISO/IEC 8859-1; ISO/IEC 9545; ISO/IEC 10731; IEEE 802-2001; IEEE 802.15.4-2006; IEC 61784-1-2010 Adopted Standard: IEC 62591-2010, IDT Regulation (derived from): National Standards Bulletin No. 25 of 2013 Issuing agency(ies): General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China Summary: This standard specifies the following several aspects of WirelessHART wireless communications network: the physical layer service definition and protocol specification; data link layer services and protocols; application layer services and protocols; netw GB/T 29910.5-2013: Industrial communication networks -- Fieldbus specifications -- Type 20 HART specification -- Part 5: Wireless HART wireless communication network and communication profile---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order. . Industrial communication networks Fieldbus specifications Type 20 HART specification Part 5. Wireless HART wireless communication network and communication profile ICS 25.040 N10 National Standards of People's Republic of China Industrial communication networks - Fieldbus specifications Type 20. HART specification Part 5. WirelessHART Wireless communication network and communication profile Type20HARTspecification-Part 5. WirelessHARTwirelesscommunication (IEC 62591.2010, Industrialcommunicationnetworks- WirelessHART, IDT) Issued on. 2014-05-01 2013-12-17 implementation Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China Standardization Administration of China released Table of ContentsPreface ⅩⅦ 1 Scope 1 2 Normative references 1 3 Terms, definitions, symbols, abbreviations and conventions 2 Terms and Definitions 3.1 Reference Model 2 3.2 Other standard terms and definitions 2 3.3 specific terms and definitions 4 3.4 Acronyms 11 3.5 Conventions 13 4 Physical layer specification and service definition 21 4.1 Physical Layer Service Definition 21 4.2 Physical Layer Protocol Specification 25 5 WirelessHART data link layer service definition 25 5.1 Data link layer service 25 5.2 Network Layer Service 35 5.3 39 Transport Layer Services 6 WirelessHART data link layer protocol specification 46 6.1 Overview 46 LLC 6.2 50 6.3 MAC 60 6.4 DL management information 83 6.5 Network Layer 84 6.6 Transport Layer 102 7 WirelessHART Application layer service definition 110 7.1 Public Concepts 110 7.2 Data Type ASE 110 7.3 Communication Model Specification 118 8 Application layer protocol specification 197 8.1 Abstract Syntax 197 8.2 Transfer Syntax 197 8.3 General Regulations 300 8.4 FAL service protocol machine (FSPM) 304 8.5 application protocol machine relationship (ARPM) 309 8.6 TL 314 Mapping Protocol 9 communication profile family CPF9 (HARTTM) 316 9.1 Overview 316 9.2 profiles 317 9/1 9.3 profiles 317 9/2 Appendix A (normative) Information Security (Security) 336 336 A.1 Overview A.2 added (Joining) 337 A.3 Network key replacement operation 344 A.4 Information Security Management 345 A.5 maintenance port 345 Appendix B (normative) wireless protocol 347 B.1 initialize wireless network 347 B.2 Neighbor Discovery 347 B.3 path fails 348 B.4 device leaves the network 349 Annex C (normative) network management 351 C.1 Overview 351 C.2 Network Manager function 352 Annex D (normative) Gateway 354 D.1 Overview 354 D.2 Access Point 354 D.3 function 356 Appendix E (normative) command response code 359 359 E.1 Overview E.2 response code 360 \u200b\u200bis defined Annex F (normative) common table 367 F.1 Overview 367 F.2 Table Definition 368 Annex G (informative) published data schema and application event commands 381 G.1 publish data mode 381 G.2 event notification operation 383 Annex H (normative) 384 Network Redundancy Annex I (informative) network manager to achieve 385 I.1 Overview 385 I.2 Network Manager Model 385 I.3 Route 393 I.4 scheduling 394 I.5 Network Interface Manager 401 Appendix J (informative) gateway implementations 406 J.1 Overview 406 J.2 Gateway Model 406 J.3 Gateway Management 410 J.4 gateway superframe 412 J.5 Gateway Change Notification Service 412 J.6 Command Interface 413 Annex K (informative) handheld device 416 K.1 Overview 416 K.2 416 maintenance port connection K.3 network device 416 K.4 network connection as the maintenance of equipment 417 References 418 Example 1 Superframe class 19 2 inheritance example Figure 20 Figure 3 basic polymerization example 20 4 combination of polymerization example 20 Figure 5 Network layer service sequence 22 FIG. 6 error-free message service sequence 27 7 error message service sequence 28 Figure 8 only 28 received message service Figure 9 NLL sequence data transmission services 35 10 error-free data transmission services sequence 40 11 Error sequence 41 of data transmission services Figure 12 TDMA slot and a super-frame 47 13 channel hopping 48 14 Wi-Fi 49 15 DLPDU structure 50 Figure 16 address classifier 51 EUI-64 Chart 178 octets 52 Figure 18 DLPDU classifier 52 19 specific slot timing 61 summary Figure 20 DLE 63 tables and their relationships 21 Link Scheduling relations 69 Figure 22 MAC composed of 72 Figure 23 TDMA state machine 73 Figure 24 XMIT state machine 77 Figure 25 RECV state machine 80 Figure 26 ACK transmission state machine 82 Figure 27 Figure Routing (Graph1 and Graph2) 85 28 86 Source Routing Figure 29 NPDU structure 87 Figure 30 NPDU control octet (Bit7) 87 31 security control octet (Bit) 88 Table and graph 32 NLE 94 Figure 33 NLE state machine 97 Figure 34 NPDU routing decisions 99 Figure 35 TPDU structure 102 Figure 36 TPDU Control octet 102 Figure 37 transfer client data transfers state machine 107 Figure 38 transfer client data exchange state machine 107 Figure 39 transfer server state machine 108 Figure 40 Class Hierarchy Data Type 111 41 request from the master station to station 198 APDU format Figure 42 slave to the master's normal response APDU format 199 Figure 43 slave to the master station command error response APDU format 199 44 polymerized command APDU 200 Figure 45 Window trigger mode 212 46 beyond the maximum refresh cycle window trigger mode 212 47 213 limit trigger mode 48 integer type data encoding 295 Figure 49 integer type data encoding 296 50 unsigned data encoding 296 51 single-precision floating-point data type coding 297 52 double precision floating point data type coding 297 Figure 53 Date type data encoding 298 54 normal operation of DR 301 Command of the operation in response to 55 DR 302 Figure 56 has a multi-DR from the buffer station 303 Figure 57 FSPM state transition diagram 304 Figure 58 ARPM client state transition diagram 311 59 server APPM state transition diagram 312 Figure 60 TMPM state transition diagram 314 61 wireless network equipment consisting of 318 Figure A.1 join sequence 338 Figure A.2 network layer joining process 341 Figure A.3 accession process data link layer 343 Figure A.4 network key replacement operation 345 Figure B.1 neighbor discovery 348 Figure B.2 path fails 349 Figure B.3 leave the network device 350 Figure C.1 wireless network network management 351 Figure D.1 single network access point with a clock 355 Figure D.2 more network access point 355 with a clock Figure D.3 Unavailable clock network access point 356 Figure G.1 order to enable or disable released 382 Figure H.1 network routing 384 Generic Model Figure I.1 network manager 386 Figure I.2 device type data model 387 Figure I.3 network routing 388 Figure I.4 network scheduling 389 Example Figure I.5 three time slot superframe 390 Figure I.6 network of more than 390 super-frame Figure I.7 Security Manager 392 Details Model Diagram I.8 network manager 392 Figure I.9 four network equipment wireless network 397 Figure I.10 APDU sequence 402 Figure I.11 initialize wireless network 403 Figure I.12 allocation and use of network resources 404 Figure I.13 adjust network scheduling 404 Figure I.14 Health Status Report 405 Figure J.1 general model Gateway 407 Figure J.2 logical network device 408 Figure J.3 physical network device 408 Figure J.4 Management Notification Service 413 Table 1 state machine with 18 conventions Table 2 Relationship category symbol 19 Table 3 Multiple symbol 21 Table 4 PH-ENABLE primitives and parameters 22 Table 5 PH-CCA primitives and parameters 23 Table 6 PH-DATA primitives and parameters 23 Table 7 PHM-Set primitives and parameters 24 Table 8 PHM-Get primitive and services 25 Table 9 DL-TRANSMIT primitives and parameters 29 Table 10 DL-RECEIVE primitives and parameters 30 Table 11 DL-Disconnect primitives and parameters 31 Table 12 DL-PATH-FAILURE primitives and parameters 31 Table 13 DL-ADVERTISE primitives and parameters 32 Table 14 DL-NEIGHBOR primitives and parameters 32 Table 15 DLM-SET primitives and parameters 32 Table 16 DLM-GET primitives and parameters 33 Table 17 DLM-ACTION primitives and parameters 34 Table 18 NL-TRANSMIT primitives and parameters 36 Table 19 NLM-Set primitives and parameters 37 Table 20 NLM-Get primitive and parameters 38 Table 21 NLM-Action primitives and parameters 39 Table 22 TL-DATA-TRANSFER primitives and parameters 41 Table 23 TL-DATA-EXCHANGE primitives and parameters 43 Table 24 TLM-Set primitives and parameters 44 Table 25 TLM-Get primitive and parameters 45 Table 26 Network_ID allocated 51 Table 27 ACKDLPDU loading content 54 Table 28 ACK response code 54 Table of contents 29 AdvertiseDLPDU load 56 Table 30 superframe starting 56 Table 31 "Superframesize" field after 56 Table 32 duplicates of each link 56 Table 33 and channel 57 frequency assignment Table 34 slot timing and value definitions 61 The minimum number of buffer space and tables Table 35 DLE requirements of 63 entries Table 36 superframe 64 property Table 37 link attributes 64 Table 38 neighbors properties and variables 65 Table 39 Figure 67 Properties Table 40 package record (Packetrecord) 67 Example 70 Table 41 Backoff_cntr optional set Table 42 TDMA state transition table 73 Table 43 XMIT state transition table 78 Table 44 RECV state transition table 80 Table 45 ACK transmission state machine 83 Table 46 DL 83 properties Table 47 DL action 84 Table 48 Counter Value 89 90 Table 49 Session Properties Table 50 NPDU of Nonce 91 The minimum space requirements Table 94 Table 51 NLE Table 52 Route 94 property Table 53 95 Source Routing properties Table 54 Schedule Properties 95 Table 55 NLE state 96 Table 56 NPDU structure 98 Table 57 routing operation 100 Table 58 NL 101 properties Table 59 NL action 101 Table 60 Transmission Pipe Properties 103 Table coded transmission control 61 TL-DATA-TRANSFER request 104 Table 62 TL-DATA-EXCHANGE request transmission control coding 104 Table coded transmission control 63 TL-DATA-EXCHANGE response 105 Table 64 client data transfer status table 106 Table 65 client data exchange state table 107 Table 66 server status table 109 Table 67 summarizes the data type 118 Table 68 Value 119 response code Table 69 read service parameters 122 Write service parameters Table 70 123 Table 71 Information Reporting Service parameter 125 Table 72 action service parameter 126 Table 73 AR-GetAttribute service parameters 195 Table 74 AR-SetAttribute service parameters 195 Table 75 summarizes Class 196 Table 76 AREP proven services like 196 Table 77 AREP class of non-confirmed service 196 Table 78 197 response code value Table 79 Extendedstatus value 198 Table 80 reset configuration changed flag Value field 202 Table 81 reset configuration changed flag command-specific response code 202 Table 82 performs a self-command-specific response code 203 Table 83 Perform device reset command-specific response code 203 Table 84 Value read additional device status field 204 Table 85 Additional Reading Device Status command-specific response code 204 Table 86 reset more available state Value field 205 Table 87 reset command more available state-specific response code 205 Table 88 Value of the reading device variable information field 206 Table 89 variable information reading device 206 in response to the Value field Table 90 variable information read device-specific command response code 206 Table 91 Write device variable Value field 207 Table 92 Write device variable command-specific response code 207 Table 93 of the Value field to read the real-time clock 208 Table 94 read real time clock command-specific response code 209 Table 95 released data write cycle Value field 209 Table 96 released data write cycle command-specific response code 209 Table 97 released data write trigger Value field 210 Table 98 released data write command triggers a specific response code 211 Table 99 released data trigger source 211 Value Table Field Post 100 reads data mode configuration requests 213 Table 101 reads data release mode configuration Response Value field 213 Table 102 reads data release mode configuration commands specific response code 214 Table 103 cleared delayed response command code 215 Table 104 Write publish data on the device variables Value field 215 Table 105 Write publish data on the device-specific commands variable response code 216 Table 106 Write to publish data mode command number Value field 216 Table 107 Write to publish data mode command field Value No. 217 Table 108 Write Mode Command No. Command released data specific response code 217 Table 109 Write publish data mode control field 218 Value Table 110 Write to publish data mode control commands specific response code 218 Read the summary table 111 event notification request Value field 219 Value field event notification summary table 112 read 220 responses Table 113 reads event notification summary of the command-specific response code 220 Table 114 write event notification bit mask field 220 Value Table 115 write event notification bit mask command-specific response code 221 Table 116 write event notification timing Value field 221 Table 117 write event notification timing of command-specific response code 222 Table 118 write event notification control Value field 222 Table 119 write event notification control command-specific response code 223 Table 120 write event notification acknowledgment Value field 223 Table 121 write event notification confirmation command-specific response code 224 Table 122 Write Value added key field 224 Write table 123 is added specific key command response code 225 Table 124 is added to read the state of the Value field 225 Read status command table 125 is added specific response code 226 Table 126 Write actively searching for a threshold time requested Value field 226 Table 127 Write actively searching for a threshold response time field 226 Value Table 128 Write actively searching for a threshold time command-specific response code 226 Table 129 Write mode configuration Value added field 227 Write table 130 is added specific mode configuration command response code 227 Read mode configuration table 131 is added in response to the Value field 228 Table 132 is added to read mode configuration commands specific response code 228 Table 133 Write the network ID field 229 Value Write the network ID table 134 command-specific response code 229 Table 135 Value read network ID field 230 Table 136 Network ID read command-specific response code 230 Table 137 Network write tag Value field 230 Table 138 Network tab-specific commands write response code 230 Value fields table 139 read tag response network 231 Table 140 Network tab-specific commands read response code 231 Table 141 wireless reading device capabilities field 232 Value Table 142 wireless reading device capability command-specific response code 232 Table 143 read battery life Response Value field 232 Battery life table 144 read command specific response code 233 Value fields of the table 145 in response to the report device health 233 Table 146 device health reporting specific command response code 233 Table 147 read a list of the health status of the neighbor field 234 requests Value Table 148 read a list of the health of neighbors in response to the Value field 234 Table 149 read neighbor list commands specific health status response code 234 Value table field 150 reading device 235 in response to a nickname Table 151 reading device nickname command-specific response code 235 Table Value field 152 reading session list request 236 Table 153 read a list of conversations Response Value field 236 Table 154 reading session list command specific response code 236 Value fields table 155 read superframe list request 237 Table 156 lists read superframe 237 Response Value field Table 157 reads superframe list commands specific response code 237 Value Field list request table 158 read link 238 Table 159 read a list of links in response to the Value field 238 Table 160 read link list commands specific response code 238 Value table field list request 239 161 Dutu Table 162 List Picture stories Response Value field 239 Table 163 Dutu list commands specific response code 239 Value field attribute flags neighbor table 164 read requests 240 Table 165 read attribute flags neighbor Response Value field 240 Table 166 read attribute flags neighbor command specific response code 240 Table 167 neighbor read the signal level requested Value field 240 Table 168 neighbor read the signal level in response to the Value field 241 Table 169 neighbor read the signal level of the command-specific response code 241 Table 170 reports path failure alarm Response Value field 241 Table 171 reports command path fails alarm specific response code 242 Table 172 reports the source routing failure alarm response Value field 242 Table 173 reports the source routing failure alarm command-specific response code 242 FIG routing table 174 report failure alarm response Value field 243 Table 175 Report Figure failure alarm routing commands specific response code 243 Table 176 reports the transfer layer failure alarm Response Value field 243 Table 177 reports the transfer layer failure alarm command-specific response code 243 Table 178 Write UTC time map of the Value field 244 UTC time map table 179 Write command-specific response code 244 UTC time map table read 180 responses Value field 244 181 UTC time map table read commands specific response code 244 Table 182 Write to timer interval field 245 Value Table 183 Write command interval timer specific response code 245 Table 184 requests a read timer interval field 246 Value Table 185 Reading interval timer 246 in response to the Value field Table 186 read timer interval command specific response code 246 Table 187 Write RF power output of 246 Value field RF power output Table 188 Write command specific response code 247 Table 189 read RF power output in response to the Value field 247 Table 190 read RF power output of a particular command response code 248 Value Field Table 191 248 request schedule Table 192 requests a specific timetable for the command response code 248 Table Value field 193 reading schedule list request 249 Table 194 reading schedule list Response Value field 250 Table 195 read a list of commands specific timetable response code 250 Table 196 Delete schedule requested Value field 251 Table 197 Delete schedule Response Value field 251 198 Table command to delete a specific timetable for response code 251 Value field routing table 199 read list request 252 Read the routing list table 200 in response to the Value field 252 Table 201 reads a list of command-specific routing response code 252 Value field source routing table 202 read requests 253 203 reads source routing table Response Value field 253 204 source routing table read commands specific response code 253 Table 205 reads CCA mode Response Value field 253 Table 206 CCA read mode command-specific response code 254 Table 207 CCA write mode Value field 254 Table 208 CCA write mode command-specific response code 254 209 hand-held meter reading superframe Response Value field 255 210 hand-held meter reading superframe command-specific response code 255 Table 211......Tips & Frequently Asked Questions:Question 1: How long will the true-PDF of GB/T 29910.5-2013_English be delivered?Answer: Upon your order, we will start to translate GB/T 29910.5-2013_English as soon as possible, and keep you informed of the progress. 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