🔥🔥 Don’t Miss Out on Our End of Autumn Sale. If you have any questions, feel free to click the bottom right corner to contact our customer service..

Concat us[email protected]
Shopping Cart

No products in the cart.

🔍
BS EN 62601:2016:2021 Edition

BS EN 62601:2016:2021 Edition

$256.21

Industrial networks. Wireless communication network and communication profiles. WIA-PA

Published By Publication Date Number of Pages
BSI 2021 230
PDF Format Searchable Printable Preview Now
Guaranteed Safe Checkout
Categories: ,

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

This International Standard specifies the system architecture and the communication protocol of Wireless networks for Industrial Automation – Process Automation (WIA-PA) that is built on IEEE STD 802.15.4-2011.

PDF Catalog

PDF Pages PDF Title
2 undefined
7 English
CONTENTS
18 FOREWORD
20 1 Scope
2 Normative references
3 Terms, definitions and abbreviations
3.1 Terms and definitions
24 3.2 Abbreviations
26 4 Definition of data types
27 5 WIA-PA overview
5.1 Device types
5.2 Network topology
Tables
Table 1 – Definition of data types
28 Figures
Figure 1 – Example of WIA-PA physical topology (combination of star and mesh)
Figure 2 – Example of WIA-PA physical topology (star-only)
29 5.3 Protocol architecture
Figure 3 – OSI basic reference model mapped to WIA-PA
30 5.4 Interconnection
Figure 4 – The architecture of WIA-PA gateway
31 6 System management
6.1 General
Figure 5 – DMAP in system management
32 6.2 Framework of system management
33 6.3 Joining process
6.3.1 Provisioning process
Figure 6 – Hybrid centralized and distributed system management scheme
34 6.3.2 Joining process of routing device
Figure 7 – Joining process of routing device through the gateway device
35 6.3.3 Joining process of field device
Figure 8 – Joining process of routing device through an online routing device
36 6.3.4 Addressing and address assignment
Figure 9 – Joining process of field device through a gateway device
Figure 10 – Joining process of field device through a routing device
Figure 11 – Long address structure of device
37 6.4 Virtual Communication Relationship (VCR)
6.4.1 Definition
Figure 12 – Short address structure of routing device
Figure 13 – Short address structure of field device
38 6.4.2 Protocol support for VCR
6.4.3 VCR establishment
Table 2 – Protocol support for VCR
39 6.4.4 VCR release
6.5 Routing configuration and communication resource allocation
6.5.1 Routing configuration
6.5.2 Framework of communication resource allocation
40 6.5.3 DLPDU priority and scheduling rules
6.5.4 Communication resource allocation to routing device
Figure 14 – An example of resource allocation
41 Figure 15 – Allocation process of routing device’s communication resources
42 6.5.5 Communication resource allocation to field device
43 Figure 16 – Allocation process of field device’s communication resources
44 6.6 Aggregation and disaggregation
6.6.1 Aggregation
Table 3 – Relations between VCR and aggregation function
46 6.6.2 Disaggregation
6.6.3 An example of the two level aggregation process
Table 4 – Format of aggregated data followed by field device’s DAGO
Table 5 – Format of aggregated packet followed by routing device’s PAGO
47 Figure 17 – Example of aggregation and disaggregation
48 6.6.4 Management of aggregation and disaggregation objects
Table 6 – DAGO class attributes
Table 7 – DAGO instance attributes
49 Table 8 – MEM_STRUCT structure
Table 9 – PAGO class attributes
Table 10 – PAGO instance attributes
Table 11 – DGO class attributes
50 6.7 Performance monitoring
6.7.1 Path failure report
6.7.2 Device status report
Figure 18 – Process of path failure report
Figure 19 – Device status report process of field device
Table 12 – DGO instance attributes
51 6.7.3 Channel condition report
6.8 Leaving process
6.8.1 General
6.8.2 Leaving process of routing device
Figure 20 – Device status report process of routing device
Figure 21 – Process of channel condition report
52 Figure 22 – Active leaving process of routing device
Figure 23 – Passive leaving process of routing device
53 6.8.3 Leaving process of field device
Figure 24 – Active leaving process of field device (leaving from gateway device)
Figure 25 – Active leaving process of field device (leaving from routing device)
54 6.9 Management information base and services
6.9.1 Management information base
Figure 26 – Passive leaving process of field device (leaving from gateway device)
Figure 27 – Passive leaving process of field device (leaving from routing device)
55 Table 13 – Unstructured attributes (1 of 5)
60 Table 14 – Structured attributes
61 Table 15 – NLRoute_Struct structure
Table 16 – Superframe_Struct structure
62 Table 17 – Link_Struct structure
63 Table 18 – Neighbour_Struct structure
Table 19 – ChanCon_Struct structure
64 Table 20 – Device_struct structure (1 of 3)
66 Table 21 – VCR_Struct structure
67 Table 22 – DevConRep_Struct structure
Table 23 – Key_Struct structure
Table 24 – ObjList_Struct structure
68 6.9.2 MIB services
Table 25 – DMAP-MIB-GET.request parameters
69 Table 26 – DMAP-MIB-GET.confirm parameters
Table 27 – DMAP-MIB-SET.request parameters
70 7 Physical layer
7.1 General
Table 28 – DMAP-MIB-SET.confirm parameters
71 7.2 General requirements based on IEEE STD 802.15.4-2011
Table 29 – PHY protocol selection
72 7.3 Additional requirements
7.3.1 General
7.3.2 Frequency allocations
7.3.3 Channel numbers and frequency assignments
7.3.4 Radio transceivers
7.3.5 Unspecified or improved required radio performance
Table 30 – Frequency band and data rate
Table 31 – Frequency assignments
73 7.3.6 Transmit power
7.3.7 Output power control
7.3.8 Receiver sensitivity
7.3.9 PHY PIB attributes
Table 32 – PHY PIB attributes (1 of 2)
74 8 Data link layer
8.1 General
8.2 Protocol stack
Figure 28 – WIA-PA DLL protocol stack
75 8.3 MAC overview and function extension
8.3.1 MAC overview
8.3.2 General requirements based on IEEE STD 802.15.4-2011
76 Table 33 – MAC protocol selection (1 of 2)
78 8.3.3 MAC function extension
Table 34 – MAC PIB attributes
Table 35 – MAC extended PIB attributes
79 8.4 DLSL function description
8.4.1 General
Table 36 – Beacon payload
Table 37 – Format of Capability Information field
80 8.4.2 Coexistence
8.4.3 Timeslot communication
Figure 29 – WIA-PA DLSL reference model
81 8.4.4 WIA-PA superframe
8.4.5 Frequency hopping
Figure 30 – WIA-PA superframe
82 Table 38 – Hopping mechanisms
83 8.4.6 Transmission of long cycle data
Figure 31 – R1, R2 and R3 superframe structures
84 8.4.7 Retry strategy
8.4.8 Management service
8.4.9 Radio link quality and channel condition measurement
Figure 32 – An example of long cycle data transmission
85 8.4.10 Security
8.4.11 Country code
8.4.12 DLSL state machine
86 Figure 33 – DLSL state machine for device joining
87 Table 39 – DLSL state transitions for device joining
88 Figure 34 – DLSL state machine for in-network running
Table 40 – DLSL state transitions for in-network running (1 of 3)
91 8.5 Data link sub-layer data services
8.5.1 General
8.5.2 DLDE-DATA.request
92 8.5.3 DLDE-DATA.confirm
Table 41 – DLDE-DATA.request parameters
93 8.5.4 DLDE-DATA.indication
Table 42 – DLDE-DATA.confirm parameters
Table 43 – Status table
94 8.5.5 Time sequence of DLSL data service
Figure 35 – Time sequence of data service
Table 44 – DLDE-DATA.indication parameters
95 8.6 Data link sub-layer management services
8.6.1 General
8.6.2 Network discovery services
Table 45 – DLME-DISCOVERY.request parameters
96 Table 46 – DLME- DISCOVERY.confirm parameters
Table 47 – Network descriptor list
97 8.6.3 Device joining services
Figure 36 – Time sequence of network discovery
98 Table 48 – DLME-JOIN.request parameters
Table 49 – DLME-JOIN.indication parameters
99 8.6.4 Device leaving services
Table 50 – DLME-JOIN.response parameters
Table 51 – DLME-JOIN.confirm parameters
100 Table 52 – DLME-LEAVE.request parameters
Table 53 – DLME-LEAVE.indication parameters
Table 54 – DLME-LEAVE.confirm parameters
101 8.6.5 DLME-CHANNEL-CONDITION.indication
8.6.6 DLME-NEIGHBOUR-INFO.indication
Table 55 – DLME-CHANNEL-CONDITION.indication parameters
Table 56 – DLME-NEIGHBOUR-INFO.indication parameters
102 8.6.7 DLME-COMM-STATUS.indication
8.6.8 Keep-alive services
Table 57 – DLME-COMM-STATUS.indication parameters
103 8.6.9 Time synchronization services
Table 58 – DLME -KEEP-LIVE.confirm parameters
Table 59 – DLME -KEEP-LIVE.indication parameters
Table 60 – DLME-TIME-SYN.request parameters
104 8.7 DLSL frame formats
8.7.1 General frame format
Figure 37 – General frame format
Table 61 – DLME -TIME-SYN.confirm parameters
Table 62 – DLME-TIME-SYN.indication parameters
105 8.7.2 Date frame format
8.7.3 Command frame format
Table 63 – DLSL frame control field
Table 64 – Date frame format
Table 65 – General command frame format
106 Table 66 – DLSL command frame
Table 67 – Format of keep-alive command frame
107 9 Network layer
9.1 General
9.2 Protocol stack
Figure 38 – WIA-PA network layer protocol stack
Table 68 – Format of time synchronization command frame
108 9.3 Function description
9.3.1 General
9.3.2 Addressing
Figure 39 – WIA-PA network layer reference model
109 9.3.3 Routing
9.3.4 Packet lifecycle management
9.3.5 Joining and leaving network of device
Table 69 – Example of a routing table
110 9.3.6 End-to-end network performance monitoring
9.3.7 Fragmentation and reassembly
9.3.8 Network layer state machine
Figure 40 – Network layer state machine
111 Table 70 – NL state transitions (1 of 4)
115 9.4 Network layer data services
9.4.1 General
9.4.2 NLDE-DATA.request
116 9.4.3 NLDE-DATA.confirm
9.4.4 NLDE-DATA.indication
Table 71 – NLDE-DATA.request parameters
Table 72 – NLDE-DATA.confirm parameters
117 9.4.5 Time sequence of NL data services
9.5 Network layer management services
9.5.1 General
9.5.2 Network communication status report services
Figure 41 – Time sequence of NL data services
Table 73 – NLDE-DATA.indication parameters
118 Table 74 – NLME-COMM-STATUS.request parameters
119 Table 75 – NLME-COMM-STATUS.indication parameters
Table 76 – NLME-COMM-STATUS.confirm parameters
120 9.5.3 Network joining services
Table 77 – NLME-JOIN.request parameters
121 Table 78 – NLME-JOIN.indication parameters
Table 79 – NLME-JOIN.response parameters
122 Table 80 – NLME-JOIN.confirm parameters
123 Figure 42 – Time sequence for field device joining through routing device
124 Figure 43 – One-hop joining process for routing device
Figure 44 – Multi-hop join process of routing device
125 9.5.4 Networkleaving services
Table 81 – NLME-LEAVE.request parameters
Table 82 – NLME-LEAVE.indication parameters
126 Table 83 – NLME-LEAVE.response parameters
Table 84 – NLME-LEAVE.confirm parameters
127 Figure 45 – Active leaving process of field device (leaving routing device)
Figure 46 – Passive leaving of field device
128 Figure 47 – Active leaving process of routing device
Figure 48 – Passive leaving process of routing device
129 9.5.5 Cluster member report services
Table 85 – NLME-RPT-CLRMEM.request parameters
Table 86 – NLME-RPT-CLRMEM.confirm parameter
130 Table 87 – NLME-RPT-CLRMEM.response parameters
131 9.5.6 Neighbour information report services
Figure 49 – Cluster member reporting process
Table 88 – NLME-NEIGHBOUR-INFO.request parameters
132 Table 89 – NLME-NEIGHBOUR-INFO.confirm parameter
133 9.5.7 Route allocation services
Figure 50 – Neighbour information reporting process
Table 90 – NLME-ADD_ROUTE.request parameters
134 Table 91 – NLME-ADD_ROUTE.confirm parameters
135 Figure 51 – Time sequence for route adding
Table 92 – NLME-UPDATE_ROUTE.request parameters
136 Table 93 – NLME-UPDATE_ROUTE.confirm parameter
137 Figure 52 – Time sequence for route updating
Table 94 – NLME-UPDATE_ROUTE.request parameters
138 Table 95 – NLME-DELETE_ROUTE.confirm parameters
139 9.5.8 Communication resource allocation services
Figure 53 – Time sequence for route deleting
140 Table 96 – NLME-ADD-LINK.request parameters
141 Table 97 – NLME-ADD-LINK.confirm parameters
142 Figure 54 – Adding a link originating from gateway device to routing device
Figure 55 – Adding a link originating from routing device to field device
143 Table 98 – NLME-UPDATE-LINK.request parameters
Table 99 – NLME-UPDATE-LINK.confirm parameters
144 Figure 56 – Updating a link originating by gateway device to routing device
145 Figure 57 – Updating a link originating from routing device to field device
Table 100 – NLME-RELEASE-LINK.request parameters
146 Table 101 – NLME-RELEASE-LINK.confirm parameters
147 Figure 58 – Releasing a link originating from gateway device to routing device
Figure 59 – Releasing a link originating from routing device to field device
148 Table 102 – NLME-ADD-SFR.request parameters
Table 103 – NLME-ADD-SFR.confirm parameters
149 Figure 60 – Adding a superframe originating from gateway device to routing device
Figure 61 – Adding a superframe originating from routing device to field device
150 Table 104 – NLME-UPDATA-SFR.request parameters
Table 105 – NLME-UPDATE-SFR.confirm parameters
151 Figure 62 – Updating a superframe originating from gateway device to routing device
152 Figure 63 – Updating a superframe originating from routing device to field device
Table 106 – NLME-RELEASE-SFR.request parameters
153 Table 107 – NLME-RELEASE-SFR.confirm parameters
154 Figure 64 – Releasing a superframe originating from gateway device to routing device
Figure 65 – Releasing a superframe originating from routing device to field device
155 9.5.9 Aggregation and disaggregation services
Table 108 – NLME-AGG.indication parameters
Table 109 – NLME-AGO-SEND.request parameters
156 9.5.10 Device status report services
Table 110 – NLME-DAG.indication parameter
Table 111 – NLME-DEVICE -STATUS.request parameters
157 Figure 66 – Device status reporting process from field device to routing device
Table 112 – NLME-DEVICE -STATUS.indication parameters
Table 113 – NLME-DEVICE -STATUS.confirm parameter
158 9.5.11 Channel condition report services
Figure 67 – Device status reporting process from routing device to gateway device
Table 114 – NLME-CHANNEL-CONDITION.request parameters
159 Figure 68 – Channel condition reporting process from field device to routing device
Table 115 – NLME-CHANNEL-CONDITION.indication parameters
Table 116 – NLME-CHANNEL-CONDITION.confirm parameter
160 9.5.12 Failure path report services
Figure 69 – Channel condition reporting process from routing device to gateway device
Table 117 – NLME-PATH_FAILURE.request parameters
161 9.5.13 Network attribute getting services
Figure 70 – Failure path reporting process
Table 118 – NLME-PATH_FAILURE.indication parameters
Table 119 – NLME-PATH_FAILURE.confirm parameters
162 Table 120 – NLME-INFO_GET.request parameters
163 Table 121 – NLME-INFO_GET.indication parameters
164 Table 122 – NLME-INFO_GET.response parameters
165 9.5.14 Network attribute setting services
Table 123 – NLME-INFO_GET.confirm parameters
166 Table 124 – NLME-INFO_SET.request parameters
Table 125 – NLME-INFO_SET.indication parameters
167 Table 126 – NLME-SET.response parameters
168 9.6 Network layer packet formats
9.6.1 Common packet format
Table 127 – NLME-SET.confirm parameters
Table 128 – Network layer common packet format
Table 129 – Control field format
169 9.6.2 Data packet format
Table 130 – Network layer data packet format
170 9.6.3 Aggregated packet format
9.6.4 Command packet format
Table 131 – Aggregated packet format
171 Table 132 – Format of NL command packet
Table 133 – Network layer command packet
172 Table 134 – Execution results of commands
Table 135 – Format of joining request packet
173 Table 136 – Format of joining response packet
Table 137 – Format of communication status report request packet
174 Table 138 – Format of leaving request packet
Table 139 – Value of Leaving reason
Table 140 – Format of leaving response packet
Table 141 – Format of cluster member report request packet
175 Table 142 – Format of cluster member report response packet
Table 143 – Format of neighbour information report request packet
176 Table 144 – Format of route adding request packet
Table 145 – Format of route adding response packet
Table 146 – Format of route update request packet
177 Table 147 – Format of route update response packet
Table 148 – Format of route deleting request packet
Table 149 – Format of route deleting response packet
178 Table 150 – Format of link adding request packet
Table 151 – Format of link adding response packet
179 Table 152 – Format of link update request packet
Table 153 – Format of link update response packet
180 Table 154 – Format of link release request packet
Table 155 – Format of link release response packet
Table 156 – Format of superframe adding request packet
181 Table 157 – Format of superframe adding response packet
Table 158 – Format of superframe update request packet
182 Table 159 – Format of superframe update response packet
Table 160 – Format of superframe release request packet
Table 161 – Format of superframe release response packet
183 Table 162 – Format of device condition report request packet
Table 163 – Format of device condition information field
184 Table 164 – Format of channel condition report request packet
Table 165 – Format of channel quality information field
Table 166 – Format of path failure report request packet
185 Table 167 – Format of attribute getting request packet
Table 168 – Format of attribute getting response packet
186 Table 169 – Format of attribute setting request packet
Table 170 – Format of attribute setting response packet
187 10 Application layer
10.1 Overview
10.1.1 General
10.1.2 AL structure
10.1.3 Functions of UAP
Figure 71 – AL structure
188 10.1.4 Functions of ASL
10.2 UAP
10.2.1 General
10.2.2 UAO
Figure 72 – User application process
189 10.2.3 Method definition
190 Table 171 – UAO method definition
Table 172 – Request format of READ method
Table 173 – Response format of READ method
191 Table 174 – Request format of WRITE method
Table 175 – Response format of WRITE method
192 Table 176 – Format of PUBLISH method
Table 177 – Format of REPORT method
Table 178 – Format of REPORT ACK method
193 10.3 Application sub-layer
10.3.1 General
10.3.2 Application sub-layer data entity
194 Table 179 – ASLDE-DATA.request parameters
Table 180 – ASLDE-DATA.confirm parameters
195 Table 181 – ASLDE-DATA.indication parameters
Table 182 – ASLDE-AGG.request parameters
196 Figure 73 – C/S communication process
Table 183 – ASLDE-DAG.indication parameters
197 Figure 74 – P/S communication process (disable aggregation function)
Figure 75 – P/S communication process (enable aggregation function)
198 10.4 Application sub-layer packet formats
10.4.1 General
10.4.2 ASL general packet format
Figure 76 – R/S communication process
Table 184 – Application sub-layer general packet format
199 Table 185 – Packet control field format
Table 186 – Packet type subfield value
200 10.4.3 Packet formats
Table 187 – ASL data packet format
201 11 Security
11.1 General
Table 188 – ASL acknowledgement packet format
202 11.2 Security management framework
Figure 77 – Security management framework of WIA-PA network
203 11.3 Secure communication protocol stack
11.3.1 General
204 11.3.2 Data link sub-layer security
Figure 78 – Security communication protocol stack
Table 189 – Format of security DLPDU
205 11.3.3 Application sub-layer security
Table 190 – Format of DLSL security header
Table 191 – Structure of security control field in DLSL security header
Table 192 – Structure of security material control field in DLSL security header
206 11.4 Key management
11.4.1 Key type
Table 193 – Security APDU structure
Table 194 – Structure of ASL security header field
207 11.4.2 Key distribution
11.4.3 Key update
11.4.4 Key status
Figure 79 – Key lifecycle
208 11.5 Secure joining process
11.5.1 Secure joining process of a new WIA-PA device
Figure 80 – Secure joining process of WIA-PA device
209 11.5.2 Device security material getting services
Table 195 – DLME-SEC.request parameters
Table 196 – DLME-SEC.indication parameters
210 Table 197 – DLME-SEC.response parameters
211 Table 198 – DLME-SEC.confirm parameters
212 Figure 81 – Time sequence for field device joining (field device to routing device)
213 Figure 82 – Time sequence for field device joining (routing device to gateway device)
214 Figure 83 – One-hop joining process for routing device
215 Figure 84 – Multi-hop join process of routing device(new routing device to routing device)
216 11.6 Secure transportation
11.6.1 Process of secure transportation from field device to host configuration computer
Figure 85 – Multi-hop join process of routing device (routing device to gateway device)
217 11.6.2 Process of secure transportation from host configuration computer to field device
218 Annexes
Annex A (informative) Security strategy for WIA-PA network
Risk analysis for WIA-PA network
A.2 Security principles for WIA-PA network
A.3 Security objectives for WIA-PA network
A.4 Graded and layered security system
219 Table A.1 – Graded and layered security measures for WIA-PA network
Table A.2 – Security levels of data packets
220 Annex B (informative) Format description
B.1 Time sequence diagram
B.2 Packet or frame format
Figure B.1 – Time sequence diagram
Table B.1 – Packet or frame format in octet(s)
221 Table B.2 – Subfield format in bit(s)
222 Annex C (informative) Example of UAO
C.1 General
C.2 Analog input object
C.2.1 Overview
C.2.2 Class attribute of AIO
C.2.3 Instance attribute of AIO
Table C.1 – AIO class attribute
223 Table C.2 – AIO instance attributes
224 Annex D (informative) Country-specific and region-specific provisions
225 Annex E (informative) Regional modification for compliance with ETSI standards
E.1 General
E.2 Compliance with EN 300 440-2
E.3 Compliance with EN 300 328
Table E.1 – Applicable EN 300 440-2 requirements list
Table E.2 – Applicable EN 300 328 requirements list
226 Table E.3 – Timeslot timing definitions and calculations
227 Bibliography

Related products

BS EN 62601:2016
$256.21