IEC 61784-1:2019 (E) defines a set of protocol specific communication profiles based primarily on the IEC 61158 series, to be used in the design of devices involved in communications in factory manufacturing and process control. This fifth edition cancels and replaces the fourth edition published in 2014 it constitutes a technical revision. The main changes are:

• update of the dated references to the IEC 61158 series, to IEC 61784 2, to the IEC 61784 3 series, to the IEC 61784-5 series and to IEC 61918 throughout the document; • update of selection tables CPF 2, CPF 4 and CPF 8

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PDF Pages	PDF Title
2	National foreword
5	Annex ZA(normative)Normative references to international publicationswith their corresponding European publications
9	CONTENTS
22	FOREWORD
24	INTRODUCTION
25	1 Scope Figures Figure 1 – Communication profile families and profiles
26	2 Normative references Tables Table 1 – Relations of Communication Profile Families to type numbers
30	3 Terms, definitions, abbreviated terms, symbols, and conventions 3.1 Terms and definitions
31	3.2 Abbreviations and symbols 3.2.1 IEC 61158 abbreviations and symbols 3.2.2 Other abbreviations and symbols 3.3 Conventions 3.3.1 Conventions common to all layers
32	Table 2 – Layout of profile (sub)clause selection tables Table 3 – Contents of (sub)clause selection tables Table 4 – Layout of service selection tables
33	3.3.2 Physical layer 3.3.3 Data-link layer Table 5 – Contents of service selection tables Table 6 – Layout of parameter selection tables Table 7 – Contents of parameter selection tables
34	3.3.4 Application layer 4 Conformance to communication profiles Table 8 – Layout of class attribute selection tables Table 9 – Contents of class attribute selection tables
35	5 Communication Profile Family 1 (Foundation™ fieldbus) 5.1 General overview
36	5.2 Profile 1/1 (Foundation™ H1) 5.2.1 Physical layer Table 10 – CPF 1: overview of profile sets Table 11 – CP 1/1: PhL selection for communicating devices and their MAUs
38	Table 12 – CP 1/1: PhL classification of MAUs and attached devices
39	Table 13 – CP 1/1: PhL selection of Clause 16 for devices and their MAUs
40	Table 14 – CP 1/1: PhL selection of Clause 12 for devices and their MAUs Table 15 – Void
41	Table 16 – CP 1/1: PhL selection of recommended IS parametersfor MAU classes 111, 112, 121, 122, 511 and 512
42	Table 17 – CP 1/1: PhL selection for media components
43	Table 18 – CP 1/1: PhL selection of imperative ISparameters for media in FISCO systems
44	Table 19 – CP 1/1: PhL selection for power supplies
45	Table 20 – CP 1/1: PhL selection of power supply types Table 21 – CP 1/1: PhL selection of permissible output voltage and IS parameters for FISCO power supplies
46	Table 22 – CP 1/1: PhL selection for terminators
47	Table 23 – CP 1/1: PhL selection of IS parameters for terminators Table 24 – CP 1/1: PhL selection of Clause 12 for intrinsic safety barriers
48	Table 25 – CP 1/1: PhL selection of recommended IS parameters for intrinsic safety barriers and galvanic isolators (Entity model only)
49	Table 26 – CP 1/1: PhL selection of Clause 12 for intrinsically safe galvanic isolators
50	Table 27 – CP 1/1: PhL selection of Clause 15, recommended optical fiber types Table 28 – CP 1/1: PhL selection of passive star couplers,recommended maximum insertion loss
51	Table 29 – CP 1/1: PhL selection of active star couplers Table 30 – CP 1/1: Optical power budget considerations
52	5.2.2 Data-link layer Figure 2 – Example optical power budget for a 100/140 μm fiber system with a 16/16 optical passive star coupler
53	Table 31 – CP 1/1: DLL service selection Table 32 – CP 1/1: DLL service selection of Clause 5 Table 33 – CP 1/1: DLL service selection of 5.4
54	Table 34 – CP 1/1: DLL service selection of 5.4.1 Table 35 – CP 1/1: DLL service selection of 5.4.3
55	Table 36 – CP 1/1: DLL service selection of 5.4.6 Table 37 – CP 1/1: DLL service selection of Clause 6
56	Table 38 – CP 1/1: DLL service selection of the summary of 6.3, DLconnection QoS Table 39 – CP 1/1: DLL service selection of Figures 9 to 14 of 6.4
57	Table 40 – CP 1/1: DLL service selection of 6.5
58	Table 41 – CP 1/1: DLL service selection: replacement for Table 13 of 6.5
59	Table 42 – CP 1/1: DLL service selection of 6.5, replacement for Table 14 Table 43 – CP 1/1: DLL service selection of 6.5 for use of addresses for peer DLC Table 44 – CP 1/1: DLL service selection of 6.5for use of addresses for multipeer DLC connect request at publisher Table 45 – CP 1/1: DLL service selection of 6.5for use of addresses for multipeer DLC connect request at subscriber
60	Table 46 – CP 1/1: DLL service selection of 6.6 Table 47 – CP 1/1: DLL service selection: replacement for Table 15 of 6.6
61	Table 48 – CP 1/1: DLL service selection of 6.7 Table 49 – CP 1/1: DLL service selection of 6.7, replacement for Table 16 Table 50 – CP 1/1: DLL service selection of 6.7, replacement for Table 17
62	Table 51 – CP 1/1: DLL service selection of 6.7, replacement for Table 18 Table 52 – CP 1/1: DLL service selection of Clause 7
63	Table 53 – CP 1/1: DLL service selection of 7.5, replacement for Table 23
64	Table 54 – CP 1/1: DLL service selection of Clause 8 Table 55 – CP 1/1: DLL service selection of 8.5, replacement for Table 28
65	Table 56 – CP 1/1: DLL protocol selection Table 57 – CP 1/1: DLL protocol selection of Clause 4
66	Table 58 – CP 1/1: DLL protocol selection of 4.3 Table 59 – CP 1/1: DLL protocol selection of 4.3.2.1 for use of link designators Table 60 – CP 1/1: DLL protocol selection of 4.3.2.2 for use of node designators
67	Table 61 – CP 1/1: DLL protocol selection of 4.3.3.1for predefined flat non–local DLaddresses Table 62 – CP 1/1: DLL protocol selection of 4.3.3.2for predefined flat link–local DLaddresses Table 63 – CP 1/1: DLL protocol selection of 4.3.3.3for predefined node–local DLaddresses
68	Table 64 – CP 1/1: DLL protocol selection of 4.7
69	Table 65 – CP 1/1: DLL protocol selection of 4.7.4
70	Table 66 – CP 1/1: DLL protocol selection of 4.7.5
71	Table 67 – CP 1/1: DLL protocol selection of Clause 6
72	Table 68 – CP 1/1: DLL protocol selection, replacement for Table 10 of 6.0
73	Table 69 – CP 1/1: DLL protocol selection of 6.5
76	Table 70 – CP 1/1: DLL protocol selection of 6.7
80	Table 71 – CP 1/1: DLL protocol selection of 6.8
81	Table 72 – CP 1/1: DLL protocol selection of 6.11 Table 73 – CP 1/1: DLL protocol selection of 6.12
82	Table 74 – CP 1/1: DLL protocol selection of 6.15
83	Table 75 – CP 1/1: DLL protocol selection of 6.20
84	Table 76 – CP 1/1: DLL protocol selection of Clause 7
85	Table 77 – CP 1/1: DLL protocol selection of 7.4
86	Table 78 – CP 1/1: DLL protocol selection of Clause 8
87	Table 79 – CP 1/1: DLL protocol selection of 8.2
97	Table 80 – CP 1/1: DLL protocol selection of 8.2.2
110	Table 81 – CP 1/1: DLL protocol selection of 8.3 Table 82 – CP 1/1: DLL protocol selection of 8.4
112	Table 83 – CP 1/1: DLL protocol selection of Clause 9 Table 84 – CP 1/1: DLL protocol selection of 9.3
114	Table 85 – CP 1/1: DLL protocol selection of 9.3.5
115	Table 86 – CP 1/1: DLL protocol selection of 9.3.5.2.2,replacement for element encoding
116	Table 87 – CP 1/1: DLL protocol selection of Clause 10 Table 88 – CP 1/1: DLL protocol selection of 10.2
117	Table 89 – CP 1/1: DLL protocol selection of 10.3
119	Table 90 – CP 1/1: DLL protocol selection of 10.3.7, specification of errors
120	Table 91 – CP 1/1: DLL protocol selection of 10.4
121	Table 92 – CP 1/1: DLL protocol selection of 10.5
122	5.2.3 Application layer Table 93 – CP 1/1: DLL protocol selection of 10.6 Table 94 – CP 1/1: AL service selection
123	Table 95 – CP 1/1: AL data type selection of Clause 4 Table 96 – CP 1/1: AL protocol selection
124	5.3 Profile 1/2 (Foundation™ HSE) 5.3.1 Physical layer 5.3.2 Data-link layer 5.3.3 Network layer 5.3.4 Transport layer 5.3.5 Application layer Table 97 – CP 1/2: AL service selection
125	5.4 Profile 1/3 (Foundation™ H2) 5.4.1 Physical layer Table 98 – CP 1/2: AL protocol selection
126	Table 99 – CP 1/3: PhL selection for H2 devices
127	Table 100 – CP 1/3: PhL selection for H2 media and related components
128	5.4.2 Data-link layer 5.4.3 Application layer 6 Communication Profile Family 2 (CIP™) 6.1 General overview
129	6.2 Profile 2/1 (ControlNet) 6.2.1 Physical layer Table 101 – CPF 2: overview of profile sets Table 102 – CP 2/1: PhL selection
130	6.2.2 Data-link layer
131	Table 103 – CP 2/1: DLL service selection Table 104 – CP 2/1: DLL protocol selection
132	6.2.3 Application layer Table 105 – CP 2/1: DLL protocol selection of management objects Table 106 – CP 2/1: AL service selection
133	6.3 Profile 2/2 (EtherNet/IP) 6.3.1 Physical layer Table 107 – CP 2/1: AL protocol selection
134	6.3.2 Data-link layer Table 108 – CP 2/2: DLL protocol selection
135	6.3.3 Application layer Table 109 – CP 2/2: DLL protocol selection of management objects
136	Table 110 – CP 2/2: AL service selection
137	6.4 Profile 2/3 (DeviceNet) 6.4.1 Physical layer Table 111 – CP 2/2: AL protocol selection
138	6.4.2 Data-link layer Table 112 – CP 2/3: DLL protocol selection
139	6.4.3 Application layer Table 113 – CP 2/3: DLL protocol selection of management objects Table 114 – CP 2/3: AL service selection
140	Table 115 – CP 2/3: AL protocol selection
141	7 Communication Profile Family 3 (PROFIBUS & PROFINET) 7.1 General overview Table 116 – CPF 3: overview of profile sets
142	7.2 Profile 3/1 (PROFIBUS DP) 7.2.1 Physical layer Figure 3 – CP 3/2 Slave devices usable in applications Table 117 – CP 3/1: PhL selection
144	7.2.2 Data-link layer Table 118 – CP 3/1: PhL selection of Clause 3 Table 119 – CP 3/1: PhL selection of Clause 4
145	Table 120 – CP 3/1: General DLL service selection
146	Table 121 – CP 3/1: DLL service selection for DP-V0 master (class 1)
147	Table 122 – CP 3/1: DLM service selection for DP-V0 master (class 1)
148	Table 123 – CP 3/1: DLL service selection for DP-V1 master (class 1)
149	Table 124 – CP 3/1: DLM service selection for DP-V1 master (class 1)
150	Table 125 – CP 3/1: DLL service selection for DP-V0 master (class 2)
151	Table 126 – CP 3/1: DLL service selection for DP-V1 master (class 2)
152	Table 127 – CP 3/1: DLL service selection for DP-V0 slave
153	Table 128 – CP 3/1: DLM service selection for DP-V0 slave
154	Table 129 – CP 3/1: DLL service selection for DP-V1 slave
155	Table 130 – CP 3/1: DLM service selection for DP-V1 slave
156	Table 131 – CP 3/1: General DLL protocol selection Table 132 – CP 3/1: DLL protocol selection of Clause 5
157	Table 133 – CP 3/1: DLL protocol selection of Clause 6 Table 134 – CP 3/1: DLL protocol selection of Clause 7
158	Table 135 – CP 3/1: Time variable selection for DP-V0 master (class 1)
159	Table 136 – CP 3/1: Timer and counter selection for DP-V0 master (class 1) Table 137 – CP 3/1: DLPDU selection for DP-V0 master (class 1)
160	Table 138 – CP 3/1: MAC state selection for DP-V0 master (class 1)
161	Table 139 – CP 3/1: Time selection for DP-V1 master (class 1)
162	Table 140 – CP 3/1: Timer and counter selection for DP-V1 master (class 1) Table 141 – CP 3/1: DLPDU selection for DP-V1 master (class 1)
163	Table 142 – CP 3/1: MAC state selection for DP-V1 master (class 1) Table 143 – CP 3/1: CS protocol selection for DP-V1 master (class 1)
164	Table 144 – CP 3/1: Time selection for DP-V1 master (class 2) Table 145 – CP 3/1: Timer and counter selection for DP-V1 master (class 2)
165	Table 146 – CP 3/1: DLPDU selection for DP-V1 master (class 2) Table 147 – CP 3/1: Time selection for DP-V0 slave
166	Table 148 – CP 3/1: Timer and counter selection for DP-V0 slave Table 149 – CP 3/1: DLPDU selection for DP-V0 slave
167	Table 150 – CP 3/1: MAC state selection for DP-V0 slave Table 151 – CP 3/1: Time selection for DP-V1 slave
168	Table 152 – CP 3/1: Timer and counter selection for DP-V1 slave Table 153 – CP 3/1: DLPDU selection for DP-V1 slave
169	7.2.3 Application layer Table 154 – CP 3/1: CS protocol selection for DP-V1 slave Table 155 – CP 3/1, 3/2: AL service selection
170	Table 156 – CP 3/1, 3/2: AL service selection of Clause 6 Table 157 – CP 3/1, 3/2: AL service selection of I/O data ASE
171	Table 158 – CP 3/1, 3/2: AL service selection of Diagnosis ASE Table 159 – CP 3/1, 3/2: AL service selection of Context ASE
172	Table 160 – CP 3/1, 3/2: AL service selection of Management ASE
173	Table 161 – CP 3/1, 3/2: AL service selection of AR ASE
174	Table 162 – CP 3/1, 3/2: AL service selection of Clause 6 Table 163 – CP 3/1, 3/2: AL service selection of Process data ASE
175	Table 164 – CP 3/1, 3/2: AL service selection of I/O data ASE Table 165 – CP 3/1, 3/2: AL service selection of Alarm ASE Table 166 – CP 3/1, 3/2: AL service selection of Context ASE
176	Table 167 – CP 3/1, 3/2: AL service selection of Load region ASE Table 168 – CP 3/1, 3/2: AL service selection of Function invocation ASE Table 169 – CP 3/1, 3/2: AL service selection of Time ASE
177	Table 170 – CP 3/1, 3/2: AL service selection of AR ASE
178	Table 171 – CP 3/1, 3/2: AL service selection of Clause 6 Table 172 – CP 3/1, 3/2: AL service selection of I/O data ASE
179	Table 173 – CP 3/1, 3/2: AL service selection of Diagnosis ASE Table 174 – CP 3/1, 3/2: AL service selection of Context ASE Table 175 – CP 3/1, 3/2: AL service selection of Management ASE
180	Table 176 – CP 3/1, 3/2: AL service selection of AR ASE
181	Table 177 – CP 3/1, 3/2: AL service selection of Clause 6 Table 178 – CP 3/1, 3/2: AL service selection of Process data ASE
182	Table 179 – CP 3/1, 3/2: AL service selection of Context ASE Table 180 – CP 3/1, 3/2: AL service selection of Load region ASE
183	Table 181 – CP 3/1, 3/2: AL service selection of Function invocation ASE Table 182 – CP 3/1, 3/2: AL service selection of Time ASE
184	Table 183 – CP 3/1, 3/2: AL service selection of AR ASE
185	Table 184 – CP 3/1, 3/2: AL service selection of Clause 6
186	Table 185 – CP 3/1, 3/2: AL service selection of I/O data ASE
187	Table 186 – CP 3/1, 3/2: AL service selection of Diagnosis ASE
188	Table 187 – CP 3/1, 3/2: AL service selection of Context ASE
189	Table 188 – CP 3/1, 3/2: AL service selection of AR ASE
190	Table 189 – CP 3/1, 3/2: AL service selection of Clause 6 Table 190 – CP 3/1, 3/2: AL service selection of Process data ASE
191	Table 191 – CP 3/1, 3/2: AL service selection of I/O data ASE Table 192 – CP 3/1, 3/2: AL service selection of diagnosis ASE
192	Table 193 – CP 3/1, 3/2: AL service selection of Alarm ASE Table 194 – CP 3/1, 3/2: AL service selection of Context ASE
193	Table 195 – CP 3/1, 3/2: AL service selection of Load region ASE Table 196 – CP 3/1, 3/2: AL service selection of Function invocation ASE Table 197 – CP 3/1, 3/2: AL service selection of Time ASE
194	Table 198 – CP 3/1, 3/2: AL service selection of AR ASE
195	Table 199 – CP 3/1, 3/2: AL protocol selection Table 200 – CP 3/1, 3/2: AL protocol selection of Clause 4 to 11
197	Table 201 – CP 3/1, 3/2: AL protocol selection of APDUs
198	Table 202 – CP 3/1, 3/2: AL protocol selection of FSPM services primitives
199	Table 203 – CP 3/1, 3/2: AL protocol selection of DMPM services primitives Table 204 – CP 3/1, 3/2: AL protocol selection of Clause 4 to 11
201	Table 205 – CP 3/1, 3/2: AL protocol selection of APDUs
203	Table 206 – CP 3/1, 3/2: AL protocol selection of FSPM services primitives
204	Table 207 – CP 3/1, 3/2: AL protocol selection of DMPM services primitives
205	Table 208 – CP 3/1, 3/2: AL protocol selection of Clause 4 to 6
207	Table 209 – CP 3/1, 3/2: AL protocol selection of APDUs
208	Table 210 – CP 3/1, 3/2: AL protocol selection of FSPM services primitives Table 211 – CP 3/1, 3/2: AL protocol selection of DMPM services primitives
209	Table 212 – CP 3/1, 3/2: AL protocol selection of Clause 4 to 11
211	Table 213 – CP 3/1, 3/2: AL protocol selection of APDUs
213	Table 214 – CP 3/1, 3/2: AL protocol selection of FSPM services primitives
214	Table 215 – CP 3/1, 3/2: AL protocol selection of DMPM services primitives Table 216 – CP 3/1, 3/2: AL protocol selection of Clause 4 to 11
216	Table 217 – CP 3/1, 3/2: AL protocol selection of APDU selection
217	Table 218 – CP 3/1, 3/2: AL protocol selection of FSPM services primitives
218	Table 219 – CP 3/1, 3/2: AL protocol selection of DMPM services primitives
219	Table 220 – CP 3/1, 3/2: AL protocol selection of Clause 4 to 11
221	Table 221 – CP 3/1, 3/2: AL protocol selection of APDUs
222	Table 222 – CP 3/1, 3/2: AL protocol selection of FSPM services primitives
224	Table 223 – CP 3/1, 3/2: AL protocol selection of DMPM services primitives
226	7.3 Profile 3/2 (PROFIBUS PA) 7.3.1 Physical layer Table 224 – CP 3/2: PhL selection
228	Table 225 – CP 3/2: PhL selection of Clause 12 for devices and their MAUs
229	Table 226 – CP 3/2: PhL selection of recommended IS parameters Table 227 – CP 3/2: PhL selection of Clause 21 for devices and their MAUs
230	7.3.2 Data-link layer
231	Table 228 – CP 3/2: General DLL protocol selection Table 229 – CP 3/2: DLL protocol selection of Clause 4
232	Table 230 – CP 3/2: DLL protocol selection of Clause 5 Table 231 – CP 3/2: DLL protocol selection of Clause 6
233	Table 232 – CP 3/2: DLL protocol selection of Clause 7
234	Table 233 – CP 3/2: Time variable selection for DP-V0 master (class 1) Table 234 – CP 3/2: Timer and counter selection for DP-V0 master (class 1)
235	Table 235 – CP 3/2: DLPDU selection for DP-V0 master (class 1)
236	Table 236 – CP 3/2: Time variable selection for DP-V1 master (class 1)
237	Table 237 – CP 3/2: Timer and counter selection for DP-V1 master (class 1) Table 238 – CP 3/2: DLPDU selection for DP-V1 master (class 1)
238	Table 239 – CP 3/2: Time variable selection for DP-V1 master (class 2)
239	Table 240 – CP 3/2: Timer and counter selection for DP-V1 master (class 2) Table 241 – CP 3/2: DLPDU selection for DP-V1 master (class 2)
240	Table 242 – CP 3/2: Time variable selection for DP-V0 slave Table 243 – CP 3/2: Timer and counter selection for DP-V0 slave
241	Table 244 – CP 3/2: DLPDU selection for DP-V0 slave Table 245 – CP 3/2: Time variable selection for DP-V1 slave
242	7.3.3 Application layer Table 246 – CP 3/2: Timer and counter selection for DP-V1 slave Table 247 – CP 3/2: DLPDU selection for DP-V1 slave
243	8 Communication Profile Family 4 (P-NET®) 8.1 General overview 8.2 Profile 4/1 (P-NET RS485) 8.2.1 Physical layer
244	8.2.2 Data-link layer Table 248 – CP 4/1: PhL selection
245	8.2.3 Application layer Table 249 – CP 4/1: DLL service selection Table 250 – CP 4/1: DLL protocol selection
246	9 Communication Profile Family 5 (WorldFIP®) 9.1 General overview Table 251 – CP 4/1: AL service selection Table 252 – CP 4/1: AL protocol selection
247	9.2 Profile 5/1 (WorldFIP) 9.2.1 Physical layer Table 253 – CPF 5: overview of profile sets
248	Table 254 – CPF 5: PhL selection
249	9.2.2 Data-link layer Table 255 – CPF 5: DLL service selection
250	Table 256 – CPF 5: DLL service selection of Clause 4 Table 257 – CPF 5: DLL protocol selection
251	Table 258 – CPF 5: DLL protocol selection of variables and resources Table 259 – CPF 5: DLL protocol selection of DLPDUs
252	9.2.3 Application layer Table 260 – CP 5/1: AL service selection Table 261 – CP 5/1: AL service selection of ASEs Table 262 – CPF 5: AL service selection of MPS ASEs
253	Table 263 – CPF 5: AL service selection of variable elements Table 264 – CPF 5: AL service selection of produced variable elements Table 265 – CPF 5: AL service selection of consumed variable elements
254	Table 266 – CP 5/1: AL service selection of MPS services Table 267 – CP 5/1, 5/2: AL service selection of A_Readloc service parameters Table 268 – CP 5/1, 5/2: AL service selection of A_Readfar service parameters
255	Table 269 – CP 5/1, 5/2: AL service selection of A_Read service parameters Table 270 – CP 5/1: AL service selection of MCS service classes Table 271 – CP 5/1: AL service selection of QoS Table 272 – CP 5/1: AL service selection of MCS services
256	Table 273 – CP 5/1, 5/2: AL service selection of A_Data parameters Table 274 – CP 5/1: AL protocol selection Table 275 – CPF 5/1: AL protocol selection of MPS data types Table 276 – CPF 5/1: AL protocol selection of MPS PDUs
257	Table 277 – CPF 5/1: AL protocol selection of MPS encoding rules Table 278 – CP 5/1, 5/2: AL protocol selection of MCS PDUs
258	9.3 Profile 5/2 (WorldFIP) 9.3.1 Physical layer 9.3.2 Data-link layer 9.3.3 Application layer Table 279 – CP 5/1: AL protocol selection of MCS state machines Table 280 – CP 5/2: AL service selection
259	Table 281 – CP 5/2: AL service selection of ASEs Table 282 – CP 5/2: AL service selection of MPS services Table 283 – CP 5/2: AL service selection of MCS service classes
260	Table 284 – CP 5/2: AL service selection of QoS Table 285 – CP 5/2: AL service selection of MCS services Table 286 – CP 5/2: AL service selection of domain services
261	Table 287 – CP 5/2: AL service selection of domain object attributes Table 288 – CP 5/2: AL service selection of program services Table 289 – CP 5/2: AL service selection of program object attributes
262	Table 290 – CP 5/2: AL service selection of variable services Table 291 – CP 5/2: AL service selection of variable classes Table 292 – CP 5/2: AL service selection of variable class attributes Table 293 – CP 5/2: AL protocol selection
263	Table 294 – CP 5/2: AL protocol selection of MCS state machines Table 295 – CP 5/2: AL protocol selection of sub-MMS coding rules
264	9.4 Profile 5/3 (WorldFIP) 9.4.1 Physical layer 9.4.2 Data-link layer 9.4.3 Application layer Table 296 – CP 5/2: AL protocol selection of sub-MMS PDUs Table 297 – CP 5/3: AL service selection
265	10 Communication Profile Family 6 (INTERBUS®) 10.1 General overview Table 298 – CP 5/3: AL service selection of ASEs Table 299 – CP 5/3: AL protocol selection
266	10.2 Profile 6/1 10.2.1 Physical layer Table 300 – CPF 6: device CP identifier assignment
267	Table 301 – CPF 6: PhL selection
268	10.2.2 Data-link layer
269	Table 302 – CP 6/1: DLL service selection, assignment of DLL services to device types
270	10.2.3 Application layer Table 303 – CPF 6: DLL protocol selection of data widths supported by master
271	10.3 Profile 6/2 10.3.1 Physical layer Table 304 – CP 6/1: AL service selection, assignment of AL services to device types
272	10.3.2 Data-link layer Table 305 – CP 6/2: DLL service selection, assignment of DLL services to device types
273	10.3.3 Application layer Table 306 – CP 6/2: AL service selection, assignment of AL services to device types
274	10.4 Profile 6/3 10.4.1 Physical layer 10.4.2 Data-link layer Table 307 – CP 6/2: AL service selection of AR-Data-Send-Acknowledge service parameters
275	10.4.3 Application layer Table 308 – CP 6/3: DLL service selection, assignment of DLL services to device types
276	11 Communication Profile Family 7 – Void Table 309 – CP 6/3: AL service selection, assignment of AL services to device types
277	12 Communication Profile Family 8 (CC-Link) 12.1 General overview 12.1.1 General 12.1.2 Profile 8/1
278	12.1.3 Profile 8/2 12.1.4 Profile 8/3 12.2 Profile 8/1 12.2.1 Physical layer Table 310 – CP 8/1 transmission support level
279	Table 311 – CP 8/1 PhL selection
280	12.2.2 Data-link layer
281	Table 312 – CP 8/1 DLL services selection
282	Table 313 – CP 8/1 DLL protocol selection
283	12.2.3 Application layer
284	Table 314 – CP 8/1 AL services selection
285	Table 315 – CP 8/1 AL protocol selection
286	12.3 Profile 8/2 12.3.1 Physical layer 12.3.2 Data-link layer 12.3.3 Application layer 12.4 Profile 8/3 12.4.1 Physical layer Table 316 – CP 8/2 DLL protocol selection
287	Table 317 – CP 8/3 PhL selection
288	12.4.2 Data-link layer
289	Table 318 – CP 8/3 DLL services selection
290	Table 319 – CP 8/3 DLL protocol selection
291	12.4.3 Application layer
292	Table 320 – CP 8/3 AL services selection
293	Table 321 – CP 8/3 AL protocol selection
294	13 Communication Profile Family 9 (HART®) 13.1 General Overview 13.2 Profile 9/1, HART® 13.2.1 Physical layer
295	13.2.2 Data-link layer Table 322 – CP 9/1 PhL selection Table 323 – CP 9/1: DLL service selection
296	13.2.3 Application layer Table 324 – CP 9/1: DLL protocol selection Table 325 – CP 9/1: AL service selection Table 326 – CP 9/1: AL protocol selection
297	13.3 Profile 9/2, WirelessHART® 14 Communication Profile Family 16 (SERCOS) 14.1 General overview 14.2 Profile 16/1 (SERCOS I) 14.2.1 Physical layer selection
298	14.2.2 Data-link layer Table 327 – CP 16/1: PhL selection
299	14.2.3 Application layer 14.3 Profile 16/2 (SERCOS II) 14.3.1 Physical layer Table 328 – CP 16/1: DLL protocol selection Table 329 – CP 16/1: AL service selection
300	14.3.2 Data-link layer Table 330 – CP 16/2: PhL selection
301	14.3.3 Application layer 15 Communication Profile Family 19 (MECHATROLINK) 15.1 General overview 15.2 Profile 19/1 (MECHATROLINK-II) 15.2.1 Physical layer selection Table 331 – CPF 19: overview of profile sets
302	Table 332 – CP 19/1 profile: PhL selection
303	15.2.2 Data-link layer Table 333 – CP 19/1: DLL service selection
305	Table 334 – DLL service selection for C1 master of CP 19/1 Table 335 – DLL service selection for C2 master of CP 19//1
306	Table 336 – DLL service selection for slave of CP 19//1 Table 337 – CP 19/1: DLL protocol selection
308	Table 338 – DLL protocol selection for C1 master of CP 19/1
310	Table 339 – DLL protocol selection for C2 master of CP 19/1
311	Table 340 – DLL protocol selection for slave of CP 19/1
312	15.2.3 Application layer
313	Table 341 – CP 19/1: AL service selection
314	Table 342 – Class selection for C1 master of CP 19/1 Table 343 – Master class attribute selection for C1 master of CP 19/1 Table 344 – Master class service selection Table 345 – FDCMaster-AR class attribute selection for C1 master of CP 19/1
315	Table 346 – FDCMaster-AR class service selection Table 347 – Class selection for C2 master of CP 19/1 Table 348 – Monitor class attribute selection for C2 master of CP 19/1 Table 349 – Monitor class service selection
316	Table 350 – FDCMonitor-AR class attribute selection for C2 master of CP 19/1 Table 351 – FDCMonitor-AR class service selection Table 352 – Class selection for slave AP of CP 19/1
317	Table 353 – Slave class attribute selection for slave AP of CP 19/1 Table 354 – Slave class service selection Table 355 – FDCSlave-AR class attribute selection for slave AP of CP 19/1 Table 356 – FDCSlave-AR class service selection
318	15.3 Profile 19/2 (M-III) 15.3.1 Physical layer Table 357 – CP 19/1: AL protocol selection
319	15.3.2 Data-link layer Table 358 – CP 19/2: DLL service selection
320	Table 359 – DLL service selection for C1 master of CP 19/2
321	Table 360 – DLL service selection for C2 master of CP 19/2 Table 361 – DLL service selection for slave of CP 19/2
322	Table 362 – CP 19/2: DLL protocol selection
324	Table 363 – DLL protocol selection for C1 master of CP 19/2
325	Table 364 – DLL protocol selection for C2 master of CP 19/2
326	Table 365 – DLL protocol selection for slave of CP 19/2
327	15.3.3 Application layer
328	Table 366 – CP 19/2: AL service selection
329	Table 367 – Class selection for C1 master of CP 19/2 Table 368 – EventManager class attribute selection for C1 master of CP 19/2 Table 369 – EventManager class service selection
330	Table 370 – Class selection for C2 master of CP 19/2 Table 371 – EventManager class attribute selection for C2 master of CP 19/2 Table 372 – EventManager class service selection
331	Table 373 – Class selection for slave AP of CP 19/2 Table 374 – EventManager class attribute selection for slave AP of CP 19/2 Table 375 – EventManager class service selection
332	Table 376 – CP 19/2: AL protocol selection
333	Annex A (informative)Communication concepts A.1 CPF 1 (Foundation Fieldbus) communication concepts A.1.1 Overview A.1.2 Physical layer characteristics A.1.3 Data-link layer characteristics
334	A.1.4 Application layer characteristics A.1.5 Management characteristics A.2 CPF 2 (CIP) communication concepts A.2.1 Overview
335	A.2.2 CIP common characteristics A.2.3 ControlNet
336	A.2.4 EtherNet/IP
337	A.2.5 DeviceNet A.3 CPF 3 (PROFIBUS & PROFINET) communication concepts A.3.1 Basic characteristics
338	A.3.2 Physical layer profiles
339	A.3.3 Communication feature list (GSD) A.4 CPF 4 (P-NET) communication concepts
340	A.5 CPF 5 (WorldFIP) communication concepts A.5.1 Physical layer characteristics
341	A.5.2 Data-link layer characteristics A.5.3 Application layer characteristics A.6 CPF 6 (INTERBUS) communication concepts
343	A.7 CPF 8 (CC-Link) communication concepts A.7.1 Basic characteristics A.7.2 Variants
344	A.8 CPF 9 (HART) communication concepts A.9 CPF 16 (SERCOS) communication concepts Figure A.1 – Ring structure
345	Figure A.2 – Topology example Table A.1 – Number of devices per CP16/1 and CP16/2 systems (examples)
346	Annex B (informative)Added value of IEC 617841
347	Bibliography

Published By	Publication Date	Number of Pages
BSI	2019	350


PDF Format	Searchable	Printable	Preview Now

Status	Definitive
Title	Industrial communication networks. Profiles – Fieldbus profiles
Replaces	BS EN 61784-1:2014
Publisher	BSI
Committee	GEL/65
Pages	350
Publication Date	2019-06-11
ISBN	978 0 580 99205 6
Standard Number	BS EN IEC 61784-1:2019
Partially Replaced By	BS EN IEC 61784-1-16:2023, BS EN IEC 61784-1-8:2023, BS EN IEC 61784-1-9:2023, BS EN IEC 61784-1-2:2023, BS EN IEC 61784-1-3:2023, BS EN IEC 61784-1-5:2023, BS EN IEC 61784-1-1:2023, BS EN IEC 61784-1-0:2023, BS EN IEC 61784-1-22:2023, BS EN IEC 61784-1-4:2023, BS EN IEC 61784-1-6:2023
Identical National Standard Of	EN 61784-1 Ed.5.0, IEC 61784-1 Ed.5.0
Descriptors	Data link layer (OSI), Industrial, Fieldbus, Design, Computer networks, Process control, Data processing, Data transfer, Bus networks, Automatic control systems, Open systems interconnection, Computer applications, Computerized control, Interfaces (data processing), Communication networks, Data transmission
ICS Codes	35.240.50 - IT applications in industry

BS EN IEC 61784-1:2019

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