BS EN IEC 61158-5-27:2023

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Industrial communication networks. Fieldbus specifications – Application layer service definition. Type 27 elements

Published By	Publication Date	Number of Pages
BSI	2023	146

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Categories: 33.040.40 - Data communication networks, BSI

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Description

IEC 61158-5-27:2023 provides common elements for basic time-critical and non-time-critical messaging communications between application programs in an automation environment and material specific to Type 27 fieldbus. The term “time-critical” is used to represent the presence of a time-window, within which one or more specified actions are required to be completed with some defined level of certainty. Failure to complete specified actions within the time window risks failure of the applications requesting the actions, with attendant risk to equipment, plant and possibly human life.

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PDF Pages	PDF Title
2	undefined
5	Annex ZA (normative)Normative references to international publicationswith their corresponding European publications
6	English CONTENTS
10	FOREWORD
12	INTRODUCTION
13	1 Scope 1.1 General
14	1.2 Specifications 1.3 Conformance 2 Normative references
15	3 Terms, definitions, symbols, abbreviated terms and conventions 3.1 Referenced terms and definitions 3.1.1 ISO/IEC 74981 terms 3.1.2 ISO/IEC 9545 terms 3.1.3 ISO/IEC 88241 terms
16	3.1.4 Terms and definitions from ISO/IEC 10731 3.2 Additional terms and definitions
21	3.3 Abbreviations and symbols
22	3.4 Conventions 3.4.1 Overview
23	3.4.2 Conventions for class definitions
24	3.4.3 Conventions for service definitions
25	4 Concepts 4.1 Common concepts 4.2 Type specific concepts 4.2.1 General 4.2.2 Node type
26	4.2.3 Basic system configuration 4.2.4 Communication sequence overview Figures Figure 1 – Transmission cycle with concurrent I/O data exchange
27	Figure 2 – Transmission cycle with sequential I/O data exchange Figure 3 – Control domain transmission band
28	4.2.5 Network initialization 4.2.6 Multi control domain system 4.2.7 Multiple transmission cycles 4.2.8 Sync master switching 4.2.9 TSN 5 Data type ASE
29	6 Communication model specifications 6.1 Type specific concepts 6.2 Overview
30	Tables Table 1 – AP type definition
31	6.3 FAL ASEs 6.3.1 FSM ASE Figure 4 – FAL ASE model of Type 27
33	Table 2 – Support list of service for each class of FSM ASE
34	Figure 5 – CDO (Communication Data Object)
35	Table 3 – Overall structure of CDO Table 4 – Node object categories Table 5 – Module object category
36	Table 6 – List of node objects (object information)
37	Table 7 – List of node objects (object status)
38	Table 8 – List of node objects (control) Table 9 – List of node objects (configuration)
45	Table 10 – List of module objects (configuration)
47	Table 11 – FSM-Reset Table 12 – FSM-GetStatus
48	Table 13 – FSM-SetContext
49	Table 14 – FSM-GetContext
50	Table 15 – FSM-GetTopology
51	Table 16 – FSM-InformTopology
52	Table 17 – FSM-ChangeAddress
53	Table 18 – FSM-Start
55	Table 19 – FSMUL-RESET Table 20 – FSMUL-SET-VALUE
56	Table 21 – FSMUL-GET-VALUE
57	Table 22 – FSMUL-START-NET
58	Table 23 – FSMUL-DETECT
59	Table 24 – FSMUL-RECOG Table 25 – FSUMUL-SW-TRANS-MODE
60	Table 26 – FSMUL-MEAS-DELAY
61	Table 27 – FSMUL-SW-EVD
62	Table 28 – FSMUL-CONFIG
63	Table 29 – FSMUL-START-SYNC Table 30 – FSMUL-CLR-ERR
64	6.3.2 Field Device Control ASE Table 31 – FSMUL-EVENT Table 32 – FSMUL error event primitive and parameters
65	Table 33 – Support list of service for each class of FDC ASE
68	Table 34 – FDC-Reset for master class
69	Table 35 – FDC-Open for master class
70	Table 36 – FDC-Enable for master class Table 37 – FDC-Connect for master class
71	Table 38 – FDC-SyncSet for master class
72	Table 39 – FDC-Disconnect for master class
73	Table 40 – FDC-ResumeCycle for master class Table 41 – FDC-ComCycle for master class
74	Table 42 – FDC-Command for master class
75	Table 43 – FDC-DataExchange for master class
79	Table 44 – FDC-Reset for slave class Table 45 – FDC-Open for slave class
80	Table 46 – FDC-Enable for slave class
81	Table 47 – FDC-Connect for slave class
82	Table 48 – FDC-SyncSet for slave class
84	Table 49 – FDC-Disconnect for slave class Table 50 – FDC-ResumeCycle for slave class
85	Table 51 – FDC-ComCycle for slave class Table 52 – FDC-Command for slave class
87	Table 53 – FDC-DataExchange for slave class
89	Table 54 – CTC-WRITE-DATA
90	Table 55 – CTC-READ-DATA
91	Table 56 – CTC-SDA
92	Table 57 – CTC-SDN
93	6.3.3 Message ASE Table 58 – CTC-EVENT Table 59 – Values of Event_ID for event service
94	Table 60 – Support list of service for each class of Message ASE
95	Table 61 – MSG-Reset for requester class
96	Table 62 – MSG-Open for requester class
97	Table 63 – MSG-Enable for requester class Table 64 – MSG-UserMessage for requester class
99	Table 65 – MSG-OnewayMessage for requester class
101	Table 66 – MSG-AbortTransaction for requester class
102	Table 67 – MSG-Reset for responder class
103	Table 68 – MSG-Open for responder class Table 69 – MSG-Enable for responder class
104	Table 70 – MSG-UserMessage for responder class
106	Table 71 – MSG-OnewayMessage for responder class
107	6.3.4 Event Management ASE Table 72 – MSG-AbortTransaction for responder class
108	Table 73 – Support list of service for each class of Event Management ASE
109	Table 74 – EVM-Reset Table 75 – EVM-Enable
110	Table 76 – EVM-SyncEvent Table 77 – EVM-ReadNetClock
111	6.4 FAL Ars 6.4.1 AR model
112	Table 78 – Support list of service for each class of AR ASE
114	Figure 6 – AR model for field device control service Figure 7 – AR model for message service
115	6.4.2 FSM AREP Figure 8 – MSG ARs between each APs
117	Table 79 – AR-Reset for FSM AR class Table 80 – AR-Open for FSM AR class
118	Table 81 – AR-Enable for FSM AR class
119	Table 82 – AR-SendSync for FSM AR class
120	Table 83 – AR-SendToken for FSM AR class
121	Table 84 – AR-ReqSend for FSM AR class
122	Table 85 – AR-SendDelay for FSM AR class
123	Table 86 – AR-ReqCDO for FSM AR class
124	Table 87 – AR-WriteCDO for FSM AR class
125	6.4.3 FDC AREP Table 88 – AR-SendAsync for FSM AR class
128	Table 89 – AR-Reset for FDC Master AR class Table 90 – AR-Open for FDC Master AR class
129	Table 91 – AR-Enable for FDC Master AR class Table 92 – AR-CycleEvent for FDC Master AR class
130	Table 93 – AR-StartComCycle for FDC Master AR class Table 94 – AR-ResetCycle for FDC Master AR class
131	Table 95 – AR-SendCommand for FDC Master AR class
134	Table 96 – AR-Reset for FDC Slave AR class Table 97 – AR-Open for FDC Slave AR class
135	Table 98 – AR-Enable for FDC Slave AR class Table 99 – AR-CycleEvent for FDC Slave AR class
136	Table 100 – AR-StartComCycle for FDC Slave AR class Table 101 – AR-ResetCycle for FDC Slave AR class
137	6.4.4 MSG AREP Table 102 – AR-SendCommand for FDC Slave AR class
139	Table 103 – AR-Reset for Message AR class Table 104 – AR-Open for Message AR class
140	Table 105 – AR-Enable for Message AR class
141	Table 106 – AR-SendMessage for Message AR class
142	Table 107 – AR-ReceiveMessage for Message AR class
143	Table 108 – AR-AbortMessage for Message AR class
144	Bibliography

Additional information

Status	Definitive
Pages	146
Publication Date	2023-06-20
ISBN	978 0 539 16650 7
Standard Number	BS EN IEC 61158-5-27:2023
Title	Industrial communication networks. Fieldbus specifications – Application layer service definition. Type 27 elements
Identical National Standard Of	EN 61158-5-27 Ed.1.0, IEC 61158-5-27 Ed.1.0
Descriptors	Industrial, Communication technology, Communication networks, Fieldbus, Specifications, Application software, Application process, Specific application service element
Publisher	BSI
Committee	GEL/65
ICS Codes	33.040.40 - Data communication networks

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