BS EN 61158-3-1:2014

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Industrial communication networks. Fieldbus specifications – Data-link layer service definition. Type 1 elements

Published By	Publication Date	Number of Pages
BSI	2014	132

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Description

IEC 61158-3-1:2014 defines the services provided to the Type 1 fieldbus application layer at the boundary between the application and data-link layers of the fieldbus reference model and systems management at the boundary between the data-link layer and systems management of the fieldbus reference model. This second edition cancels and replaces the first edition published in 2007. It constitutes a technical revision. The main change is the improved terms.

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PDF Pages	PDF Title
4	Foreword Endorsement notice
5	Annex ZA (normative) Normative references to international publications with their corresponding European publications
6	English CONTENTS
11	0 INTRODUCTION 0.1 General 0.2 Nomenclature for references within this standard
12	1 Scope 1.1 General 1.2 Specifications 1.3 Conformance
13	2 Normative references 3 Terms, definitions, symbols, abbreviations and conventions 3.1 Reference model terms and definitions
14	3.2 Service convention terms and definitions
15	3.3 Data-link service terms and definitions
16	Figures Figure 1 – Relationships of DLSAPs, DLSAP-addresses, DLCEPs, DLCEP-addresses, DLSEP-addresses and group DLaddresses
18	3.4 Common symbols and abbreviations
19	3.5 Common conventions
21	4 Overview of the data-link layer service 4.1 General
22	Figure 2 – Example of paths, links, bridges, and the extended link
23	4.2 Types and classes of data-link layer service
24	4.3 Quality-of-service (QoS) attributes common to multiple types of data-link layer servicexe “Type 1: Quality of Service (QoS)” b
27	Figure 3 – Types of DLtimelinessIn terms of elapsed DLtime and events at the assessing DLCEP
29	5 DL(SAP)-address, queue and buffer management data-link layer service 5.1 Facilities of the DL(SAP)-address, queue and buffer management data-link layer service 5.2 Model of the DL(SAP)-address, queue and buffer management data-link layer service 5.3 Sequence of primitives at one DLSAP
30	Tables Table 1 – Summary of DL(SAP)-address, queue and buffer managementprimitives and parameters
31	5.4 DL(SAP)-address, queue and buffer management facilities Figure 4 – Sequence of primitives for the DL(SAP)-address,queue and buffer management DLS
32	Figure 5 – Supported methods of data management for transmission and delivery Table 2 – DLbuffer-and-queue-management create primitive and parameters
35	Table 3 – DLbuffer-and-queue-management delete primitive and parameters
36	Table 4 – DL(SAP)-address-management bind primitive and parameters
37	Table 5 – DL(SAP)-role constraints on DLSAPs, DLCEPs and other DLS Primitives
41	Table 6 – DL(SAP)-address-management unbind primitive and parameters Table 7 – DLbuffer-management put primitive and parameters
43	Table 8 – DLbuffer-and-queue-management get primitive and parameters
45	6 Connection-mode data-link layer service 6.1 Facilities of the connection-mode data-link layer service
46	6.2 Model of the connection-mode data-link layer service Figure 6 – Peer-to-peer and multi-peer DLCs and their DLCEPs
47	Figure 7 – OSI abstract queue model of a peer DLC between a pair of DLS-users
49	Table 9 – Relationships between abstract queue model objects
51	Figure 8 – OSI abstract queue model of a multi-peer DLC between apublishing DLS-user and a set of subscribing DLS-users
53	6.3 Quality of connection-mode service
55	Table 10 – Attributes and class requirements of DLCEP data delivery features
59	6.4 Sequence of primitives
61	Table 11 – Summary of DLconnection-mode primitives and parameters (portion 1)
62	Table 12 – Summary of DLconnection-mode primitives and parameters (portion 2)
63	Figure 9 – Summary of DLconnection-mode service primitive time-sequence diagrams for peer DLCs (portion 1)
64	Figure 10 – Summary of DLconnection-mode service primitive time-sequence diagrams for peer DLCs (portion 2)
65	Figure 11 – Summary of DLconnection-mode service primitive time-sequence diagrams for publishers of a multi-peer DLC (portion 1)
66	Figure 12 – Summary of DLconnection-mode service primitive time-sequence diagrams for publishers of a multi-peer DLC (portion 2)
67	Figure 13 – Summary of additional DLconnection-mode service primitivetime-sequence diagrams for a multi-peer DLC subscriberwhere the diagrams differ from the corresponding ones for a publisher (portion 1)
68	Figure 14 – Summary of additional DLconnection-mode service primitivetime-sequence diagrams for a multi-peer DLC subscriberwhere the diagrams differ from the corresponding ones for a publisher (portion 2)
69	Figure 15 – State transition diagram for sequences ofDLconnection-mode service primitives at a DLCEP
70	6.5 Connection establishment phase
71	Table 13 – DLC / DLCEP establishment primitives and parameters (portion 1)
72	Table 14 – DLC / DLCEP establishment primitives and parameters (portion 2)
75	Figure 16 – Peer DLC/DLCEP establishment initiated by a single DLS-user
76	Figure 17 – Multi-peer DLC/DLCEP establishment initiated by the publishing DLS-user Figure 18 – Multi-peer DLC/DLCEP establishment initiated by a subscribing DLS-user Figure 19 – Multi-peer DLC/DLCEP establishment using known DLCEP addresses initiated first by the publishing DLS-user Figure 20 – Multi-peer DLC/DLCEP establishment using known DLCEP addresses initiated first by one or more subscribing DLS-users
77	6.6 Connection release phase Figure 21 – Peer DLC/DLCEP establishment initiated simultaneously by bothpeer DLS-users, resulting in a merged DLC Figure 22 – Multi-peer DLC/DLCEP establishment initiated simultaneously by bothpublishing and subscribing DLS-users, resulting in a merged DLC
78	Table 15 – DLC / DLCEP release primitives and parameters
80	Figure 23 – Peer DLS-user invocation Figure 24 – Publishing DLS-user invocation Figure 25 – Subscribing DLS-user invocation Figure 26 – Simultaneous invocation by both DLS-users Figure 27 – Peer DLS-provider invocation Figure 28 – Publishing DLS-provider invocation Figure 29 – Subscribing DLS-provider invocation Figure 30 – Simultaneous peer DLS-user and DLS-provider invocations
81	Figure 31 – Simultaneous publishing DLS-user and DLS-provider invocations Figure 32 – Simultaneous subscribing DLS-user and DLS-provider invocations Figure 33 – Sequence of primitives in a peer DLS-user rejectionof a DLC/DLCEP establishment attempt Figure 34 – Sequence of primitives in a publishing DLS-user rejectionof a DLC/DLCEP establishment attempt Figure 35 – Sequence of primitives in a subscribing DLS-user rejectionof a DLC/DLCEP establishment attempt
82	Figure 36 – Sequence of primitives in a DLS-provider rejectionof a DLC/DLCEP establishment attempt Figure 37 – Sequence of primitives in a DLS-user cancellationof a DLC/DLCEP establishment attempt: both primitives are destroyed in the queue Figure 38 – Sequence of primitives in a DLS-user cancellation of a DLC/DLCEP establishment attempt: DLDisconnect indication arrives before DLConnect responseis sent Figure 39 – Sequence of primitives in a DLS-user cancellation of a DLC/DLCEP establishment attempt: peer DLDisconnect indication arrives after DLConnect response is sent
83	6.7 Data transfer phase Figure 40 – Sequence of primitives in a DLS-user cancellationof a DLC/DLCEP establishment attempt:publisher’s DLDisconnect indication arrives after DLConnect response is sent Figure 41 – Sequence of primitives in a DLS-user cancellationof a DLC/DLCEP establishment attempt: subscriber’s DLDisconnect request arrivesafter DLConnect request has been communicated to the publisher Table 16 – Queue data transfer primitive and parameters
85	Figure 42 – Sequence of primitives for a Classical or Disordered peer-to-peerqueue-to-queue data transfer
86	Figure 43 – Sequence of primitives for an Ordered or Unordered peer-to-peer, or an Unordered subscriber-to-publisher queue-to-queue data transfer Figure 44 – Sequence of primitives for a publisher-to-subscribersqueue-to-queue data transfer Figure 45 – Sequence of primitives for a failed queue-to-queue data transfer Table 17 – Buffer sent primitive and parameter
87	Figure 46 – Sequence of primitives for an Ordered or Unordered peer to peer, or an Unordered subscriber to publisher, buffer to buffer data transfer Table 18 – Buffer received primitive and parameter
88	Figure 47 – Sequence of primitives for a publisher to subscribersbuffer to buffer data transfer Figure 48 – Sequence of primitives for an Ordered or Unordered peer to peer, or an Unordered subscriber to publisher, buffer to queue data transfer Figure 49 – Sequence of primitives for a publisher to subscribersbuffer to queue data transfer
89	Table 19 – DLC/DLCEP reset primitives and parameters (portion 1) Table 20 – DLC/DLCEP reset primitives and parameters (portion 2)
91	Figure 50 – Sequence of primitives in a peer DLSuser initiated Reset
92	Figure 51 – Sequence of primitives in a publishing DLSuser initiated Reset Figure 52 – Sequence of primitives in a subscribing DLSuser initiated Reset Figure 53 – Sequence of primitives in a simultaneous peer DLSusers initiated Reset Figure 54 – Sequence of primitives in a simultaneous multi-peer DLS-users initiated Reset Figure 55 – Sequence of primitives in a peer DLS-provider initiated Reset Figure 56 – Sequence of primitives in a publishing DLS-provider initiated Reset
93	Figure 57 – Sequence of primitives in a subscribing DLS-provider initiated Reset Figure 58 – Sequence of primitives in a simultaneouspeer DLS-user and DLS-provider initiated Reset Figure 59 – Sequence of primitives in a simultaneouspublishing DLS-user and DLS-provider initiated Reset Figure 60 – Sequence of primitives in a simultaneoussubscribing DLS-user and DLS-provider initiated Reset
94	Figure 61 – Sequence of primitives for Subscriber Query Table 21 – Subscriber query primitives and parameters
95	7 Connectionless-mode data-link layer service 7.1 Facilities of the connectionless-mode data-link layer service 7.2 Model of the connectionless-mode data-link layer service
96	Figure 62 – Model for a data-link layer connectionless-mode unitdata transmissionor unitdata exchange
97	7.3 Quality of connectionless-mode service 7.4 Sequence of primitives
98	Table 22 – Summary of DLconnectionless-mode primitives and parameters
99	Figure 63 – Summary of DLconnectionless-mode service primitive time-sequence diagrams
100	7.5 Connectionless-mode functions Figure 64 – State transition diagram for sequences ofconnectionless-mode primitives at one DLSAP
101	Table 23 – DLconnectionless-mode unitdata transfer primitives and parameters
103	Figure 65 – Sequence of primitives for a successful locally-acknowledgedconnectionless-mode unitdata transfer
104	Figure 66 – Sequence of primitives for a successful remotely-acknowledgedconnectionless-mode unitdata transfer Figure 67 – Sequence of primitives for an unsuccessfulconnectionless-mode unitdata transfer
105	Table 24 – DLconnectionless-mode unitdata exchange primitive and parameters
109	Figure 68 – Sequence of primitives for connectionless-mode unitdata exchange
110	Figure 69 – Sequence of primitives for connectionless-mode listener query Table 25 – Listener query primitives and parameters
111	8 Time and scheduling guidance data-link layer service 8.1 Facilities and classes of the time and scheduling guidance data-link layer service
112	8.2 Model of the time and scheduling guidance data-link layer service 8.3 Quality of scheduling guidance service 8.4 Sequence of primitives at one DLE
113	Table 26 – Summary of DLscheduling-guidance primitives and parameters
114	8.5 Scheduling guidance functions Figure 70 – Summary of time and scheduling-guidance service primitivetime sequence diagrams
115	Table 27 – DLtime primitive and parameters
116	Figure 71 – Sequence of primitives for DLtime Table 28 – DLscheduling-guidance Compel-service primitive and parameters
118	Figure 72 – Sequence of primitives for the Compel-Service service
119	Table 29 – DLscheduling-guidance Schedule Sequence primitives and parameters
122	Figure 73 – Sequence of primitives for the sequence scheduling services
123	Table 30 – DLscheduling-guidance Cancel Schedule primitives and parameters
124	Table 31 – DLscheduling-guidance Subset Sequence primitives and parameters
125	9 DLmanagement service 9.1 Scope and inheritance 9.2 Facilities of the DLmanagement service 9.3 Model of the DLmanagement service 9.4 Constraints on sequence of primitives Figure 74 – Sequence of primitives for the DLM action service
126	9.5 Set Table 32 – Summary of DLmanagement primitives and parameters Table 33 – DLMSet primitive and parameters
127	9.6 Get 9.7 Action Table 34 – DLMGet primitive and parameters
128	9.8 Event Table 35 – DLMAction primitive and parameters
129	Table 36 – DLMEvent primitive and parameters
130	Bibliography

Additional information

Status	Definitive
Pages	132
Publication Date	2014-10-31
ISBN	978 0 580 79361 5
Standard Number	BS EN 61158-3-1:2014
Title	Industrial communication networks. Fieldbus specifications – Data-link layer service definition. Type 1 elements
Identical National Standard Of	IEC 61158-3-1:2014, EN 61158-3-1:2014
Replaces	BS EN 61158-3-1:2008
Descriptors	Communication procedures, Data transmission, Bus networks, Industrial, Interfaces (data processing), Process control, Data link layer (OSI), Communication networks, Automatic control systems, Fieldbus, Open systems interconnection, Computer networks
Publisher	BSI
Committee	GEL/65/3
ICS Codes	35.110 - Networking

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