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GB/Z 29619.6-2013Digital data communication for measurement and control -- Fieldbus for use in industrial control systems -- Type 8: INTERBUS specification -- Part 6: Application Layer Protocol specification (English PDF)

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Issued by

General Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China, China National Standardization Administration

Level / Type

National · Recommended

Issue date

July 19, 2013

Implementation date

December 15, 2013

Scope

GB/Z 29619.6-2013 (Digital data communication for measurement and control -- Fieldbus for use in industrial control systems -- Type 8: INTERBUS specification -- Part 6: Application Layer Protocol specification) is available as an English-translated PDF.

GB/Z 29619.6-2013 — Note. The system management used in GB/Z 29619 is a local mechanism for managing protocols at all levels. An application process uses INTERBUS application layer services to exchange information with other application processes.

Application layer service definition Abstract interface between application process and application layer. Application layer through the application layer protocol to achieve application layer service definition.

AL-protocol is one Group rules that govern the format and meaning of information exchanged between application layers of different devices. Protocols define the various states of an application layer and the efficient transitions between states.

It can be a limited one state machine. Protocol machine is described by the state table. Application process and protocol machine through the application service data unit for information exchange.

Protocol machine and other protocol machine through the application protocol data unit (APDU) for the exchange of information. Measurement and control of digital data communications industrial control systems with the fieldbus type 8.INTERBUS specification Part 6.

Application layer protocol specification 1 Scope GB/Z 29619 This section describes the INTERBUS application layer protocol, in order to provide the application of the definition of GB/Z 29619.5-2013 Layer services, these protocols are required.

Application layer protocol provides for the interaction between remote applications, with the help of. --- for the application layer protocol data unit (APDU) coding rules; --- common abstract syntax definition of these APDU; --- Processed APDU and primitive protocol state machine descriptions in the correct order; --- To and from the data link layer service APDU mapping, data link layer services defined by GB/Z 29619.4-2013.

The purpose of this section is to define the protocol to which the agreement is made. --- fieldbus reference model at the application layer and the data link layer border between the field bus data link layer; --- Fieldbus reference model application layer and system management at the border between the system management.

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Document preview — GB/Z 29619.6-2013

National Standard of the People's Republic of China

ICS: 25.040
Classification: N 10

Issued by: General Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China, China National Standardization Administration

Foreword V.
Introduction
1 Scope
2 Normative references
3 Terms and definitions
3.1 GB/T 9387.1-1998 terminology
3.2 Terms of GB/T 15695-2008
3.3 Terms of GB/T 17176-1997
3.4 GB/T 16262 terminology
3.5 GB/T 16263 terminology
3.6 Terms of GB/Z 29619.5-2013
3.7 INTERBUS application layer specific terms and definitions
4 Symbols and abbreviations
5 Convention
5.1 General Concepts
5.2 Category Definition Conventions
5.3 Abstract Grammar
5.4 Conventions for state machines
6 INTERBUS application layer protocol
6.1 FAL Syntax Description
6.2 Transfer Syntax
6.3 Protocol Machine Overview (ProtocolMachine)
6.4 Application Process Context State Machine (AP-Context)
6.5 FAL Service Protocol Machine (FSPM)
6.6 Application Relationship Protocol Machine (ARPM)
6.7 DLL Mapping Protocol Machine
Figure 1 application layer and the relationship between other layers
Figure 2 APDU Overview
Figure 3 APDUHeader
Figure 4 PDU Type Extension
Figure 5 PDU address extension
Figure 6 PDU Type and Address Expansion
Figure 7 An example of Establish-Request PDU
Figure 8 Encoding of a PRIVATE tag value
Figure 9 Encoding of a context-specific tag value
FIG. 10 identifies the information field
Figure 11 ID-info 28 with label values 0-14 and 0-6
Figure 12 ID-info 28 with label values of 15-255 and 0-6
Figure 13 ID-info 28 with label values 0-14 and length 7-255
Figure 14 ID-info 29 with a tag value of 15-255 and a length of 7-255
Figure 15 Boolean value is TRUE encoding
Figure 16 Encoding of Boolean value FALSE
Figure 17 String encoding
Figure 18 Binary Date Code
Figure 19 Code with a century binary date
Figure 20 Daytime encoding
Figure 21 Time difference encoding
Figure 22 Timing coding
Figure 23 Example of the structure of the object definition
Figure 24 Protocols exchanged between protocol machines
Figure 25 AP starts AP-Context state machine
Figure 26 FSPM state transitions Figure
Figure 27 QUB-FCARPM State Transitions Figure
Figure 28 BNUARPM State Transition Figure
Figure 29 QUB-TMAREP State Transitions Figure
Figure 30 DMPM state transitions Figure
Table 1 conventions for the state machine
Table 2 FAL-user issued to AP-Context primitive
Table 3 primitives issued by AP-Context to FAL-user
Table 4 AP-Context State Machine Sender State Transition
Table 5 AP-Context State Machine Receiver State Transition
Table 6 ResetArep Function
Table 7 ApContextTest Features
Table 8 ServicesSupportedTest Features
Table 9 ApExplicitConnection Features
Table 10 ImmediateAcknowledge function
Table 11 ConfirmedServiceCheck Features
Table 12 UnconfirmedServiceCheck Features
Table 13 ArServiceCheck Features
Table 14 ArFspmService Features
Table 15 ArAcceeSupported Features
Table 16 MaxFalPduLengthTest Functions
Table 17 NegotiateOutstandingServices Features
Table 18 RequestedServicesSupportedTest Features
Table 19 IndicatedServicesSupportedTest Features
Table 20 InvokeIdExistent Features
Table 21 SameService Features
Table 22 Primitives for AP-Context to FSPM
Table 23 Primitives published by FSPM to AP-Context
Table 24 FSPM Status Table - Sender Status Transition
Table 25 FSPM Status Table - Recipient Status Transition
Table 26 SelectArep Features
Table 27 primitives that FSPM publishes to ARPM
Table 28 Primitives for ARPM to FSPM
Table 29 FSPM and ARPM exchange primitive parameters
Table 30 QUB-FCARPM Status
Table 31 QUB-FCARPM Status Table - Sender Transaction
Table 32 QUB-FCARPM Status Table - Recipient Transaction
Table 33 GetArepld () Function
Table 34 BuildFAL-PDU Features
Table 35 FAL_Pdu_Type Function
Table 36 AREPContextCheck () Function
Table 37 AbortIdentifier Function
Table 38 AbortReason Features
Table 39 AbortDetail Features
Table 40 StartTimer Features
Table 41 StopTimer Features
Table 42 ResetCounters Features
Table 43 IncrementCounter Features
Table 44 DecrementCounter Features
Table 45 GetCounterValue Function
Table 46 primitives that FSPM advertises to ARPM
Table 47 Primitives for ARPM to FSPM
Table 48 Arguments for primitives exchanged between FSPM and ARPM
Table 49 BNUARPM Status
Table 50 BNUARPM Status Table - Sender Transaction
Table 51 BNUARPM Status Table - Recipient Transaction
Table 52 GetArepld () Function
Table 53 BuildFAL-PDU Features
Table 54 FAL_Pdu_Type Function
Table 55 AbortIdentifier Function
Table 56 AbortReason Features
Table 57 AbortDetail Features
Table 58 Primitives for FAL to ARPM
Table 59 Primitives for ARPM to FAL
Table 60 Parameter for primitives exchanged between FAL and ARPM
Table 61 QUB-TMARPM Status
Table 62 QUB-TM Status Table - Sender Transaction
Table 63 QUB-TM Status Table - Recipient Transaction
Table 64 GetArepId () Function
Table 65 BuildFAL-PDU Features
Table 66 FAL_Pdu_Type Function
Table 67 ResetCounters Features
Table 68 IncrementCounter Features
Table 69 DecrementCounter Features
Table 70 GetCounterValue Function
Table 71 Primitives for ARPM to DMPM
Table 72 Primitives for DMPM to Issue ARPM
Table 73 Arguments for primitives exchanged between ARPM and DMPM
Table 74 - The primitives exchanged between INTERBUS data link layer and DMPM
Table 75 DMPM Status Descriptions
Table 76 DMPM Status Table - Sender Transaction
Table 77 DMPM Status Table - Recipient Transaction
Table 78 PickArep Features
Table 79 FindAREP Features
Table 80 SelectNextArep Features
Table 81 ArepRole Function
Table 82 FalArHeader Features
Table 83 AddUcsPduHeader Function
Table 84 RemoveUcsPduHeader Features
Table 85 DILinkStatus Features

Foreword

GB/Z 29619 "Measurement and Control Digital Data Communications Industrial Control Systems Fieldbus Type 8. INTERBUS Specification" Former divided into 6 parts.

--- Part 1. Overview;

--- Part 2. Physical layer specification and service definition;

--- Part 3. Data Link Service Definition;

--- Part 4. Data link protocol specification;

--- Part 5. Application layer service definition;

--- Part 6. Application layer protocol specification.

This section GB/Z 29619 Part 6.

This section drafted in accordance with the rules given GB/T 1.1-2009 and GB/T 20000.2-2009.

GB/Z 29619 modified using IEC 61158:2003 "Measurement and Control Digital Data Communications Industrial Control Systems Fieldbus" Part of the content, no adjustment in the technical content, the structure is divided into 6 parts to meet the needs of different users to use alone.

For ease of use, this section made the following editorial changes.

a) According to the actual use of our country, in accordance with the provisions of GB/T 1.1-2009, the original text was edited editorial changes the content of surgery is exactly the same

b) reference to the original text of the international standards are the same or modify the use of our standard with our national standard number instead of the corresponding international Standard number, the rest have not been the same or modified to use as our standard international advanced standards, are referenced in this section.

This part is proposed by China Machinery Industry Federation.

This part of the National Industrial Process Measurement and Control Standardization Technical Committee (SAC/TC124) centralized.

This part of the drafting unit. Machinery Industry Instrumentation Technology and Economy Institute, Tsinghua University, Southwest University, Beijing Iron and Steel Design and Research General Hospital, Shanghai Automation Instrumentation Co., Ltd., Shanghai Institute of Industrial Automation Instrumentation, Nanjing Phoenix Contact Electric Co., Ltd.

Introduction

INTERBUS is a digital serial communication system used in control systems (such as programmable logic controllers) and industrial sensors and actuators Communication between field devices. These devices include simple limit switches and valves, as well as measurement sensors, measurement transmitters and actuators, and also can include sophisticated high-tech control systems such as controllers that control drive, torque, and process. It is optimized (but not limited to) the factory Automated application system.

This section describes the INTERBUS AL-Protocol, which is compatible with other parts of the INTERBUS specification family turn off. The INTERBUS specification series consists of a "three-layer" fieldbus reference model based on the basic reference model for Open Systems Interconnection Righteous. Both of these reference models subdivide the interconnected, standardized areas into a series of canonical, manageable layers of size.

AL-protocol defines the information and interactions exchanged between application entity calls (AE-Is) for supporting application services. AL-pro-tocol provides application services by using the data link layer or other directly available lower level services. The relationship between different layers such as

Figure 1 shows.

1 Figure, the relationship between the application layer and other layers

Note. The system management used in GB/Z 29619 is a local mechanism for managing protocols at all levels.

An application process uses INTERBUS application layer services to exchange information with other application processes. Application layer service definition Abstract interface between application process and application layer. Application layer through the application layer protocol to achieve application layer service definition. AL-protocol is one Group rules that govern the format and meaning of information exchanged between application layers of different devices.

Protocols define the various states of an application layer and the efficient transitions between states. It can be a limited one state machine. Protocol machine is described by the state table. Application process and protocol machine through the application service data unit for information exchange. Protocol machine and other protocol machine through the application protocol data unit (APDU) for the exchange of information.

Measurement and control of digital data communications industrial control systems with the fieldbus type 8.INTERBUS specification Part 6. Application layer protocol specification

1 Scope

GB/Z 29619 This section describes the INTERBUS application layer protocol, in order to provide the application of the definition of GB/Z 29619.5-2013 Layer services, these protocols are required.

Application layer protocol provides for the interaction between remote applications, with the help of.

--- for the application layer protocol data unit (APDU) coding rules;

--- common abstract syntax definition of these APDU;

--- Processed APDU and primitive protocol state machine descriptions in the correct order;

--- To and from the data link layer service APDU mapping, data link layer services defined by GB/Z 29619.4-2013.

The purpose of this section is to define the protocol to which the agreement is made.

--- fieldbus reference model at the application layer and the data link layer border between the field bus data link layer;

--- Fieldbus reference model application layer and system management at the border between the system management.

2 Normative references

The following documents for the application of this document is essential. For dated references, only the dated version applies to this article Pieces. For undated references, the latest edition (including all amendments) applies to this document.

GB/T 9387.1-1998 Information technology - Open Systems Interconnection basic reference model Part 1. Basic model (idtISO /IEC 7498-1:1994) GB/T 15695-2008 Information technology - Open Systems Interworking Presentation Services Definition (ISO/IEC 8822:1994, IDT) GB/T 16262 Information Technology Abstract Syntax Notation One (ASN.1) (GB/T 16262-2006, ISO/IEC 8824:2002, IDT) GB/T 16263 Information Technology ASN.1 coding rules (GB/T 16263-2006, ISO/IEC 8825:2002, IDT) GB/T 17176-1997 information technology open system interconnection application layer structure (idtISO /IEC 9545:1994) GB/T 17967-2000 Information Technology Open Systems Interconnection Basic Reference Model OSI Service Definition Conventions (idtISO /IEC 10731:1994) Measurement and control of digital data communications - Fieldbus type 8 for industrial control systems.

INTERBUS Specification Part 3. Data Link Service Definition Measurement and control of digital data communications - Fieldbus type 8 for industrial control systems.

INTERBUS Specification Part 4. Data Link Protocol Specification Measurement and control of digital data communications - Fieldbus type 8 for industrial control systems.

INTERBUS specification Part 5. Application layer service definition

3 Terms and definitions

The following terms and definitions apply to this document.

......
This preview omits tables, figures, formulas and parts of the technical clauses. The complete document — 125 pages — is available in the English PDF.

Referenced standards

Normative references

GB/T 9387.1-1998 · IEC 7498 · ISO/IEC 8822 · GB/T 16262 · GB/T 16262-2006 · ISO/IEC 8824 · ISO/IEC 8825 · GB/T 17176-1997 · IEC 9545 · GB/T 17967-2000 · IEC 10731

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