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GB/T 29618.2-2017 English PDF

GB/T 29618.2: Historical versions

Standard IDUSDBUY PDFLead-DaysStandard Title (Description)Status
GB/T 29618.2-2017RFQ ASK 3 days Field device tool (FDT) interface specification -- Part 2: Concepts and detailed description Valid
GB/T 29618.2-2013RFQ ASK 7 days Field device tool (FDT) interface specification -- Part 2: Concepts and detailed description Obsolete

Basic data

Standard ID: GB/T 29618.2-2017 (GB/T29618.2-2017)
Description (Translated English): Field device tool (FDT) interface specification -- Part 2: Concepts and detailed description
Sector / Industry: National Standard (Recommended)
Classification of Chinese Standard: N10
Classification of International Standard: 25.040
Word Count Estimation: 158,130
Date of Issue: 2017-07-31
Date of Implementation: 2018-02-01
Older Standard (superseded by this standard): GB/T 29618.2-2013
Issuing agency(ies): General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China

GB/T 29618.2-2017: Field device tool (FDT) interface specification -- Part 2: Concepts and detailed description


---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
Field device tool (FDT) interface specification - Part 2. Concepts and detailed description ICS 25.040 N10 National Standards of People's Republic of China Replacing GB/T 29618.2-2013 Field Device Tool (FDT) Interface Specification Part 2. Concept and detailed description Fielddevicetool (FDT) interfacespecification- Part 2.Conceptsanddetaileddescription (IEC 62453-2.2016, IDT) 2017-07-31 Posted 2018-02-01 implementation General Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China China National Standardization Administration released Directory Foreword IX Introduction Ⅺ 1 Scope 1 2 Normative references 1 3 Terms and Definitions, Symbols and Abbreviations, Conventions 1 3.1 Terms and definitions 1 3.2 Symbols and Abbreviations 2 3.3 agreement 2 4 basic principle 2 4.1 Overview 2 4.2 Abstract FDT model 2 4.3 Modularity 14 4.4 bus category 14 4.5 Recognition 15 4.6 System and FDT Topology 16 4.7 FDT Communication 17 4.8 DTM, DTM Device Type and Hardware Identification Information 19 4.9 DTM data permanent storage and synchronization 21 4.10 DTM Device Parameters Access 22 4.11 DTM state machine 22 4.12 basic operation stage 24 4.13 FDT Version Interoperability 25 5 FDT Session Model and Use Case 27 5.1 Session Model Overview 27 5.2 Executive 28 5.3 Use Case 30 General Concepts 6.1 Address Management 44 6.2 Scanning and DTM Assignment 44 6.3 Configuration of the fieldbus master or communication scheduler 46 6.4 PLC Tools Support 46 6.5 Slave redundancy 48 7 FDT Service Specification 50 7.1 Service Specification Overview 50 7.2 DTM service 50 7.3 represents the object service 68 7.4 channel object service 68 7.5 Process Channel Object Services - Services for IO Related Information 69 7.6 Communication Channel Object Service 70 7.7 Framework Application Services 76 8 FDT dynamic behavior 85 8.1 Generate FDT Topology 85 8.2 Address Setting 87 8.3 Communication 89 8.4 Scanning and DTM Assignment 91 8.5 Multi-user environment 92 8.6 Change Notice 96 8.7 DTM Instance Data State Machine 96 8.8 Working with Redundant Slaves's Parent 99 8.9 DTM upgrade 100 Appendix A (Normative) FDT data type definition 103 A.1 Overview 103 A.2 basic data types 103 A.3 General data types 104 A.4 user information data type 122 A.5 DTM information data type 123 A.6 BTM data type 123 A.7 Device and Scan Identification Data Types 125 A.8 Functional Data Types 129 A.9 AuditTrail data type 132 A.10 Document Data Type 133 A.11 DeviceList Data Types 135 A.12 Network Management Data Types 136 A.13 Data Types for Instance 138 A.14 DeviceStatus data types 142 A.15 OnlineCompare data type 143 A.16 UserInterface data type 143 A.17 Fieldbus-specific data types 144 References 146 Figure 1 GB/T 29618 series Part 2 Ⅺ Figure 2 Abstract FDT model 2 Figure 3 Integrated Communications Channel Framework Application 6 Figure 4 Device Type Manager (DTM) 6 Figure 5 Communication DTM 7 Figure 6 Device DTM 7 Figure 7 Gateway DTM 8 Figure 8 Composite Equipment DTM 9 Figure 9 modular equipment 10 Figure 10 Block Type Manager (BTM) 10 FIG. 11 shows the object 11 Figure 12 Channel object 12 Figure 13 Communication Channel 13 Figure 14 Combination of Process and Communication Channels 14 Figure 15 Identification of connected equipment 15 Figure 16 FDT Topology for a Simple System 16 Figure 17 FDT Topology for Complex System Topologies 17 Figure 18 Peer to Peer Communication 18 Figure 19 Nested Communication 19 Figure 20 DTM, DTM Device Type and Device Identification Information 20 Figure 21 Connected Hardware Identification 21 Figure 22 FDT Storage and Synchronization Mechanism 22 Figure 23 DTM state machine 23 Figure 24 allows sub-states of communication 24 Figure 25 The main use case Figure 28 Figure 26 Observation Example 30 Figure 27 Operational Example 31 Figure 28 Maintenance Cases 35 Figure 29 Planning Use Case 39 Figure 30 OEM Services 42 Figure 31 Manager Use Case 43 Figure 32 Address Setting by DTM Presentation Object 44 Figure 33 Fieldbus Scanning 45 Figure 34 Fieldbus Master Configuration Tool as part of DTM 46 Figure 35 Process Image 47 Figure 36 Layout information transmitted via the process image 47 Figure 37 Redundancy 48 Figure 38 Frame Application Trigger Generation FDT Topology 86 Figure 39 DTM Trigger Generation FDT Topology 86 Figure 40 Setting or Modifying Device Addresses - Using User Interface 87 Figure 41 Setting or Modifying Device Addresses - No User Interface 88 Figure 42 Interface Shows or modifies the addresses of all the sub-devices - using the user interface 88 Figure 43 Peer-to-peer Communication 89 Figure 44 Nested Communication 90 Figure 45 Device Initiated Data Transfer 91 Figure 46 Scan and DTM Assignment 92 Figure 47 Multi-user system 93 Figure 48 Normal Synchronization Mechanism 94 Figure 49 Typical Asynchronous Locking Mechanism 94 Fig. 50 Parameterization in the case of a synchronous locking mechanism 95 Figure 51 Example Data Modification State Machine 96 Figure 52 Permanent state machine for instance data 97 Figure 53 Managing Redundant Topology 100 Figure 54 Correlates the data to dataSetId 101 Figure 55 shows the supported dataSetId load data 102 Table 1 FDT object description 3 Table 2 FDT object description of the relationship between 4 Table 3 DTM Status Transitions 23 Table 4 Sub-state conversions for DTM "communicationAlowed" 24 Table 5 Operating Phase 25 Table 6 Executive 29 Table 7 Operational Cases 31 Table 8 Maintenance Cases 35 Table 9 Planning Use Cases 40 Table 10 Manager Use Cases 43 Table 11 PrivateDialogEnabled service parameters 50 Table 12 SetLanguage Services Parameters Table 13 SetSystemGuiLabel Service Parameters Table 14 Parameters for the GetTypeInformation service (for DTM) Table 15 Parameter 53 of the GetTypeInformation service (for BTM) Table 16 Parameter for the GetIdentificationInformation service (for DTM) Table 17 Parameter for the GetIdentificationInformation service (for BTM) Table 18 HardwareInformation Services (for DTM) Parameters Table 19 GetActiveTypeInfo Service Parameters Table 20 Parameter 54 for the GetActiveTypeInfo service (for BTM) Table 21 Parameters for Initialize Service (for DTM) Table 22 Parameters for the Initialize Service (for BTM) Table 23 SetLinkedCommunicationChannel Service Parameters Table 24 EnableCommunication service parameters 56 Table 25 ReleaseLinkedCommunicationChannel Service Parameters Table 26 ClearInstanceData Service Parameters Table 27 Terminate Service Parameters Table 28 GetFunctions Service Parameters Table 29 InvokeFunctions Service Parameters Table 30 GetGuiInformation service parameters 58 Table 31 Parameters of the OpenPresentation service 59 Table 32 ClosePresentation service parameters 59 Table 33 GetChannels Service Parameters 60 Table 34 GetDocumentation Service Parameters 60 Table 35 InstanceDataInformation parameters for service 60 Table 36 InstanceDataRead Service Parameters 61 Table 37 InstanceDataWrite service parameters 61 Table 38 Verify service parameters 62 Table 39 CompareDataValueSets service parameters 62 Table 40 DeviceDataInformation service parameters 62 Table 41 DeviceDataRead Service Parameters Table 42 DeviceDataWrite Service Parameters Table 43 Network Management Information Services parameters 64 Table 44 Network Management Information Services parameters 64 Table 45 Parameter 64 for DeviceStatus service (for DTM) Table 46 Parameter 65 of the CompareDataValueSetWithDeviceData service (for DTM) Table 47 Parameters for WriteDataToDevice Service (for DTM) 65 Table 48 Parameter 65 of the ReadDataFromDevice service (for DTM) Table 49 OnLockInstanceData service parameters 66 Table 50 OnUnlockInstanceData service parameters 66 Table 51 OnInstanceDataChanged Service Parameters 67 Table 52 OnInstanceChildDataChanged service parameters 67 Table 53 Export Service Parameters 67 Table 54 Import service parameters 68 Table 55 Parameters for the ReadChannelInformation service 68 Table 56 Parameters for the WriteChannelInformation Service 69 Table 57 Parameters for the ReadChannelData Service 69 Table 58 Parameters for the WriteChannelData Service 69 Table 59 GetSupportedProtocols service parameters 70 Table 60 Connect service parameters 70 Table 61 Disconnect Services Parameters 71 Table 62 AbortRequest Service Parameters 71 Table 63 AbortIndication Service Parameters 71 Table 64 Transaction Service Parameters 72 Table 65 Parameter for the SequenceDefine service 72 Table 66 SequenceStart Service Parameters 73 Table 67 ValidateAddChild service parameters 73 Table 68 ChilaAdded Service Parameters 73 Table 69 Parameter ValidateRemoveChild Service 74 Table 70 ChildRemoved Service Parameters 74 Table 71 SetChildrenAddresses Service Parameters Table 72 GetChannelFunctions Service Parameters Table 73 GetGuiInformation Service parameters 75 Table 74 Scan Service Parameters Table 75 OnErrorMessage service parameters Table 76 OnProgress service parameters 77 Table 77 OnOnlineStatusChanged Service Parameters Table 78 Parameters for OnFunctionsChanged Service 77 Table 79 GetDtmInfoList service parameters 78 Table 80 CreatChild (DTM) Service Parameters 78 Table 81 CreatChild (BTM) Service Parameters 78 Table 82 DeleteChild service parameters 79 Table 83 Parameters of the MoveChild Service 79 Table 84 GetParentNodes Service Parameters 79 Table 85 GetChildNodes Service Parameters 80 Table 86 GetDtm service parameters 80 Table 87 ReleaseDtm service parameters 80 Table 88 Parameters for the OnAddedRedundantChild service 81 Table 89 OnRemoveRedundantChild service parameters 81 Table 90 SaveInstanceData service parameters 81 Table 91 LoadInstanceData Service Parameters 82 Table 92 GetPrivateDtmStorageInformation parameters for service 82 Table 93 LockInstanceData Service Parameters 82 Table 94 UnlockInstanceData service parameters 83 Table 95 Parameter 83 for the OnInstanceDataChanged service Table 96 Parameter ValidateProcessImage Service 83 Table 97 Parameters of the OpenPresentationRequest service 84 Table 98 ClosePresentationRequest service parameters 84 Table 99 UserDialog service parameters 84 Table 100 RecordAuditTrailEvent service parameters 85 Table 101 Example Data Modification State Machine 97 Table 102 Permanent State Machine for Instance Data 97 Table 103 Examples of DTM lifecycles 98 Table A.1 Basic data types 104 Table A.2 Simple General Data Types 104 Table A.3 classificationId enumeration value of the definition of 111 Table A.4 General Structured Data Types 113 Table A.5 Simple User Information Data Types 122 Table A.6 structured user information data type 123 Table A.7 structured DTM information data types 123 Table A.8 Simple BTM Data Types 124 Table A.9 structured BTM data types Table A.10 Simple Device Identification Data Types 125 Table A.11 Structured Device Identification Data Types 126 Table A.12 Simple Function Data Types 129 Table A.13 structured functional data types 130 Table A.14 Simple auditTrail Data Types 132 Table A.15 structured auditTrail data types Table A.16 Simple Document Data Types Table A.17. Structured Document Data Types Table A.18 Simple devList Data Types Table A.19 structured devList data types Table A.20 Simple Network Management Data Types 137 Table A.21 Structured Network Management Data Types Table A.22 Simple Instance Data Types Table A.23 structured instance data types Table A.24 Simple Device Status Data Types 142 Table A.25 structured device status data types Table A.26 Simple Online Comparison of Data Types 143 Table A.27 Structured online comparison data types 143 Table A.28 Simple user interface data types Table A.29 structured user interface data types Table A.30 Fieldbus Data Types 145

Foreword

GB/T 29618 "Field Device Tool (FDT) Interface Specification" is divided into the following sections. --- Part 1. Overview and guidelines; --- Part 2. Concept and detailed description; --- Part 301. Communication profile integrated FF field bus specification; --- Part 302. Communication rules integrated universal industrial agreement; --- Part 306. Communication rules integrated INTERBUS fieldbus specification; --- Part 309. Communication profile integrated addressable remote sensor high-speed channel; --- Part 315. Communication line regulation integrated MODBUS field bus specification; --- Part 41. Object model lineage integration common object model; --- Part 42. Object model rules integrated common language infrastructure; --- Part 515. Common object model of communication to achieve MODBUS field bus specification --- Part 51-10. Common Object Model Communication to achieve FF Fieldbus Specification; --- Part 51-20. Common object model of communication to achieve universal industrial agreement; Part 51-60. General object model communication to achieve INTERBUS fieldbus specification; --- Part 51-90. Common object model of communication to achieve IEC 61784CPF9; --- Part 51-150. Common object model of communication to achieve IEC 61784CPF15; --- Part 52-10. General language infrastructure to achieve communication FF fieldbus specification; --- Part 52-20. Common language infrastructure to achieve universal industrial communication protocol; --- Part 52-31. Communication of the common language infrastructure IEC 61784CP3/1 and CP3/2; --- Part 52-32. Communication of common language infrastructure IEC 61784CP3/4, CP3/5 and CP3/6; --- Part 52-90. Common language infrastructure to achieve communication EC61784CPF9; --- Part 52-150 of the General Language Infrastructure Communication IEC 61784CPF15; --- Part 61. Generic object model device type manager style guide; --- Part 62. Field Device Tool (FDT) common language infrastructure style guide. This section GB/T 29618 Part 2. This section drafted in accordance with GB/T 1.1-2009 given rules. This Part replaces GB/T 29618.2-2013 "Field Device Tool (FDT) Interface Specification Part 2. Concept and detailed description", This section compared with GB/T 29618.2-2013 In addition to editorial changes, the main technical changes are as follows. --- The range has been adjusted accordingly (see Chapter 1,.2013 Chapter 1); --- Normative references have been adjusted accordingly (see Chapter 2,.2013 Chapter 2); --- Added the term "sub DTM" (see 3.1.1); --- Added the term "parent DTM" (see 3.1.4); --- Increased agreement "UML use" (see 3.3.1); --- Removed the BTM item in Table 1, which indicated that the channel item was adjusted accordingly (see Table 1 in Table 1,.2013). --- Added an overview of the beginning of the framework application (see 4.2.2.1); --- Increased system communication (see 4.2.2.2); --- Added DTM Business Logic Overview (see 4.2.3.1); --- Added DTM category and the beginning of the overview, communication DTM (COMM-DTM), DTM equipment, gateway DTM, composite set DTM, Module DTM, Block Type Manager (BTM); --- Added DTM functions, command functions and static functions (see 4.2.3.3); --- Increased identification and specific content (see 4.5); --- Increased system and FDT topology (see 4.6); --- Increased FDT communication (see 4.7); --- Added Figures 7, 8, 9, 10 (see 4.2.3.2), Figure 12, Figure 13, Figure 14 (see 4.2.4), Figure 20, Figure 21 Figure 22 (see 4.9), Figure 23, Figure 24 (see 4.11), Figure 26, Figure 27, Figure 28, Figure 29, Figure 30 and Figure 31 --- Removed the PLC overview of the beginning of the PLC tool support document chapter, PLC process image changes (see.2013 version 6.4); --- Removed part of ReadDataFromDevice service (see.2013 version 7.2.12.4); --- Deleted the process of image authentication related FA services (see.2013 version 7.7.7). This section uses the translation method identical with IEC 62453-2.2016 "Field Device Tool (FDT) Interface Specification Part 2. Concepts and Detailed description "(in English). The documents of our country that are consistent with the corresponding international documents that are normative references in this section are as follows. --- Part 1 GB/T 15969.1-2007 programmable logic controller General Information (IEC 61131-1.2003, IDT); --- Part 2. Equipment requirements and testing (IEC 61131-2.2007, IDT); --- GB/T 15969.2-2008; Programmable logic controller - Part 3. Programming language (IEC 61131-3.2002, IDT); GB/T 15969.4-2007 Programmable controller Part 4. User guide (IEC 61131-4.2004, IDT); --- GB/T 15969.5-2002 programmable logic controller Part 5. Communication (idtIEC 61131-5.2000); --- Part 6. Functional safety (IEC 61131-6.2012, IDT) --- GB/T 15969.6-2015; --- GB/T 15969.7-2008 Programmable controller Part 7. Fuzzy control programming (IEC 61131-7.2000, IDT); --- GB/T 15969.8-2007 Programmable controller Part 8 - Programming language application and implementation guidelines (IEC /TR 61131-8.2003, IDT); --- GB/T 29618.301-2015 Field Device Tool (FDT) Interface Specification Part 301. Communication Profile Integration FF Fieldbus specification (IEC 62453-301.2009, IDT); --- GB/T 29618.302-2013 Field Device Tool (FDT) Interface Specification Part 302. Communication Profile Integration General Industrial Agreement (IEC 62453-302.2009, IDT); --- GB/T 29618.306-2017 Field Device Tool (FDT) Interface Specification Part 306. Communication Profile Integration INTERBUS Fieldbus Specification (IEC 62453-306 Ed. 1.0.2009, IDT); --- GB/T 29618.309-2013 Field Device Tool (FDT) Interface Specification Part 309. Remote Sensor High Speed Channel (IEC 62453-309.2009, IDT); --- GB/T 29618.315-2013 Field Device Tool (FDT) Interface Specification Part 315. Communication Profile Integration MODBUS Fieldbus Specification (IEC 62453-315.2009, IDT). 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. Southwest University, Mechanical Industry Instrumentation Technology and Economy Institute, Chongqing Chuan Yi Automation Co., Ltd. Division, Shanghai Automation Instrumentation Co., Ltd., Rockwell Automation (China) Co., Ltd., Zhejiang University Institute of Intelligent Systems and Control, Suzhou Software Co., Ltd. of the United States, Heights (Shanghai) Automation System Co., Ltd., Schneider Electric (China) Co., Ltd. The main drafters of this section. Zhang Yu, Liu Feng, Wang Chunxi, Wang Shuo, Wang Deji, Tian Yingming, Zhang Qingjun, Hua Rong, Feng Dongqin, Lu Yajun, Li Jing, Wang Yong, Du Jialin, Pan Dongbo. This part replaces the standards previously issued as. --- GB/T 29618.2-2013.

Introduction

This section provides interface specifications for developers of FDT (Field Device Tool) components, FDT components for client/server architecture Functional control and data access. This section is the result of analysis and design in the development of standard interfaces. These standard interfaces are easy to multiple Manufacturers develop servers and clients that seamlessly interoperate. Integrating field devices into the control system requires some additional tasks. In addition to the need for fieldbus specific tools and equipment specific Tools, you need to integrate these tools into higher-level system-wide planning or engineering tools. In particular, in order to be heterogeneous in large scale Of the control system (typ......
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