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GB/T 29910.4-2013: Industrial communication networks -- Fieldbus specifications -- Type 20 HART specification -- Part 4: Application layer protocol specification
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| GB/T 29910.4-2013 | English | 1194 |
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Industrial communication networks -- Fieldbus specifications -- Type 20 HART specification -- Part 4: Application layer protocol specification
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GB/T 29910.4-2013
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Basic data | Standard ID | GB/T 29910.4-2013 (GB/T29910.4-2013) | | Description (Translated English) | Industrial communication networks -- Fieldbus specifications -- Type 20 HART specification -- Part 4: Application layer protocol specification | | Sector / Industry | National Standard (Recommended) | | Classification of Chinese Standard | N10 | | Classification of International Standard | 25.040 | | Word Count Estimation | 60,663 | | Quoted Standard | GB/T 29910.3-2013; GB/T 29910.5-2013; IEC 60559; IEC/TR 61158-1; ISO/IEC 7498-1; ISO/IEC 8824-1; ISO/IEC 8825-1; ISO/IEC 8859-1; ISO/IEC 9545 | | Adopted Standard | IEC 61158-6-20: 2010, IDT | | Regulation (derived from) | National Standards Bulletin No. 25 of 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 | | Summary | This standard specifies the basic elements of public packet communication. These basic packet communication includes "strict time requirements (time-critical)" communication and "non-time-critical (non-time-critical)" communication. The term "time-critica | GB/T 29910.4-2013: Industrial communication networks -- Fieldbus specifications -- Type 20 HART specification -- Part 4: Application layer protocol specification
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. Industrial communication networks Fieldbus specifications Type 20 HART specification Part 4... Application layer protocol specification
ICS 25.040
N10
National Standards of People's Republic of China
Industrial communication networks - Fieldbus specifications
Type 20. HART specification
Part 4. Application layer protocol specification
specification-Part 4. Applicationlayerprotocolspecification
(IEC 61158-6-20.2010, Industrialcommunicationnetworks-Fieldbus
specification-Part 6-20. Applicationlayerprotocolspecification-
Type20elements, IDT)
Issued on. 2014-05-01 2013-12-17 implementation
Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China
Standardization Administration of China released
Table of Contents
Introduction Ⅴ
1 Scope 1
1.1 Overview 1
1.2 specification 1
1.3 Consistency 1
2 Normative references 1
3 Terms and definitions, symbols, abbreviations, conventions 2
3.1 Other standard terms and definitions 2
3.2 IEC /T R61158-1 term 3
Fieldbus application layer specific definitions 3.3 HART 6
3.4 Abbreviations and symbols 7
3.5 Conventions 8
3.6 State Machine conventions 9
4 abstract syntax 10
5 Transfer Syntax 10
5.1 Overview 10
5.2 General APDU structure 10
5.3 Service specific APDU structure 13
5.4 Data Encoding Rules 28
6 FAL protocol state machine structure 34
7 AP vertical relationship between the state machine 35
8 FAL service protocol machine (FSPM) 35
8.1 Overview 35
8.2 FSPM state table 36
8.3 FSPM use function 44
8.4 FSPM/ARPM primitive parameter 45
9 Application Protocol Machine Relationship (ARPM) 45
9.1 AREP mapped to the data link layer 45
9.2 application protocol machine relationship (ARPM) 47
9.3 AREP primitive state machine described 49
9.4 AREP state machine using function 50
10 DLL mapping protocol machine (DMPM) 50
10.1 DMPM state 50
10.2 DMPM state machine 50
10.3 primitives between the data link layer and the exchange of 51 DMPM
Function 52 10.4 DMPM use
References 53
Figure 1 APDU format 10
Figure 2 from the slave to the master's normal response 11
Figure 3 from the station to the master station command error response 12
4 response from the station to the communication error from the master 12
5 coding without marker 29 in FIG.
Figure 6 Integer type data encoding 29
Figure 7 Integer16 type of data encoding 29
8 unsigned type data encoding 29
Figure 9 Unsigned16 type of data encoding 30
10 single-precision floating-point data encoding 30
11 double-precision floating-point data encoding 31
12 Data type data encoding 32
Relations 13 agreements between the machine and the adjacent layers 35
Figure 14 FSPM state transition diagram 36
15 ARPM client state transition diagram 47
16 server ARPM state transition diagram 48
Figure 17 DMPM state transition diagram 50
Table 1 state machine used conventions 9
Table 2 Response Code (Responsecode) value 11
Table 3 device status (Devicestatus) value 11
Table 4 Response Code (Responsecode) value 12
Table 5 Communication error (Commerror) Code 13
Table 6 identifies the request APDU 13
Table 7 identifies the Value field response 14
Table 8 identifies the command-specific response code 15
Value Field Table 9 read primary variable response 15
Table 10 reads the main variable command-specific response code 15
Table 11 reads the loop current and the percentage of responses Value range field 16
Table 12 reads the loop current and the percentage of the range commands specific response code 16
Table 13 read dynamic variables and loop current response of the Value field 16
Table 14 read dynamic variables and loop current command-specific response code 17
Table 15 loop configuration write request Data Field 17
Table 16 Loopcurrentmode Code 17
Table 17 write circuit configuration commands specific response code 17
Table 18 Value of the reading circuit configuration response field 18
Table 19 reads a particular loop configuration command response code 18
Table 20 Value field read variable dynamic response of the family category 18
Table 21 Family Category command read dynamic variables specific response code 19
Data Table 22 field read variable request with the state of the device 19
Value read Table 23 field devices with a state variable response 19
Table 24 Variable status (Variablestatus) value 21
Table 25 read with state variable device-specific command response code 22
Table 26 Value read message response field 22
Table 27 message read command specific response code 23
Table 28 reads labels, Value date field descriptors and response 23
Table 29 reading labels, descriptor and date of the order-specific response code 23
Table 30 Value field read primary variable sensor response 24
Table 31 reads the main variable sensor command-specific response code 24
Reading device information table 32 in response to the Value field 24
Table 33 reads the device information command-specific response code 25
Table 34 reads the final assembly number Response Value field 25
Table 35 reads final assembly number of command-specific response code 25
Table 36 Write message request Data Field 26
Table 37 Write message command-specific response code 26
Table 38 write tag, descriptor and date of the request Data Field 26
Table 39 write tag, descriptor and date of the order-specific response code 27
Table 40 Number requests to write the final assembly of Data Fields 27
Table 41 final assembly number of commands to write specific response code 27
Table 42 Response label read length field 28 Value
Table 43 read long command-specific response code label 28
Data Table 44 Length field label request 28
Table 45 Length Labels command-specific response code 28
Table 46 Date type code 31
Table 47 single octet encoded enumerated type 32
Table 48 single octet BitField 33
Table 49 PackedASCII character set 33
Table 50 ISO Latin-1 character AccepTable subset 34
Table 51 FSPM state table - Client Services 36
Table 52 FSPM state table - server processing 44 cases
Table 53 Function Command () 44
Table 54 function CommErr () 44
Table 55 function CommandErr () 45
Table 56 function Resp () 45
Table 57 Function Device () 45
Table parameters primitives between 58 and ARPM FSPM exchange used 45
Table 59 Client ARPM state 47
Table 60 Table 48 state clients ARPM
Table 61 server status 48 APRM
Table 62 Table 49 server status ARPM
Table 63 ARPM sent DMPM primitives 49
Table 64 DMPM sent ARPM primitives 49
Parameters 50 Table 65 primitives exchanged between ARPM and DMPM used
State Description 50 Table 66 DMPM
Table 67 DMPM state table - Client Services 50
Table 68 DMPM state table - server transactions 51
Table 69 primitives between the data link layer and the exchange of 51 DMPM
Foreword
GB/T 29910 "Industrial communication networks - Fieldbus specifications - Type 20. HART specification" is divided into the following six sections.
--- Part 1. HART wired network physical layer service definition and protocol specification;
Part --- Article 2. HART wired network data link layer service definition and protocol specification;
--- Part 3. Application layer service definition;
--- Part 4. Application layer protocol specification;
Part --- Article 5. WirelessHART wireless communication network and communication profile;
--- Part 6. Application layer protocol specification definitions and additional services.
This section GB/T Part of 429,910.
This section drafted in accordance with GB/T 1.1-2009 given rules.
The second objective of this section is to provide existing industrial communication protocols migration path. It is this goal leads to different types of IEC 61158
Diversity of type of service.
1.3 Consistency
This section does not specify individual implementations or products, industrial automation system application layer entities are not constrained. Consistency is through
Implement the application layer protocol specification to obtain.
2 Normative references
The following documents for the application of this document is essential. For dated references, only the dated version suitable for use herein
Member. For undated references, the latest edition (including any amendments) applies to this document.
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