NB/T 11118.2-2023 English PDF
Basic dataStandard ID: NB/T 11118.2-2023 (NB/T11118.2-2023)Description (Translated English): EtherNet/IP communication interface and protocol of mechanical and electrical equipment in fully mechanized coal mining face - Part 2: Extended object library Sector / Industry: Energy Industry Standard (Recommended) Classification of Chinese Standard: D90 Classification of International Standard: 73.100.01 Word Count Estimation: 134,176 Date of Issue: 2023-02-06 Date of Implementation: 2023-08-06 Issuing agency(ies): National Energy Administration NB/T 11118.2-2023: EtherNet/IP communication interface and protocol of mechanical and electrical equipment in fully mechanized coal mining face - Part 2: Extended object library---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. ICS 73.100.01 CCSD90 Energy Industry Standards of the People's Republic of China Coal mine fully mechanized mining face electromechanical equipment EtherNet/IP Communication Interfaces and Protocols Part 2.Extended Object Library Published on 2023-02-06 2023-08-06 Implementation Released by the National Energy Administration Table of contentsPrefaceⅨ IntroductionX 1 Scope 1 2 Normative reference documents 1 3 Terms and Definitions 1 4 Object specification 2 4.1 Object addressing 2 4.2 Class code ID range 2 4.3 Attribute ID range 2 4.4 Service code range 3 4.5 Object specification table 3 5 Record object (class code=0x7E) 4 5.1 Scope 4 5.2 Class attributes 4 5.3 Instance properties 4 5.4 Public services 5 5.5 Object-specific services 5 5.6 Behavior 5 6 Query record object (class code=0x7F) 6 6.1 Scope 6 6.2 Class attributes 6 6.3 Instance properties 6 6.4 Public services7 6.5 Object-specific services 7 6.6 Behavior 7 7 Shearer object (class code = 0x80) 7 7.1 Scope 7 7.2 Class attributes 7 7.3 Instance properties 7 7.4 Semantic description 11 7.5 Public services17 7.6 Object-specific services 17 7.7 Behavior 17 8 Shearer cutting object (class code. 0x81) 18 8.1 Scope 18 8.2 Class attributes 18 8.3 Instance properties 18 8.4 Semantic description 19 8.5 Public services20 8.6 Object-specific services 20 8.7 Behavior 20 9 Shearer traction object (class code. 0x82) 21 9.1 Scope 21 9.2 Class attributes 21 9.3 Instance properties 21 9.4 Semantic description 22 9.5 Public services23 9.6 Object-specific services 23 9.7 Behavior 23 10 Coal shearer automatic cutting coal object 23 10.1 Scope 23 10.2 Class attributes 23 10.3 Instance properties 24 10.4 Semantic description 25 10.5 Public services27 10.6 Object-specific services 27 10.7 Behavior 27 11 Shearer reserved object (class code = 0x84) 27 12 Shearer reserved objects (class code = 0x85) 27 13 Shearer reserved objects (class code = 0x86) 27 14 Shearer reserved objects (class code = 0x87) 27 15 Shearer extension object (class code = 0x88) 28 16 Shearer extension object (class code = 0x89) 28 17 Shearer extension object (class code = 0x8A) 28 18 Shearer extension object (class code = 0x8B) 28 19 Shearer extension object (class code = 0x8C) 28 20 Shearer extension object (class code=0x8D) 28 21 Shearer extension object (class code = 0x8E) 28 22 Shearer extension object (class code = 0x8F) 28 23 Hydraulic support object (class code=0x90) 28 23.1 Scope 28 23.2 Class attributes 28 23.3 Instance properties 29 23.4 Semantic description 35 23.5 Public services 44 23.6 Object-specific services 44 23.7 Behavior 44 24 Hydraulic support combination control object (class code. 0x91) 44 24.1 Scope 44 24.2 Class attributes 44 24.3 Instance properties 45 24.4 Semantic description 45 24.5 Public services 46 24.6 Object-specific services 46 24.7 Behavior 46 25 Hydraulic support single-action control object (class code. 0x92) 47 25.1 Scope 47 25.2 Class attributes 47 25.3 Instance Properties 47 25.4 Semantic description 47 25.5 Public Services 47 25.6 Object-specific services 48 25.7 Behavior 48 26 Hydraulic support data query object (class code. 0x93) 48 26.1 Scope 48 26.2 Class attributes 48 26.3 Instance properties 48 26.4 Semantic description 48 26.5 Public services 48 26.6 Object-specific services 49 26.7 Behavior 49 27 Hydraulic support system object (class code. 0x94) 49 27.1 Scope 49 27.2 Class attributes 49 27.3 Instance properties 49 27.4 Semantic description 50 27.5 Public services51 27.6 Object-specific services 52 27.7 Behavior 52 28 Hydraulic support reserved object (class code = 0x95) 52 29 Hydraulic support reserved object (class code = 0x96) 52 30 Hydraulic support reserved object (class code = 0x97) 52 31 Hydraulic support extension object (class code=0x98) 52 32 Hydraulic support extension object (class code = 0x99) 52 33 Hydraulic support extension object (class code = 0x9A) 52 34 Hydraulic support extension object (class code = 0x9B) 53 35 Hydraulic support extension object (class code = 0x9C) 53 36 Hydraulic support extension object (class code = 0x9D) 53 37 Hydraulic support extension object (class code = 0x9E) 53 38 Hydraulic support extension object (class code = 0x9F) 53 39 Scraper conveyor, transfer machine and crusher power department monitoring objects (class code. 0xA0) 53 39.1 Scope 53 39.2 Class attributes 53 39.3 Instance Properties 53 39.4 Semantic description 54 39.5 Public services55 39.6 Object-specific services 56 39.7 Behavior 56 40 Scraper conveyor, transfer machine and crusher power department control object (class code. 0xA1) 56 40.1 Scope 56 40.2 Class attributes 56 40.3 Instance Properties 56 40.4 Semantic description 57 40.5 Public Services 60 40.6 Object-specific services 60 40.7 Behavior 60 41 Scraper conveyor, transfer machine and crusher inverter object (class code. 0xA2) 60 41.1 Scope 60 41.2 Class attributes 60 41.3 Instance Properties 60 41.4 Semantic description 61 41.5 Public Services 62 41.6 Object-specific services 62 41.7 Behavior 62 42 Scraper conveyor, transfer machine and crusher reserved objects (class code = 0xA3) 62 43 Protection objects along the line (class code. 0xA4) 63 43.1 Scope 63 43.2 Class attributes 63 43.3 Instance Properties 63 43.4 Semantic description 63 43.5 Public Services 64 43.6 Object-specific services 64 43.7 Behavior 64 44 Scraper conveyor, transfer machine and crusher reserved objects (class code = 0xA5) 64 45 Scraper conveyor, transfer machine and crusher reserved objects (class code = 0xA6) 64 46 Scraper conveyor, transfer machine and crusher reserved objects (class code = 0xA7) 64 47 Scraper conveyor, transfer machine and crusher extension objects (class code = 0xA8) 64 48 Scraper conveyor, transfer machine and crusher extension objects (class code = 0xA9) 65 49 Scraper conveyor, transfer machine and crusher extension objects (class code = 0xAA) 65 50 Scraper conveyor, transfer machine and crusher extension objects (class code = 0xAB) 65 51 Scraper conveyor, transfer machine and crusher extension objects (class code = 0xAC) 65 52 Scraper conveyor, transfer machine and crusher extension objects (class code = 0xAD) 65 53 Scraper conveyor, transfer machine and crusher extension objects (class code = 0xAE) 65 54 Scraper conveyor, transfer machine and crusher extension objects (class code = 0xAF) 65 55 Pumping station object (class code. 0xB0) 65 55.1 Scope 65 55.2 Class attributes 65 55.3 Instance Properties 66 55.4 Semantic description 67 55.5 Public Services 70 55.6 Object-specific services 71 55.7 Behavior 71 56 Emulsion pump group object (class code. 0xB1) 71 56.1 Scope 71 56.2 Class attributes 71 56.3 Instance Properties 71 56.4 Semantic description 72 56.5 Public Services 75 56.6 Object-specific services 75 56.7 Behavior 76 57 Spray pump group object (class code. 0xB2) 76 57.1 Scope 76 57.2 Class attributes 76 57.3 Instance Properties 76 57.4 Semantic description 77 57.5 Public Services 80 57.6 Object-specific services 80 57.7 Behavior 80 58 Emulsion tank group object (class code. 0xB3) 80 58.1 Scope 80 58.2 Class attributes 80 58.3 Instance Properties 80 58.4 Semantic description 81 58.5 Public services 84 58.6 Object-specific services 84 58.7 Behavior 84 59 Water tank group object (class code. 0xB4) 84 59.1 Scope 84 59.2 Class attributes 84 59.3 Instance Properties 85 59.4 Semantic description 85 59.5 Public services 87 59.6 Object-specific services 88 59.7 Behavior 88 60 Filter station object (class code. 0xB5) 88 60.1 Scope 88 60.2 Class attributes 88 60.3 Instance Properties 88 60.4 Semantic description 89 60.5 Public Services91 60.6 Object-specific services 92 60.7 Behavior 92 61 Liquid supply system reserved objects (class code = 0xB6) 92 62 Liquid supply system reserved objects (class code = 0xB7) 92 63 Liquid supply system reserved objects (class code = 0xB8) 92 64 Liquid supply system extension object (class code = 0xB9) 92 65 Liquid supply system extension object (class code = 0xBA) 92 66 Liquid supply system extension object (class code = 0xBB) 92 67 Liquid supply system extension object (class code = 0xBC) 92 68 Liquid supply system extension object (class code = 0xBD) 93 69 Liquid supply system extension object (class code = 0xBE) 93 70 Liquid supply system extension object (class code = 0xBF) 93 71 Power supply loop object (class code. 0xC0) 93 71.1 Scope 93 71.2 Class attributes 93 71.3 Instance Properties 93 71.4 Semantic description 101 71.5 Public Services 102 71.6 Object-specific services 102 71.7 Behavior 102 72 Switch device object (class code. 0xC1) 102 72.1 Scope 102 72.2 Class Attributes 103 72.3 Instance Properties 103 72.4 Public Services 103 72.5 Object-specific services 103 72.6 Behavior 103 73 Loop operation statistics object (class code. 0xC2) 104 73.1 Scope 104 73.2 Class attributes 104 73.3 Instance Properties 104 73.4 Public Services 105 73.5 Object-specific services 105 73.6 Behavior 105 74 Relay protection object (class code. 0xC3) 105 74.1 Scope 105 74.2 Class Attributes 105 74.3 Instance Properties 105 74.4 Semantic description 117 74.5 Public Services 118 74.6 Object-specific services 118 74.7 Behavior 118 75 Power supply reserved object (class code=0xC4) 118 76 Power supply reserved object (class code=0xC5) 118 77 Power supply reserved object (class code=0xC6) 118 78 Power supply reserved object (class code = 0xC7) 119 79 Power supply extension object (class code=0x300) 119 80 Power supply extension object (class code=0x301) 119 81 Power supply extension object (class code=0x302) 119 82 Power supply extension object (class code=0x303) 119 83 Power supply extension object (class code=0x304) 119 84 Power supply extension object (class code=0x305) 119 85 Power supply extension object (class code=0x306) 119 86 Power supply extension object (class code=0x307) 119 87 Power supply extension object (class code=0x308) 119 88 Power supply extension object (class code=0x309) 119 89 Power supply extension object (class code=0x30A) 120 90 Power supply extension object (class code=0x30B) 120 91 Power supply extension object (class code=0x30C) 120 92 Power supply extension object (class code=0x30D) 120 93 Power supply extension object (class code=0x30E) 120 94 Power supply extension object (class code = 0x30F) 120 95 Camera object (class code. 0x310) 120 95.1 Scope 120 95.2 Class Attributes 120 95.3 Instance Properties 120 95.4 Public services 122 95.5 Object-specific services 122 95.6 Behavior 122ForewordThis document complies with the provisions of GB/T 1.1-2020 "Standardization Work Guidelines Part 1.Structure and Drafting Rules of Standardization Documents" Drafting. This document is part 2 of NB/T 11118 "EtherNet/IP Communication Interface and Protocol for Mechanical and Electrical Equipment in Coal Mining Faces". NB/T 11118 has published the following parts. ---Part 1.General provisions; ---Part 2.Extended Object Library; ---Part 3.Coal shearer equipment data sheet; ---Part 4.Hydraulic support equipment data sheet; ---Part 5.Liquid supply system equipment data sheet; ---Part 6.Scraper conveyor, transfer machine and crusher equipment data sheet; ---Part 7.Mobile substation equipment data sheet; ---Part 8.Low-voltage AC vacuum feed switchgear data sheet; ---Part 9.Multi-circuit low-voltage AC vacuum electromagnetic starter equipment data sheet; ---Part 10.Low-voltage AC vacuum electromagnetic starter equipment data sheet; ---Part 11.Lighting signal comprehensive protection device equipment data sheet. Please note that some content in this document may be subject to patents. The publisher of this document assumes no responsibility for identifying patents. This document is proposed by the China Coal Industry Association. This document is under the jurisdiction of the Standardization Expert Group of China Coal Industry Association. This document was drafted by. Guoneng Shendong Coal Group Co., Ltd., Beijing Tianma Intelligent Control Technology Co., Ltd., China Coal Engineering Industry Association Productivity Center. The main drafters of this document. Wang Kai, He Haitao, Feng Yinhui, Bai Mingliang, Wang Jun, Zhang Senlang, Xiao Huaming, Zheng Houfa, Wang Bo, Wang Zhanfei, Dong Zhichao, Xu Bohua, Zhang Lei, Shi Xiaohui, Wang Rong.IntroductionNB/T 11118 "EtherNet/IP Communication Interface and Protocol for Mechanical and Electrical Equipment of Coal Mine Fully Mechanized Mining Face" establishes the fully mechanized coal mine working face machine Technical specifications for electrical equipment using EtherNet/IP Ethernet communication, which can be regarded as a reference to GB/Z 26157 (all parts) "Measurement and Control Digital The expansion of the Fieldbus Type 2.ControlNet and EtherNet/IP Specifications for Data Communication Industrial Control Systems is mainly reflected in. The data link layer wireless interface is stipulated, the object library and device profiles are expanded, and the data types are expanded. NB/T 11118 consists of eleven parts. ---Part 1.General principles. The purpose is to determine the physical layer and data link of EtherNet/IP communication for electromechanical equipment in fully mechanized coal mining working faces. The road layer, network layer, transport layer, presentation layer, and application layer stipulate the security requirements and data types of the equipment. ---Part 2.Extending the object library. The purpose is to define an object model library suitable for electromechanical equipment in coal mine fully mechanized mining faces. ---Part 3.Shearer equipment data sheet. The purpose is to determine the equipment object model composition, object interface and access of the shearer specification. ---Part 4.Hydraulic support equipment data sheet. The purpose is to determine the equipment object model composition, object interface and access of the hydraulic support. Ask about specifications. ---Part 5.Liquid supply system equipment data sheet. The purpose is to determine the equipment object model composition, object interface and access of the liquid supply system. Ask about specifications. ---Part 6.Scraper conveyor, transfer machine and crusher equipment data sheet. The purpose is to determine the scraper conveyor and transfer machine and The equipment object model composition, object interface and access specification of the crusher. ---Part 7.Mobile substation equipment data sheet. The purpose is to determine the equipment object model composition and object interface of the mobile substation. and access specifications. ---Part 8.Low-voltage AC vacuum feed switchgear data sheet. The purpose is to determine the equipment for low voltage AC vacuum feed switches Object model composition, object interfaces and access specifications. ---Part 9.Multi-circuit low-voltage AC vacuum electromagnetic starter equipment data sheet. The purpose is to determine the multi-circuit low-voltage AC vacuum The device object model composition, object interface and access specification of the electromagnetic starter. ---Part 10.Low-voltage AC vacuum electromagnetic starter equipment data sheet. The purpose is to determine the performance of low voltage AC vacuum electromagnetic starter Device object model composition, object interface and access specification. ---Part 11.Lighting signal comprehensive protection device equipment data sheet. The purpose is to determine the equipment for comprehensive protection devices for lighting signals Object model composition, object interfaces and access specifications. Coal mine fully mechanized mining face electromechanical equipment EtherNet/IP Communication Interfaces and Protocols Part 2.Extended Object Library1 ScopeThis document specifies the object library for EtherNet/IP communication of electromechanical equipment in fully mechanized coal mining working faces, including object specifications, electromechanical equipment objects specific description. This document is applicable to coal shearers, hydraulic supports, liquid supply systems, scraper conveyors and transfer machines and crushers, mobile substations, low-voltage AC Vacuum feed switch, multi-circuit low-voltage AC vacuum electromagnetic starter, low-voltage AC vacuum electromagnetic starter, lighting signal comprehensive protection device Object definition.2 Normative reference documentsThe contents of the following documents constitute essential provisions of this document through normative references in the text. Among them, the dated quotations For undated referenced documents, only the version corresponding to that date applies to this document; for undated referenced documents, the latest version (including all amendments) applies to this document. GB/Z 26157.6 Fieldbus type 2 for measurement and control of digital data communication industrial control systems. ControlNet and EtherNet/IP Specification Part 6.Object Model GB/Z 26157.10 Fieldbus type 2 for measurement and control of digital data communication industrial control systems. ControlNet and EtherNet/IP Specification Part 10.Object Library3 Terms and definitionsThe following terms and definitions apply to this document. 3.1 Maintenance modemaintenancemode Temporary state used in debugging and maintenance. 3.2 object object a) An abstract representation of computer performance. Objects can include any or all of the following components. 1) Data (information that changes over time); 2) Configuration (behavior parameters); 3) Method (what can be done with data and configuration). b) A collection of related data (in the form of variables) and methods (processes) for operating these data, the interface and behavior of which have been specified definition. [Source. GB/Z 26157.1-2010,3.58] ......Tips & Frequently Asked Questions:Question 1: How long will the true-PDF of NB/T 11118.2-2023_English be delivered?Answer: Upon your order, we will start to translate NB/T 11118.2-2023_English as soon as possible, and keep you informed of the progress. The lead time is typically 1 ~ 3 working days. The lengthier the document the longer the lead time.Question 2: Can I share the purchased PDF of NB/T 11118.2-2023_English with my colleagues?Answer: Yes. 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