GB/T 26336-2010 English PDF

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GB/T 26336-2010: Industrial communication networks -- Installation of communication networks in industrial premises
Status: Valid

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Basic data

Standard ID: GB/T 26336-2010 (GB/T26336-2010)
Description (Translated English): Industrial communication networks -- Installation of communication networks in industrial premises
Sector / Industry: National Standard (Recommended)
Classification of Chinese Standard: N10
Classification of International Standard: 25.040
Word Count Estimation: 122,174
Date of Issue: 2011-01-14
Date of Implementation: 2011-06-01
Quoted Standard: GB 3836.15; GB/T 13534; GB/T 14048.10; GB/T 15157.7; GB/T 16657.2; GB/T 16895.1-2008; GB/T 16895.3; GB/T 18233-2008; ISO/IEC 8802-3; ISO/IEC 14763-1; ISO/IEC 14763-2; ISO/IEC 14763-3; ISO/IEC 18010; ISO/IEC 24702-2006; IEC 60364-4-41; IEC 60364-4-44; IEC 60793-1-1; IEC 60793-1-53; IEC 60793-1-45; IEC 60793-2; IEC 60793-1-43; IEC 60793-2-60; IEC 60793-1-33; IEC 60793-1-49; IEC 60793-1-47; IEC 60793-2-20; IEC 60793-2-50; IEC 60793-1-20; IEC 60793-1-46; IEC 60793-1-51; IEC 60793-2-10; IEC 60793-1-48; IEC 60793-1-41; IEC 60793-1-34; IEC 60793-1-44; IEC 60793-1-30; IEC 60793-1-22; IEC 60793-1-40; IEC 60793-2-40; IEC 60793-1-32; IEC 60793-1-21; IEC 60793-2-30; IEC 60793-1-52; IEC 60793-1-50; IEC 60793-1-31; IEC 60793-1-54; IEC 60793-1-42; IEC 60794-2-20; IEC 60794-3-40; IEC 60794-2-21; IEC 60
Adopted Standard: IEC 61918-2007, IDT
Regulation (derived from): National Standard Approval Announcement 2011 No.114
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 requirements for a communications network media industry environment and industrial automation scene between the island and the island of installation. This standard includes symmetrical cable wiring and fiber optic cabling, and wireless media cabling infrastructure, but does not include wireless media itself. Other media see IEC 61784-5 series of standards. This standard is the standard for industrial automation island supporting communication networks, especially for IEC 61158 and IEC 61784 series of standards set forth in series communication network.

GB/T 26336-2010: Industrial communication networks -- Installation of communication networks in industrial premises

---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.
Industrial communication networks. Installation of communication networks in industrial premises ICS 25.040 N10 National Standards of People's Republic of China Industrial communication networks Industrial environment communications network installation (IEC 61918.2007, IDT) Issued on. 2011-01-14 2011-06-01 implementation Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China Standardization Administration of China released

Table of Contents

Preface Ⅶ Introduction Ⅷ 1 Scope 1 2 Normative references 1 3 Terms and definitions, abbreviations 3 3.1 Terms and definitions 3 3.2 Acronyms 10 3.3 Installation profiles conventions 12 Installation Design 4 12 4.1 Overview 12 4.2 Design Requirements 14 4.3 network capabilities 16 Selecting and using a wiring member 20 4.4 4.5 cabling design documents 37 4.6 cabling design verification specification 37 5 Install achieve 38 5.1 General requirements 38 38 5.2 Cable Installation 5.3 Connector installation 44 5.4 Termination Resistor Installation 44 5.5 Installation 45 5.6 Coding and marking 45 Grounding and equipotential 5.7 devices, equipment, and shielded cabling connections 45 5.8 realize wiring documents 49 6 installation verification and acceptance testing installation 49 6.1 Overview 49 6.2 Installation Verification 49 6.3 Installation Acceptance Test 53 7 Installation Manager 57 7.1 Overview 57 7.2 field of application management 57 Basic Principles of Management System 7.3 57 7.4 Working procedures 57 7.5 equipment location markings 58 7.6 parts wiring mark 58 7.7 Document 59 7.8 59 specific management requirements 8 Installation and Maintenance Installation Troubleshooting 59 8.1 Overview 59 8.2 Maintenance 60 61 8.3 Fault Detection Particular requirements 8.4 Maintenance and Troubleshooting 65 Introduction Appendix A (informative) cabling for industrial environments 66 Appendix B (Informative Appendix) MICE Description Act 67 Annex C (informative) network topology 74 Annex D (informative) Connector Table 76 Annex E (informative) Consider electromagnetic interference for grid -TN-C and TN-S method 82 Appendix F (Informative Appendix) mm2 to 84 AWG conversion table Annex G (informative) Table 85 validation check wiring already installed Appendix H (informative) connector/89-pin connector cable (Informative) Guide Appendix I terminate a cable terminal 93 Appendix J (informative) about Tube Fittings channel connectivity and performance in more than four channels connected to the 99 recommendations Annex K (informative) Fieldbus Data transmission test 100 Annex L (informative) communications network installation work responsibilities 103 Annex M (informative) communication profiles trademark 104 Annex N (informative) Confirm the measurement 105 References 110 Figure 1 Industrial Network Installation lifecycle Ⅸ Figure 2 standard relations between Ⅹ 3 is connected to the island of automation integrated wiring structure 12 Figure 4 is connected to the island of automation cabling element wiring 12 Figure 5 Automation Island 13 Figure 6 automation island outside the network connection 13 7 how to meet environmental conditions 15 8 combination isolation, separation and improved method 16 The basic passive network topology diagram 9 of 17 The basic active network topology map 10 17 Example 11 combined basic topology of FIG. 17 12 Basic Reference Implementation Model 25 13 with reference to FIG enhanced implementation model 26 14 Select 30 grounding and bonding system of FIG. 15 in a mesh configuration equipotential equipotential bonding and grounding wiring 32 Ground wiring 16 star-ground configuration 33 Schematic 17 field devices directly grounded 33 Schematic 18 field devices to ground through a parallel RC circuit in Fig. 34 FIG. 19 is inserted edge protection 39 Figure 20 uses the unwinding means and avoid a ring 39 21 avoid distorting 40 22 maintain the minimum bend radius of 40 FIG. 23 is not a separate pull wire 40 Figure 24 having a large (wide) surface of the cable clamp 41 Cable 25 has a curved protections gland 41 26 41 Spiral 27 Isolated cable line 43 28 mechanical and electrical ground connection and equipotential surface treatment 46 29 Use a soft bonding wires 46 within the movable metal pipe Example 47 Figure 30 bus isolation Insulator example of FIG. 31 DIN rail mounting 47 32 parallel RC shield ground 47 33 Direct shield grounding 48 Figure 34 Shielding Application Example 48 Example 1 48 35 shield grounding derived connection 36 shield grounding examples derived connection Figure 249 Figure 37 Installation Verification Procedure 50 38 50 Ground connection test 8 39 2 GB/T 15157.7 4-way connector and the IEC 60603 series to IEC 81076-2-101 connector pins And distribution lines of 52 Figure 402 8-way modular connectors 53 41 transposition line pairs, split pairs and reverse line 53 42 confirmation process 54 Figure 43 Channel Diagram 55 44 permanent link 55 schematic Communication network maintenance 61 45 46 Fault detection procedure 64 Figure 47 without special tools to detect faults 65 Figure B.1 MICE classification 67 Example 67 Neto B.2 factory MICE area Figure B.3 improvement, isolation and separation 68 Figure B.4 Tuning Example 168 Figure B.5 mitigation measures Example 269 Figure B.6 common industrial equipment, electromagnetic interference frequency range 69 Figure B.7 example of the relationship between the value of distance and separation EFT 71 Figure E.1 four-wire supply network (TN-C) 82 Figure E.2 five-wire supply network (TN-S) 83 Figure H.1 straight harness connectors with D coding M12-4 89 D encoder M12-4 connector Figure H.2 cross belt harness 89 Figure H.3 straight harness with 8 modular connectors 90 Figure H.4 with 8-way modular connector cross line 91 Figure H.5 M12-4 to 8-way modular connector conversion 91 Figure H.6 M12-4 to 8-way modular connector cross line 92 Figure I.1 stripped cable sheath 93 Figure I.2 Examples of types of preparation A cable 94 Figure I.3 8-way modular plug 94 Figure I.4 the cable into the connector 94 Figure I.5 crimp connector 95 Figure I.6 Examples of types of preparation A cable 95 Figure I.7 connector member 96 Figure I.8 cable preparation 96 Connector Cable Gland Figure I.9 cable on the nut and the housing 96 Figure I.10 wire preparation 96 Figure I.11 jacket removed 97 Figure I.12 shield handle 97 Figure I.13 wire preparation 97 Figure I.14 connector wires installed 97 Figure I.15 connector assembly 98 Figure I.16 final assembly 98 Figure N.1 loop resistance measurement between the wire and the wire 105 Figure N.2 wire loop resistance measurement between 1 106 and the shield Figure N.3 wire circuit resistance measurements between 2 and the shield 106 Figure N.4 resistance measurements for the detection of short-circuit wire 106 1 and FIG N.5 wire resistance measurement between two conductor 106 Confirm Figure N.6 cable DCR 107 Figure N.7 cable open or short conclusions 108 Figure N.8 determine the correct cable termination resistor value 109 Table 1 Basic characteristics of network-based non-symmetric Ethernet cable wiring 18 Table 2 is based on a symmetric cable wiring Ethernet basic networking features 19 Table 3 fiber optic cabling network features 19 Table 4 copper-related information. Fixed cable 21 Table 5 Copper infos. Cords 21 Table 6 Cable infos 22 Table 7 Ethernet-based CP symmetry cable wiring connector 24 Table 8 based on non-CP Ethernet copper cabling used to connect 24 Table 9 optical fiber connecting hardware 24 Table 10. The basic formula 25 Reference Implementation Table 11 reference implementation of enhanced formula 26 Table 12 temperature exceeds 20 ℃ correction factor 27 Table 13 and other potential and ground wire size and length of 30 Table 14 bonding wire cross-section 31 Table 15 lap plate surface protection 31 Table 16 cable circuits and the minimum distance 36 Table 17 symmetrical cable parameters 38 Silicon cable parameters Table 18 38 Table 19 POF cable parameters 39 Table 20 hard clad silica optical fiber cable 39 Table 21 symmetrical cable routing network 62 Typical Problems Table 22 Typical fiber optic cabling network problems 63 Example B.1 target MICE region Table 168 Example B.2 target MICE region Table 269 Table B.3 relationship electromagnetic interference generating device and "E" classification 70 Table B.4 each coupling mechanism jamming equipment 70 71 Table B.5 MICE definitions Conventions Table D.1 Connector color codes used in the table 76 Table 77 Table D.2 Connector Table F.1 Common wire sizes approximate conversion table 84 Table G.1 copper cabling verification checklist 85 Table G.2 grounding and bonding measurement checklist 86 Table G.3 is used to check the signature table G.1 and G.2 of Table 87 Table G.4 specifically check for non-Ethernet-based CP Checklist 87 Signature 87 Table G.5 G.4 checklist for the Table G.6 fiber optic cabling verification checklist 88 Signature Table G.6 G.7 for checklist 88 Table H.1 D coding M12-4 pin/pair assignment line 89 Table H.2 M12 to M12 crossover cable pin/wire allocation 90 Table H.3 8-way modular connector pins/lines allocated 90 Table H.4 8-way modular pin crossover cable/wire allocation 91 Table H.5 connector pin assignments 91 Table H.6 M12 to 8-pin modular crossover cable/wire allocation 92 Table J.1 channel transmission connection when there are four or more requirements 99 Table M.1 CPF and CP trademark 104

Foreword

This standard is identical with IEC 61918.2007 "Industrial communication networks in industrial environments communications network installation" (in English), and according to It comes with errata document IEC 61918.2007 (first edition) "Industrial communication networks in industrial environments communications network installation Errata" Editing. This standard is mainly made editorial changes as follows. --- Remove IEC 61918 foreword, according to GB/T 1.1-2000 re-write the foreword; --- According to GB/T 1.1-2000 editorial changes. The standard proposed by China Machinery Industry Federation. This standard by the national industrial process measurement and control Standardization Technical Committee (SAC/TC124) centralized. This standard was drafted. Machinery Industrial Instrumentation Technology and Economy Institute. The main drafters of this standard. Xiesu Fen, Pan Changqing, Ding Lu, Wang Linkun, Dan.

Introduction

Process automation and factory automation increasingly rely on communication networks and fieldbus, these communication networks and fieldbus itself is designed In response to specific environmental conditions of the industrial environment. Network and Fieldbus provide workshop/factory several functional units effective application integration. Thus, the upper management system integrated with on-site generation can reduce the cost of production data while maintaining or increasing the quality and quantity of production. Correct network installation is to ensure the availability of communications and communication performance of an important prerequisite. This requires an appropriate place to consider important aspects of industrial automation Surface, such as topology, weather conditions, vibration, chemical pollution, EMC (EMC), functional safety. These specifications provide a communication network in the following standards. ISO /IEC 24702 specifies the design of industrial environments common telecommunications facilities, and provides some of the standard transmission performance specifications basis. ISO /IEC 24702 specifies only the original bandwidth of the channel; it does not require the use of a particular network of the useful data transmission channel Rate, or the communication process is expected to consider the error after disturbance. IEC 61158 fieldbus standard and its companion standard IEC 61784 (including the first 1-4 section and related sub-section) together provides for appropriate For multiple industrial automation CP (communication profile). The CP provides the raw bandwidth capacity, and provides position modulation and Fieldbus The line coding rule. Some profiles also provides a number of useful target level of error rate of data transfer, as well as the process of communication disturbance Maximum. The standard for industrial environments cabling (telecommunications facilities) to provide a consistent set of rules and fieldbus installation. Find a solution One problem is. different parts of the large-scale automated sites are provided by different vendors, and these vendors having different structures and within Yung different installation guide, which will lead to the risk of a communication system may not work properly. The standards developed by unifying multiple user groups and industrial organizations approach. The industry standard for the majority of properties in the most commonly used industrial communication network installation media provides a common reference. This standard covers the following Section installed in the life cycle (see Figure 1 of this standard). Chapter 4. installation design; Chapter 5. Installation realized; Chapter 6. Installing verification and acceptance testing of the installation; Chapter 7. Installation Management; Chapter 8. installation and maintenance and fault detection. These chapters prepare the way of the method adopted is to give many skilled in the art to provide the installation guide. Figure 1 Industrial Network Installation Lifecycle For each of the communication system, the present standards and related installation profiles used in conjunction with the installation of these profiles provisions of the present standard of choice, fill Charging and replacement. About IEC 61784 series of standards defined communication profile family (CPF) communication profiles (CP), the related installation profiles, see IEC 61784-5-x Series of standards, where x is the number CPFx. IEC /T R61158-1 describes the fieldbus and CP as well as related installation between profiles Nature (see Figure 2). For cabling installation, this standard and ISO /IEC 14763-2 (see Figure 2) together.

2 Standard Room diagram

Industrial communication networks Industrial environment communications network installation

1 Scope

This standard specifies the basic requirements for network media communication in industrial environments and industrial automation field between the island and the island of installation. The standard Including quasi-symmetrical wiring cable and fiber optic cabling, wiring devices and wireless media, but does not include wireless media itself. See other media IEC 61784-5 series of standards. This standard is a companion standard for industrial automation island communication networks, especially for the IEC 61158 series and the IEC 61784 series of standards A predetermined communication network. In addition, the standard also includes. --- ISO /IEC industrial environments telecommunications cabling installation 24702 stipulated; --- 24702 connection specified in the particular wiring telecommunications cabling and automation island between ISO /IEC , in which an automated quote The end (AO) instead of the ISO /IEC 24702 telecommunications terminals (TO). NOTE. If you are using an interface AO does not comply with ISO /IEC 24702 interfaces provide for TO, then, despite the reservations of some characteristics of cabling (including sex Energy), this wiring is no longer in line with ISO /IEC 24702. This standard provides the key to solve the problem (topology, weather conditions, vibration, chemical pollution, EMC, functional safety of industrial automation, information Safety, etc.) guidelines. The standard designers, installers, verification and acceptance testing personnel, management and maintenance personnel assignments, the provisions of the respective responsibilities, and / Or give guidance.

2 Normative references

The following documents contain provisions which, through reference in this standard and become the standard terms. For dated references, subsequent Amendments (not including errata content) or revisions do not apply to this standard, however, encourage the parties to the agreement are based on research Whether the latest versions of these documents. For undated reference documents, the latest versions apply to this standard. GB 3836.15 Electrical apparatus for explosive gas atmospheres - Part 15. Electrical installations in hazardous locations (except coal mines) (GB 3836.15-2000, eqv IEC 60079-14.1996) GB/T 13534 logo color code (GB/T 13534-2009, IEC 60757. 1983, IDT) GB/T 14048.10 voltage switchgear and control equipment Part 5-2. Control circuit devices and switching elements proximity switches (GB/T 14048.10-2008, IEC 60947-5-2.2004, IDT) GB/T 15157.7 Printed board connectors for frequencies below 3MHz Part 7. Assessment of quality with common mating features, 8-bit fixed and free connectors detailed specification (GB/T 15157.7-2002, IEC 60603-7.1996, IDT) Part 2 GB/T 16657.2 Industrial communication networks - Fieldbus specifications. Physical layer specification and service definition (GB/T 16657.2-2008, IEC 61158-2.2007, IDT) GB/T 16895.1-2008 low-voltage electrical installations - Part 1. Fundamental principles, assessment of general characteristics and definitions (IEC 60364-1. 2005, IDT) GB 16895.3 Electrical installations of buildings - Part 5-54. Selection and erection of electrical equipment - Earthing arrangements, protective conductors and Paul Nursing bonding conductor (GB 16895.3-2004, IEC 60364-5-54.2002, IDT) GB/T 18233-2008 Information technology generic customer premises cabling (IEC 11801.2002, IDT) Between ISO /IEC 8802-3 Information technology - Telecommunications and information exchange between local area networks and metropolitan area networks Specific requirements Part 3 Score. with collision detection Carrier Sense Multiple Access (CSMA/CD) Access Method and Physical Layer Specifications ISO /IEC 14763-1 Information technology for customer premises cabling implementation and operation - Part 1. Management ......

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