GB/T 30845.2-2021Plugs, socket-outlets and ship couplers for high-voltage shore connection systems(HVSC-systems) - Part 2: Dimensional compatibility and interchangeability requirements for accessories to be used by various types of ships (English PDF)

Foreword

This document is in accordance with the provisions of GB/T 1.1-2020 "Guidelines for Standardization Work Part 1.Structure and Drafting Rules of Standardization Documents"

Drafting.

This document is the second part of GB/T 30845 "Plugs, sockets and marine couplers for high-voltage shore connection systems (HVSC systems)".

GB/T 30845 has released the following parts.

---Part 1.General requirements;

---Part 2.Dimensional compatibility and interchangeability requirements of different types of ship accessories.

This document replaces GB/T 30845.2-2014 "Plugs, sockets and marine couplers for high-voltage shore connection systems (HVSC systems)

Part 2.Dimensional compatibility and interchangeability requirements of different types of marine accessories, compared with GB/T 30845.2-2014, except for structure

In addition to adjustments and editorial changes, the main technical changes are as follows.

---The description of the technical parameters of the product has been added to Chapter 1 (see Chapter 1);

--- Added "standard loose-leaf I 7.2kV350A three-phase electrical accessories with three control contacts" (see Appendix I);

--- Added "standard loose-leaf J 12kV500A three-phase electrical accessories with seven control contacts" (see Appendix J);

---Added the "Contact Arrangement Drawing" (see Appendix K).

This document uses the redrafting method to modify and adopt IEC 62613-2.2016 ``Plugs and plugs for high-voltage shore connection systems (HVSC systems)

Seats and marine couplers. Part 2.Dimensional compatibility and interchangeability requirements for different types of marine accessories.

The technical differences between this document and IEC 62613-2.2016 and the reasons are as follows.

---Regarding normative reference documents, this document has made adjustments with technical differences to adapt to my country's technical conditions and adjustments.

The situation is collectively reflected in Chapter 2 "Normative Reference Documents", and the specific adjustments are as follows.

* Replace IEC 62613-1.2011 with GB/T 30845.1-2014, which is modified to adopt international standards.

--- In Chapter 1 "Scope", "This document specifies the plugs and sockets of high-voltage shore connection systems for different types of ships."

And the size requirements of marine couplers. This document applies to plugs, sockets and ships for high-voltage shore connection systems (HVSC systems).

Use a coupler" (see Chapter 1).

---In order to meet the coordination of the socket and the plug, the position and value of the "socket inner diameter" have been modified (see A.1, B.1, C.1).

---In order to meet the coordination of the marine connector and the marine input socket, the position and value of the "connector inner circle diameter" have been modified (see

A.3, B.3, C.3).

---Added the normative Appendix K "Contact Arrangement Drawing" (see Appendix K).

The following editorial changes have been made to this document.

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and the first socket of A.1 in Appendix A

In the figure, the label position of q has been corrected, and L(x3), Pil.(x2) marks have been added;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, the section of the A.1 socket in Appendix A

L(x3), Pil.(x2) logos have been added to the view;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and refer to the A.1 socket of Appendix A.

The description of "L-phase pole contact" and "Pil. control contact" has been added to the number table;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and the first plug of A.2 in Appendix A

Add L(x3) and Pil.(x2) logos in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, the section of the A.2 plug in Appendix A

L(x3), Pil.(x2) logos have been added to the view;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and refer to the A.2 plug of Appendix A.

The description of "L-phase pole contact" and "Pil. control contact" has been added to the number table;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and the A.3 marine connection of appendix A

Corrected the label position of q in the first figure of the device, and added L(x3), Pil.(x2) marks;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and the A.3 marine connection of appendix A

The L(x3) and Pil.(x2) marks have been added to the cross-sectional view of the device;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and the A.3 marine connection of appendix A

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the parameter table of the device;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and the A.4 marine input of appendix A

L(x3) and Pil.(x2) marks have been added to the first picture of the socket;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and the A.4 marine input of appendix A

L(x3) and Pil.(x2) marks have been added to the cross-sectional view of the socket;

---In order to maintain the consistency of the marking method, refer to the standard leaf A of IEC 62613-2.2016, and the A.4 marine input of appendix A

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the socket parameter table;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the first socket of B.1 in Appendix B

The figure corrects the label position of q, and adds L(x3) and Pil.(x2) marks;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the cross-sectional view of the B.1 socket of appendix B

L(x3), Pil.(x2) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the B.1 socket parameter table of appendix B

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the grid;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the first B.2 plug of appendix B

Add L(x3) and Pil.(x2) logos in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, the cross-sectional view of the B.2 plug of appendix B

L(x3), Pil.(x2) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the B.2 plug parameter table of appendix B

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the grid;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the B.3 marine connector of appendix B

In the first picture, the label position of q is corrected, and L(x3), Pil.(x2) marks are added;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the B.3 marine connector of appendix B

L(x3) and Pil.(x2) logos have been added to the cross-sectional view of;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the B.3 marine connector of appendix B

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the parameter table;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the B.4 marine input plug of appendix B

Add L(x3) and Pil.(x2) marks in the first picture of the seat;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the B.4 marine input plug of appendix B

L(x3) and Pil.(x2) marks have been added to the sectional view of the seat;

---In order to maintain the consistency of the marking method, refer to the standard leaf B of IEC 62613-2.2016, and the B.4 marine input plug of appendix B

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the socket parameter table;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the first socket of C.1 in Appendix C

The figure corrects the label position of q, and adds L(x3) and Pil.(x3) marks;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, the section of the C.1 socket in Appendix C

L(x3) and Pil.(x3) logos have been added to the view;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the C.1 socket parameters of appendix C

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the table;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the first plug of C.2 in appendix C

Add L(x3) and Pil.(x3) logos in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, the section of the C.2 plug in Appendix C

L(x3) and Pil.(x3) logos have been added to the view;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the C.2 plug parameters of appendix C

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the table;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the C.3 marine connection of appendix C

The first picture of the device corrects the label position of q, and adds L(x3) and Pil.(x3) marks;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the C.3 marine connection of appendix C

L(x3) and Pil.(x3) marks have been added to the cross-sectional view of the device;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the C.3 marine connection of appendix C

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the parameter table of the device;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the C.4 marine input of appendix C

Add L(x3) and Pil.(x3) marks in the first picture of the socket;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the C.4 marine input of appendix C

L(x3) and Pil.(x3) marks have been added to the cross-sectional view of the socket;

---In order to maintain the consistency of the marking method, refer to the standard leaf C of IEC 62613-2.2016, and the C.4 marine input of appendix C

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the socket parameter table;

---In order to maintain the consistency of the marking method, refer to the standard leaf D of IEC 62613-2.2016, the section of the D.1 socket in Appendix D

L(x3), Pil.(x2) logos have been added to the view;

---In order to maintain the consistency of the marking method, refer to the standard leaf D of IEC 62613-2.2016, the section of the D.2 plug in Appendix D

L(x3), Pil.(x2) logos have been added to the view;

---In order to maintain the consistency of the marking method, refer to the standard leaf D of IEC 62613-2.2016, and the D.3 marine connection of appendix D

The L(x3) and Pil.(x2) marks have been added to the cross-sectional view of the device;

---In order to maintain the consistency of the marking method, refer to the standard leaf D of IEC 62613-2.2016, and the D.4 marine input of appendix D

L(x3) and Pil.(x2) marks have been added to the cross-sectional view of the socket;

---In order to maintain the consistency of the marking method, refer to the standard leaf E of IEC 62613-2.2016, the section of the E.1 socket in Appendix E

L(x3), Pil.(x2) logos have been added to the view;

---In order to maintain the consistency of the marking method, refer to the standard leaf E of IEC 62613-2.2016, the section of the E.2 plug in Appendix E

L(x3), Pil.(x2) logos have been added to the view;

---In order to maintain the consistency of the marking method, refer to the standard leaf E of IEC 62613-2.2016, and the E.3 marine connection of appendix E

The L(x3) and Pil.(x2) marks have been added to the cross-sectional view of the device;

---In order to maintain the consistency of the marking method, refer to the standard leaf E of IEC 62613-2.2016, and the E.4 marine input of appendix E

L(x3) and Pil.(x2) marks have been added to the cross-sectional view of the socket;

---In order to maintain the consistency of the marking method, refer to the standard leaf F of IEC 62613-2.2016, and the second socket of F.1 in Appendix F

L(x3), Pil.(x3) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf F of IEC 62613-2.2016, and the cross-sectional view of the F.1 socket of appendix F

L(x3), Pil.(x3) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf F of IEC 62613-2.2016, and the second plug of F.2 in Appendix F

Add L(x3) and Pil.(x3) logos in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf F of IEC 62613-2.2016, and the cross-sectional view of the F.2 plug of appendix F

L(x3), Pil.(x3) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf F of IEC 62613-2.2016, and the F.3 marine connector of appendix F

The L(x3) and Pil.(x3) logos have been added in the second figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf F of IEC 62613-2.2016, and the F.3 marine connector of appendix F

L(x3) and Pil.(x3) logos have been added to the cross-sectional view of.

---In order to maintain the consistency of the marking method, refer to the standard leaf F of IEC 62613-2.2016, and insert the F.4 marine input of appendix F.

L(x3) and Pil.(x3) marks have been added to the cross-sectional view of the seat;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the first socket of I.1 in Appendix I

L(x3), Pil.(x3) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, a cut-away view of the I.1 socket in Appendix I

L(x3), Pil.(x3) logos have been added in the figure;

---In order to maintain the uniformity of the identification method, refer to the standard leaf I of IEC 62613-2.2016, and the I.1 socket parameter table of appendix I

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the grid;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the first I.2 plug of appendix I

L(x3), Pil.(x3) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the cross-sectional view of the I.2 plug of Appendix I

L(x3), Pil.(x3) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the I.2 plug parameter table of appendix I

The descriptions of "L-phase pole contact" and "Pi1.control contact" are added to the grid;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the I.3 marine connector of appendix I

The L(x3) and Pil.(x3) logos have been added in the first figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the I.3 marine connector of appendix I

L(x3) and Pil.(x3) logos have been added to the cross-sectional view of.

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the I.3 marine connector of appendix I

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the parameter table;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the I.4 marine input plug of appendix I

L(x3), Pil.(x3) logos have been added to the first picture of the seat;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the I.4 marine input plug of appendix I

L(x3) and Pil.(x3) marks have been added to the sectional view of the seat;

---In order to maintain the consistency of the marking method, refer to the standard leaf I of IEC 62613-2.2016, and the I.4 marine input plug of appendix I

The descriptions of "L-phase pole contact" and "Pil. control contact" are added to the socket parameter table;

---In order to maintain the consistency of the marking method, refer to the standard leaf J of IEC 62613-2.2016, and the cross-sectional view of the J.1 socket of appendix J

L(x3), Pil.(x2), Pil.(x5) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf J of IEC 62613-2.2016, and the cross-sectional view of the J.2 plug of appendix J

L(x3), Pil.(x2), Pil.(x5) logos have been added in the figure;

---In order to maintain the consistency of the marking method, refer to the standard leaf J of IEC 62613-2.2016, and the J.3 marine connector of appendix J

L(x3), Pil.(x2), Pil.(x5) logos have been added to the cross-sectional view of.

---In order to maintain the consistency of the marking method, refer to the standard leaf J of IEC 62613-2.2016, and the J.4 marine input plug of appendix J

L(x3), Pil.(x2), Pil(x5) marks have been added to the sectional view of the seat.

Introduction

GB/T 30845 aims to unify the types and sizes of plugs, sockets and marine couplers for high-voltage shore connection systems (HVSC systems).

To ensure product safety, it consists of the following parts.

---Part 1.General requirements. The purpose is to specify plugs, sockets and marine couplings for high-voltage shore connection systems (HVSC systems).

General technical requirements for the structure, mechanical properties, and electrical properties of the combiner.

---Part 2.Dimensional compatibility and interchangeability requirements of different types of ship accessories. The purpose is to reduce the number of ships calling at the port

Emissions of air pollutants, promote the use of shore power by ships in ports, and cooperate with the construction of port shore power facilities to ensure that they meet GB/T 38329.1-

2019 ``Port Ship-to-shore Connection Part 1.General Requirements for High-Voltage Shore Power Connection (HVSC) System'' to promote ships

Interchangeability and compatibility with high-voltage shore power facilities, for the plugs, sockets and

Marine couplers put forward clear requirements for dimensional compatibility and interchangeability.

This document will help unify the types and sizes of plugs, sockets and marine couplers for high-voltage shore connection systems (HVSC systems).

Promote the development of complete sets of shore power equipment, effectively increase the utilization rate of shore power facilities, and promote the development of green transportation.

Plugs for high voltage shore connection system (HVSC system),

Sockets and marine couplers part 2.different types

Dimensional compatibility and interchangeability requirements for marine accessories

1 Scope

This document specifies the size requirements of plugs, sockets and marine couplers for high-voltage shore connection systems for different types of ships.

This document applies to plugs, sockets and marine couplers for high-voltage shore connection systems (HVSC systems).

This document contains a rated voltage not greater than 12kV, 500A, a frequency of 50/60Hz, and a maximum of 7 control/auxiliary contacts

Standard loose leaf of different configurations of (shore) sockets, (shore) plugs, marine connectors and marine input sockets.

For general requirements, see GB/T 30845.1-2014.

2 Normative references

The content of the following documents constitutes an indispensable clause of this document through normative references in the text. Among them, dated quotations

Only the version corresponding to the date is applicable to this document; for undated reference documents, the latest version (including all amendments) is applicable to

This document.

GB/T 30845.1-2014 Plugs, sockets and marine couplers for high-voltage shore connection systems (HVSC systems) Part 1.

General requirements (IEC 62613-1.2011, MOD)

3 Terms and definitions

The terms and definitions defined in GB/T 30845.1-2014 apply to this document.

4 General

This chapter of GB/T 30845.1-2014 is applicable.

5 Standard ratings

This chapter of GB/T 30845.1-2014 is applicable.

6 categories

This chapter of GB/T 30845.1-2014 is applicable.

7 signs

This chapter of GB/T 30845.1-2014 is applicable after the following modifications.