BSI PD IEC/TS 63066:2017
$198.66
Low-voltage docking connectors for removable energy storage units
Published By | Publication Date | Number of Pages |
BSI | 2017 | 54 |
This document applies to docking connectors (hereinafter referred to as accessories) incorporated in or fixed to electrical equipment, intended to connect removable energy storage units to a dedicated electric power conversion unit, to an energy consuming unit or to another energy storage unit.
These accessories are intended for DC and may include an earth1 contact and/or optional auxiliary contacts for signaling and data. These accessories have a rated current of up to 800 A and rated operating voltages not exceeding 1 000 V DC.
These accessories are not suiTable for mating or unmating under load. These accessories are intended to be installed by instructed persons ( IEC 60050-195:1998 , 195-04-02) or skilled persons ( IEC 60050-195:1998 , 195-04-01) only.
The list of preferred ratings is not intended to exclude other ratings.
This document applies to accessories for use under environmental conditions as described in Clause 32.
These accessories are intended to be connected to current carrying parts in copper or copper alloy only, plated or not plated.
This document also applies to accessories intended to be used at extra-low voltage.
In locations where special conditions prevail, for example on board vehicles, additional requirements may apply.
These accessories are intended to be used with a specific charging system.
NOTE For conditions other than operation, additional requirements could be applicable, for instance IEC 62133 and the UN Recommendations on the Transport of Dangerous Goods section 38.338.3.
PDF Catalog
PDF Pages | PDF Title |
---|---|
4 | CONTENTS |
7 | FOREWORD |
9 | INTRODUCTION |
10 | 1 Scope 2 Normative references |
11 | 3 Terms and definitions |
13 | 4 General 4.1 General requirements 4.2 General notes on tests 4.3 General construction Figures Figure 1 – Diagram showing the use of the accessories |
14 | 4.4 Visual examination tests 4.5 Cable to be used 4.6 Voltage and current for test purposes 4.7 Type of accessories Tables Table 1 – General design and usage of accessories |
15 | 5 Standard ratings 6 Classification of accessories Table 2 – Preferred rated currents |
17 | 7 Marking |
18 | 8 Dimensions 9 Protection against electric shock |
19 | 10 Provision for earthing |
20 | 11 Terminals and terminations 12 Interlocks Table 3 – Short-time test currents |
21 | 13 Resistance to ageing of rubber and thermoplastic material 14 General construction 15 Construction of accessories 16 Degrees of protection 17 Insulation resistance and dielectric strength 18 Mechanical endurance |
22 | 19 Temperature rise 20 Mechanical strength 21 Screws, current-carrying parts and connections 22 Creepage distances, clearances and distances through sealing compound Table 4 – Mechanical endurance |
23 | 23 Resistance to heat, to fire and to tracking 24 Conditional short-circuit current withstand test 25 Electromagnetic compatibility 26 Dynamic mechanical severities 26.1 Minimum degree of dynamic mechanical severities |
24 | 26.2 Appropriate functionality 27 Electrical endurance 27.1 General requirements for accessories 27.2 Temperature burden for accessories |
25 | 27.3 Damp heat for accessories 27.4 Contact resistance 28 Climatic endurance for contacts 28.1 General requirements for contacts |
26 | 28.2 Thermal change for contacts 28.3 Dry heat for contacts 28.4 Corrosion resistance for contacts 28.5 Damp heat for contacts 28.6 Functionality for contacts 28.7 Shocks for contacts |
27 | 29 Climatic endurance for bodies 29.1 General requirements for bodies 29.2 Dry heat for bodies 29.3 Cold resistance for bodies 29.4 Cold temperatures for bodies |
28 | 30 Salt stress endurance 30.1 General requirements for accessories 30.2 Salt stress resistance 31 Operation with misalignments 31.1 Misalignment at normal operation |
29 | Figure 2 – Orthogonal misalignment – front view Figure 3 – Angular misalignment – side view Figure 4 – Angular misalignment – top view |
30 | Table 5 – Dimensions of misalignments |
31 | Table 6 – Combinations of misalignments |
32 | 31.2 Misalignment after unmating 31.3 Misalignment by terminated wires 31.4 Mating process effected by misalignment |
33 | 32 Environmental conditions Table 7 – Environmental performance classes |
34 | Table 8 – Severities for environmental performance classes |
35 | Annex A (normative) Test cycle electric endurance |
36 | Annex B (informative) Environmental performance classes for vehicles Table B.1 – Severities for environmental performance classes for vehicles |
37 | Annex C (informative) Examples for accessories on the market C.1 General C.2 Accessory example 1 |
38 | Figure C.1 – Layout of accessory example 1 Table C.1 – Parameters for accessory example 1 |
39 | Figure C.2 – Accessory example 1 Type A |
40 | C.3 Accessory example 2 Figure C.3 – Accessory example 1 Type B |
41 | Figure C.4 – Layout of accessory example 2 Table C.2 – Parameters for accessory example 2 |
42 | Figure C.5 – Accessory example 2 Type A |
43 | Figure C.6 – Accessory example 2 Type B |
44 | C.4 Accessory example 3 Table C.3 – Parameters for accessory example 3 |
45 | Figure C.7 – Accessory example 3 Type A |
46 | C.5 Accessory example 4 Figure C.8 – Accessory example 3 Type B |
47 | Figure C.9 – Drawings for accessory example 4 Type A Table C.4 – Parameters for accessory example 4 |
48 | C.6 Accessory example 5 Figure C.10 – Drawings for accessory example 4 Type B |
49 | Figure C.11 – Drawings for accessory example 5 Type A Table C.5 – Parameters for accessory example 5 |
50 | C.7 Accessory example 6 Figure C.12 – Drawings for accessory example 5 Type B Table C.6 – Parameters for accessory example 6 |
51 | Figure C.13 – Drawings for accessory example 6 Type A Figure C. 14 – Drawings for accessory example 6 Type B |
52 | Bibliography |