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GB 13140.5-2008 English PDF

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GB 13140.5-2008: [GB/T 13140.5-2008] Connecting devices for low-voltage circuits for household and similar purposes -- Part 2: Particular requirements for twist-on connecting devices
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GB 13140.5: Evolution and historical versions

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GB 13140.5-2008English499 Add to Cart 4 days [Need to translate] [GB/T 13140.5-2008] Connecting devices for low-voltage circuits for household and similar purposes -- Part 2: Particular requirements for twist-on connecting devices Valid GB 13140.5-2008
GB 13140.5-1998English599 Add to Cart 3 days [Need to translate] Connecitng devices for low-voltage circuits for household and similar purposes Part 2: Particular requirements for twist-on connecting devices Obsolete GB 13140.5-1998

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Basic data

Standard ID GB 13140.5-2008 (GB13140.5-2008)
Description (Translated English) [GB/T 13140.5-2008] Connecting devices for low-voltage circuits for household and similar purposes -- Part 2: Particular requirements for twist-on connecting devices
Sector / Industry National Standard
Classification of Chinese Standard K30
Classification of International Standard 29.120.20
Word Count Estimation 19,156
Date of Issue 2008-12-30
Date of Implementation 2010-02-01
Older Standard (superseded by this standard) GB 13140.5-1998
Quoted Standard GB 13140.1-2008
Adopted Standard IEC 60998-2-4-2004, IDT
Regulation (derived from) Announcement of Newly Approved National Standards No. 26 of 2008 (total 139)
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 Chinese standard is suitable for connecting two or more root untreated hard and/or soft copper wire twist-on connecting devices (abbreviated as TOCD, the same below). The connected wires shall meet the requirements of GB 3956-1997, the wire cross-sectional area from 0. 5mm2 ~ 16mm2 (including 16mm2), and the sum of cross-sectional areas no more than 35mm2. This standard applies to low-voltage circuits for household and similar purposes, voltage not exceeding 1000V (ac) and 1500V (dc).

GB 13140.5-2008: [GB/T 13140.5-2008] Connecting devices for low-voltage circuits for household and similar purposes -- Part 2: Particular requirements for twist-on connecting devices


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Connecting devices for low-voltage circuits for household and similar purposes.Part 2. Particular requirements for twist-on connecting devices ICS 29.120.20 K30 National Standards of People's Republic of China GB 13140.5-2008/IEC 60998-2-4.2004 Replacing GB 13140.5-1998 Low voltage circuits for household and similar purposes Connecting devices Particular requirements for twist-on connecting devices. Part 2 (IEC 60998-2-4.2004, IDT) Posted 2008-12-30 2010-02-01 implementation Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China Standardization Administration of China released

Table of Contents

Preface Ⅰ IEC Foreword Ⅱ 1 Scope 1 2 Normative references 1 3 Terms and definitions 4 1 General requirements 5 Test General Description 2 6 Key Features 2 7 Category 2 8 signs 2 9 Protection against electric shock 3 Connecting 10 wires 3 11 Structure 4 12 anti-aging, harmful moisture, water and solid foreign objects into the entry 4 13 Insulation resistance and electric strength 4 14 Mechanical strength 5 15 rise 7 Heat 16 9 17 clearances and creepage distances 9 18 Resistance of insulating material to abnormal heat and fire 9 19 electrically insulating material resistant to tracking 9 20 Electromagnetic compatibility (EMC) requirements 9 Annex AA (informative) 15.102.1 cyclic temperature test sample 12 References 13 GB 13140.5-2008/IEC 60998-2-4.2004

Foreword

GB 13140 all the technical content of this section is mandatory. GB 13140 "Connecting devices for low voltage circuits for household and similar purposes with" divided into two parts. Part 1. General requirements (GB 13140.1) Part 2. Particular requirements (GB 13140.2 ~ 13140.5) --- Special requirements as an independent unit with screw-type clamping units for connecting devices --- As a standalone unit with screwless-type clamping units - Particular requirements for connecting devices --- As a standalone unit with insulation piercing connection device type clamping units - Particular requirements --- Particular requirements for twist-on connecting devices This section GB 13140 Part 2 "Particular requirements for twist-on connecting devices" section, number GB 13140.5. This part of the standard should be used in conjunction with the GB 13140.1. This section identical with IEC 60998-2-4.2004 "Connecting devices for low voltage circuits for household and similar purposes with Part 2. twist-on Particular requirements for connecting devices. " This Part replaces GB 13140.5-1998 "Part 2 Connecting devices for low voltage circuits for household and similar purposes use. twist-on connector Special requirements "of the device. The main changes in this part of GB 13140.5-1998 follows. 1) In the second chapter in the reference standard delete references standard GB 17464-1998. 2) increased 101 Table title. 3) In Chapter 7 categories, to "GB 13140.1-2008 addition to the chapter 7.5, the rest does not apply." 4) In the ninth chapter, read "GB 13140.1-2008 second paragraph of the chapter with the following alternative." 5) In Chapter 13, the voltage value is calculated to "Ut = 4Ui + 1000 (V)". 6) table 102, table 103, table 104 adding headings. Heading 7) Chapter 17 to "clearances and creepage distances." Content changes accordingly. 8) Chapter 20 of the additions. 9) Legend numbers are subject to change, for example. original 104 to 101. 10) increase in Appendix AA. 11) increased by reference. 12) In this section where there is no chapter GB 13140.1, and bar. Numbered starting from 101. This section is informative Appendix Appendix AA. This part is proposed by the China Electrical Equipment Industrial Association. This part of the National Electric annex Standardization Technical Committee (SAC/TC67) centralized. This section drafted by. China Electric Apparatus Research Institute, Zhejiang Yuehua Telecommunication Co., Ltd., Nanhai Exit Inspection and Quarantine, Guangzhou CVC Detection Limited. The main drafters of this section. Liu Jing, Wang Sheng, Tang Nianen, Luo Shiming. This part of the standard replaces the previous editions are. --- GB 13140.5-1998. GB 13140.5-2008/IEC 60998-2-4.2004 IEC Foreword 1) The International Electrotechnical Commission (IEC ) is a worldwide standardization group composed of national Electrotechnical Commission (IEC National Committees) Organizations. The object of IEC is to promote international cooperation in the field of standardization in the electrical and electronic related issues. For this purpose, IEC In addition to other activities, but also publishes International Standards. Their preparation is entrusted to technical committees to complete. IEC National Committee members, as long as the interest of standards development, can participate in its development work. Liaising with the IEC States International, governmental and non-governmental organizations also participate in standards development work. IEC and the World Organization for Standardization (ISO ) in accordance with the agreement Working closely specified conditions. 2) IEC on technical matters Technical Committee of National Committee is particularly concerned by the participation of all the issues developed by the The formal decisions or agreements, as expressed consensus on the issues involved in the international arena. 3) The formal decisions or agreements publishing standards, technical reports or guides form and recommended to use internationally, and in this sense Accepted by the National Committees. 4) In order to promote international unification, IEC National Committees should clearly maximize the IEC international standards into the country Or regional standards. Between the IEC Standard and the corresponding national or regional standard if there is any difference at the national or local standards District standards clearly stated. 5) Note that some of the ingredients of this International Standard may be the subject of patent rights. IEC shall have no responsibility to confirm any or all such patent. 6) IEC did not develop any signs of approval procedure, when a device claims to comply with a particular standard of IEC , IEC which is not Any responsibility. 7) IEC IEC is not responsible for the leadership, employees, servants or agents including individual experts and members of the technical committees and IEC National House Committee on any personal injury, property loss or damage of any nature, whether direct or indirect, or expense (including Including legal fees) and publications other than cost. 8) Note that the correct references in this publication normative reference standards, when used properly this standard, reference standards are independent. 9) Note IEC publication may relate to the content of individual patent, IEC is not responsible for identifying any or all of the individual patent problem. IEC 60998-2-4 by IEC 23 (electrical accessories) Technical Committee 23F (connecting devices) Technical Committee to develop. This section is the second edition of IEC 60998-2-4, and replaces IEC 60998-2-4 (1993). This version of the periodic temperature test results attached Annotated. The text of this section is based on the following documents. Final Draft International Standard Report on voting 23F/162/FDIS 23F/164/RVD Details of the voting section, listed in the table above voting report. This section has been drafting Part 2 according to ISO /IEC Guide. The parts IEC 60998 series of standards Part 2-4 series of standards for the common name for low voltage circuits for household and similar purposes Connecting devices. This series consists of Part 1 (General requirements) and the respective Part 2 (Special requirements) components. When this part of the publication, the following part of the standard have been published. --- Part 1. General requirements; --- Part 2-1. as a standalone unit with screw-type clamping units - Particular requirements for connecting devices; --- Part 2-2. as a standalone unit with screwless - type clamping member special requirements for connecting devices; GB 13140.5-2008/IEC 60998-2-4.2004 --- Part 2-3. as a standalone unit with the special requirements of insulation piercing clamping units for connecting devices; --- Part 2-4. Particular requirements for twist - on connecting devices. This section should be used in conjunction with IEC 60998-1. Constitute the standard version 2 (2002). Supplement or modify the corresponding provisions of IEC 60998-1, thereby making the IEC standard. Particular requirements for twist - on connecting devices. Where there is no chapter in this section of Part 1 article specifically mentioned are applicable. Where noted in this section is. "Add", "Edit" "Replacement" of content, Part 1 of the technical requirements, test specifications or comments should do the appropriate changes. In this section. a) using the following typographical. --- Body requirements. roman; --- Test specifications. italic; --- Note. The small Roman font. b) on the "Part 1" article added, FIG numbered starting from 101; additional annexes are numbered AA, BB and so on. The Committee decided to supplement the content of publications and published on the website until the relevant IEC publications remain unchanged when, after the expiration of the publication. ● reaffirmation; ● abolished; ● replaced by a revised edition; or ● Added. GB 13140.5-2008/IEC 60998-2-4.2004 Low voltage circuits for household and similar purposes Connecting devices Particular requirements for twist-on connecting devices. Part 2

1 Scope

GB 13140.1-2008 The chapter replaced by the following. GB 13140 This part is suitable for connecting a hard and/or soft copper wire two or more untreated twist-on connecting devices (abbreviated As TOCD, the same below), then the wire should meet the requirements of GB 3956-1997, conductor cross-section from 0.5mm2 ~ 16mm2 (including 16mm2), the cross-sectional area and no more than 35mm2. TOCD in this section applies to household and similar purposes, the voltage does not exceed 1000V (a.c.) And 1500V (d.c.) Low pressure Circuit. This section TOCD designed primarily operated by hand, but some TOCD, for example, connecting a large cable cross-sectional area of TOCD, can be Require the use of special tools. NOTE. In the UK, TOCD of two joints or some unequipped flexible cables, including 1.25mm2 can cross cord cable must comply with the appropriate BS6500; in American Wire and Cable does not currently comply with IEC 60228.1) 1) This note gives only foreign-related information.

2 Normative references

The following documents contain provisions which, through reference in this Part of GB 13140, constitute provisions of this part. For dated reference documents Member, all subsequent amendments (not including errata content) or revisions do not apply to this section, however, encouraged to reach under this section Parties to research agreement to use the latest versions of these documents. For undated reference documents, the latest versions apply to this section. GB 13140.1-2008 applicable.

3 Terms and Definitions

GB 13140.1-2008 make changes after this chapter the following apply. increase. 3.101 Twist the wire ends in two or more terminals. 3.102 Minimum cross-section can be safely connected to a pair of wires of the same size and single line specified by the manufacturer with the largest cross-section range (in mm2 or AWG representation). This does not prohibit the use of TOCD connecting two or more wires or connection cross-section outside the scope beyond the connection capacity wire. 3.103 TOCD into the line hole diameter maximum size (see Figure 101).

4 General requirements

GB 13140.1-2008 applicable. GB 13140.5-2008/IEC 60998-2-4.2004

5 general description of the test

GB 13140.1-2008 this chapter to make changes after the following apply. 5.4 Replacement. The new test specimen and the cluster approach required by the provisions of the table 101. Each sample was tested in the order specified. Table 101 new sample group and the number of test sequence Number reg Test sequence Test new set of samples in each group A 3 Mark Protection against electric shock B 3 ~ 48 14.102 and 14.103 Wire connection Torque and tensile testing C 12 or 24 Anti-aging and moisture Insulation resistance and electric strength D 6 14.101 extent of the damage wire E 6 14.101.1 reduce the number of wires after clamping F 3 14.2 mechanical strength (drum) G 6 15.101 temperature H 6 or 12 15.102.1 cyclical temperature tests I 3 15.102.2 short-time withstand current test K 3 Heat Resistance to abnormal heat and flame If the number of 101 samples less than the specified number of tables, B and C items can be combined together to do, but should be tested in Chapter 13.

6 Key Features

GB 13140.1-2008 this chapter to make changes after the following apply. increase. Rated insulation voltage is preferably 6.101 to increase value. 300V and 600V. Category 7 In addition to the 7.5 GB 13140.1-2008 chapter, the rest does not apply. increase. 7.101 by type and classification combined conductor --- Hard connection (solid or stranded) conductors TOCD; --- Joint flexible wire TOCD; --- Hard connection (solid or stranded) conductors and flexible combination of TOCD.

8 flag

GB 13140.1-2008 this chapter to make changes after the following apply. 8.1 Replacement. GB 13140.5-2008/IEC 60998-2-4.2004 Each TOCD shall have the following signs. 1) On TOCD shall be marked with the following signs. a) the name of the manufacturer or dealer, trade mark or identification mark; b) model or catalog number; c) TOCD connection capacity range; d) rated insulation voltage. NOTE. In the United States, not mandatory to mark the rated insulation voltage on TOCD. 2) E.g. A design for connecting at least two wires TOCD, if two wires cross-sectional area of 2.5mm2 ~ 6mm2 (including Within 6mm2) range, shall be shown on TOCD 2.5mm2 ~ 6mm2. The slightest TOCD, if there is not enough surface marked all the flags, you can simply mark a) and b). 2) In addition, on the smallest packaging unit or instructions or information in the smallest packaging unit, the mark shall be marked as follows. a) the manufacturer or the dealer's name, trademark or identification mark; b) model or catalog number; c) Permitted cable connection in combination with TOCD capacity range (mm2 or AWG Wire Gauge 3)); d) TOCD applies wire type; e) If the maximum ambient temperature is higher than 40 ℃, shall be marked with the maximum ambient temperature (see GB 13140.1-2008 7.5); f) rated insulation voltage; g) Insulation stripping length; h) If necessary, the connection method, including the proper use of tools. 8.2 Not applicable. 8.3 The third line should read. Shape or form TOCD mm2 connecting capacity range. NOTE. If using AWG gauge number indicates that the connection capacity range TOCD can be marked only numbers. 4) 2) 4) of this note is given only to foreign-related information. 3) no domestic adoption of such standards.

9 Protection against electric shock

GB 13140.1-2008 this chapter to make changes after the following apply. The second paragraph replaced by the following. TOCD connection should be connected to its capacity range minimum cross-sectional area of the two leads. 10 wire connection GB 13140.1-2008 this chapter to make changes after the following apply. increase. Hard few roots and section 10.101 TOCD should be able to connect specified by the manufacturer (single or multi-strand) and/or soft wire. 10.102 simply bunched wires inserted TOCD twist again, properly connected to the wires. By hand or by the manufacturer of the provisions of the combined conductor is connected to the requirements of 14.101 TOCD, by observing verify compliance 10.101 and 10.102 requirements. To wire inserted TOCD, may be swept up a bunch of wires to be connected, but not pre-wringing. If in doubt, can be applied to test the torque required 14.103. Use the new conductor and the sample under any circumstances. This test can be used with Test carried out in conjunction 14.101. If removed from the wire at 10.103 TOCD alone will pull the wire should not be removed, but should use other operations to remove the wire. GB 13140.5-2008/IEC 60998-2-4.2004 14.101 and 14.102 through the test of eligibility. 11 Structure GB 13140.1-2008 this chapter to make changes after the following apply. 11.2 - 11.5 Not applicable. 11.6 Addition. Although TOCD in metal parts is not necessarily the current-carrying parts, nothing in this section should be treated as live parts. increase. 11.101 TOCD shape of the hole should be able to ensure that after the completion of the connection wires, TOCD sufficient length of insulated wire insulation material Completely covered, to ensure reliable external insulation. Compliance is checked by Chapter 13 of the trial test. 11.102 even during the disconnection, the insulating member should not be separated from the live parts or accidentally end of the wire. By hand and 14 chapters verify eligibility. 12 anti-aging, moisture, water and solid foreign objects into the harmful GB 13140.1-2008 this chapter to make changes after the following apply. 12.1 Addition. Note 1 behind the increase in the following test specification. Tested with 12 samples, of which six the number of connections up to the smallest cross-section of wire, and the other six the number of connections up to the thickest cross-section wire. Conductors 14.103 predetermined torque in a predetermined manner to connect. The test also should not be connected to the wire 12 samples were with another group. 12.2 Addition. Which increased after the second paragraph the following test specification. Using the same samples tested 12.1. Also use the 12 ceramic insulating material or thermosetting material sample of this test. Which replace the fourth paragraph with the following. The TOCD placed in the humidity chamber (box) storing 48h. Note 2 increase in that section after the following test specification. After the wet treatment, while the sample is still in a humid chamber (box), unconnected wires 12.1 aging test during 12 samples and ceramics Or thermosetting material 12 TOCD connection with the wire, where the six samples up to the number of connections and the smallest cross section of the wire, and the other six samples The maximum number of connections and the cross section of the root thick wire. 12.3 does not apply. 13 Insulation resistance and electric strength GB 13140.1-2008 this chapter with the following alternatives. 13.1 TOCD apply sufficient insulation resistance and dielectric strength. Compliance is checked by inspection and test samples 13.2, 13.3 and 13.4. After aging test is the test of 12.1 and just had Wet test specimens were 12.2 on the test, the sample should remain in a humid chamber (box) or within the sample reaches a predetermined temperature in the room. 13.2 Insulation resistance test under consideration. 13.3 Each sample will be buried in a diameter of 1.0mm ~ 1.5mm pile of lead balls, or wrapped in metal foil or a metal foil with lead balls as electrode. TOCD should be placed inside the outer electrode to edge up, so that all are buried in the insulating material in the outer electrode. Note, however, may not be metal GB 13140.5-2008/IEC 60998-2-4.2004 Foil pressed into the inner TOCD. 1min AC test voltage is applied between the conductor and the outer electrode. A voltage value by the following formula. Ut = 4Ui + 1000 (V) Where. Ut --- test voltage; Rated insulation voltage Ui ---. During the tests, TOCD should insulation breakdown. It does not cause a voltage drop of the glow discharge is negligible. 13.4 with aging tests done without contact wires 12 samples do the following test. 1min power immediately after the test voltage between the conductor and the outer electrode is applied, and then rose to the highest voltage in the 3s. The voltage value Obtained by the following formula. Ut = 4Ui + 1000 (V) Umax = 10Ui + 1000 (V) Where. Ut --- test voltage (1min); Rated insulation voltage Ui ---; Umax --- maximum voltage. Test, not flashover occurs between the conductor and the outer electrode. These tests are also used to verify compliance with the requirements of Chapter 12 and Chapter 17. 14 Mechanical strength GB 13140.1-2008 this chapter to make changes after the following apply. 14.1 second paragraph should read. TOCD ceramic or thermosetting material by test test 14.2 is qualified. NOTE. TOCD thermoplastic material due to its material and structure, without the test can be considered acceptable. 14.3 does not apply. increase. Design and construction 14.101 TOCD should clamp both wires, without excessive damage to the conductor. By the following test to verify eligibility. By simultaneously gripping the number of least-sectional finest conductors of the three new samples were tested, according to the torque applied to the requirements of 14.103. In addition, Three samples simultaneously with the number of the most gripping and most thick wire cross section of the test. Wire length should be less than 102 table and Figure 104 a predetermined height (H) long 75mm. Each of the wires should be tested as follows. One end of a wire passed through a appropriately sized cannula, the sleeve on the test apparatus below a certain height (H) of the plates, H Values given in Table 102. Casing in a horizontal plane, so that it can make the center line with a diameter of 75mm concentric clamping member concentric Circular fastening plate in the horizontal plane at a rate of (10 ± 2) r/min rotation. Distance TOCD mouth with the upper surface of the sleeve between the range of 15mm height shall be given in the table 102, the sleeve may be lubricated Agent to prevent the insulated wire knotting, twisting or rotating the table 102 under the weight hanging on the end of the wire, test duration 15min, flat The direction of rotation should loosen TOCD opposite direction. During the test, the wire should neither TOCD off, should not be broken in the vicinity of TOCD. After removing the wire from TOCD, its end should not affect the continued use of the damage. GB 13140.5-2008/IEC 60998-2-4.2004 102 Table height and weight casing quality relationship between the wire cross-sectional area, Conductor cross section / mm2 Sleeve aperture a / mm Casing height Hb / mm And lead weights corresponding to the quality / kg 0.5 0.75 6.5 6.5 0.3 0.4 1.0 1.5 6.5 6.5 0.4 0.4 2.5 4.0 9.5 9.5 0.7 0.9 6.0 10.0 9.5 9.5 1.4 2.0 300 16.0 13.0 2.9 NOTE. In the UK, following the application area of 1.25mm2 additional line. 1.256.52600.4.5) If a sleeve aperture is not big enough, and 10.0mm2 to 1.5mm2 wire wringing can be inserted into the sleeve, it could be replaced by freshman aperture size casing. H b is the height deviation ± 15mm. With 14.103 predetermined maximum torque will be the number of the smallest cross section of single-core wires to the three new TOCD, then remove TOCD, Table 103 regulations to remove one or two wires from each TOCD, and then connecting these TOCD remaining wire, and with Provisions tightening torque of 14.103, followed by those TOCD do tensile test of 14.103. Removed from the table 103 the number of conductors The number of conductor wire of the finest solid cross-section up to the number of detached 3 to 7 (including 7 included) 1 And more than 2 8 8 5) The note gives only foreign-related information. 14.102 according to the manufacturer's instructions or signs, following the combination, the three new TOCD connect new hardware (solid or stranded) or flexible guide Wire, each wire in combination with a new sample. Test A ~ J with a hard wire. A --- the number of the most minimal of thin wire. Up B --- the number of the thickest wire. C --- the number of the most minimal of thin wires and the number of the most minimal of thick wire. D --- the number of the most minimal fine solid wire and the number of the most minimal crude solid conductors. Up E --- the number of the finest solid conductors. Up F --- the number of the finest conductors. G --- the number of the most minimal of thick wire. H --- the number of the most minimal of thick wire, and the wire diameter equal. I --- the number of the most minimal fine solid wire, and the wire diameter equal. J --- consists of a combination of the thickest wire and a wire made of the finest. Test K ~ P soft (and hard) wire. K --- the number of the most minimal soft wire. L --- up to the number of the thickest soft wire. GB 13140.5-2008/IEC 6099...

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