This standard applies to plugs and fixed or mobile sockets for indoor or outdoor use, household and similar purposes, only for alternating current, with a rated voltage of more than 50V but not more than 440V, and a rated current not exceeding 32A, with or without grounding contacts. For fixed sockets equipped with screwless terminals, the maximum rated current is limited to 16A. This standard does not include general requirements for installation boxes, but only includes requirements for surface-mounted installation boxes necessary for testing sockets. This standard also applies to plugs installed in wire assemblies and plugs and mobile sockets installed in wire extension assemblies. This standard also applies to plugs and sockets as a component of electrical appliances, unless otherwise specified in the relevant electrical appliance standards. This standard does not apply to: - Industrial plugs, sockets and couplers; - Appliance couplers; - ELV (i.e.: extra low voltage) plugs and fixed or mobile sockets; - Fixed sockets combined with fuses, automatic switches, etc. Plugs and fixed or mobile sockets that meet the requirements of this standard are suitable for use in ambient temperatures that usually do not exceed 35°C and occasionally reach 40°C. Special structures may be required in places with special conditions, such as ships, vehicles and dangerous places where explosions may occur. GB 2099.1-1996 Plugs and sockets for household and similar purposes Part 1: General requirements GB2099.1-1996 standard download decompression password: www.bzxz.net

GB2099.1-1996
This standard is equivalent to IEC881-1 (1991 second edition); "Plugs and sockets for household and similar purposes Part 1: General requirements". Plugs and sockets for household and similar purposes are widely used products, mainly used by non-professionals in homes, offices, hotels, farms, light industrial factories, etc., and are connected to electrical appliances and equipment in most cases. The quality and safety performance of their products determine the safety of people's lives, property and the surrounding environment. At the same time, considering the current situation of plug and socket types and sizes in my country and the actual situation in the world, we have adopted IEC884-1 in terms of technical content and the same writing format as IEC.884-1 to formulate this standard. The main differences between this standard and IEC884-1 are as follows: a: This standard is suitable for my country's plug and socket system. IEC884-1 is a universal international standard, which is suitable for both flat plug and socket systems and shaped plug and socket systems. When we adopted IEC 884-1 to formulate this standard, we made appropriate inclusions to some of the contents, namely, we deleted the contents about the round plug barrel seat system, including the contents about non-solid pins (Article 14.2 and Figure 31) and the plug insulating sheath (Chapter 20, Chapter 21, Article 24.7, 30, Figure 23, Figure 26, Figure 29, Figure 30). At the same time, we changed the schematic diagrams of the flat pin plug in IEC 884-1: Figure 1, Figure 22, Figure 25, Figure 28, to the schematic diagrams of the flat pin plug, but the technical requirements and test methods are consistent with IEC 884-1. This standard is suitable for the introduction of my country's flat socket system.
b, this standard is suitable for my country's socket power supply, voltage and frequency ratings. There are basically three voltage ratings in IEC884-1: 130V, 250V and 440V. In this standard, only 250V and 440V are retained, which are compatible with my country's relevant national standards. The rated current values ​​in IEC884-1 are 2.5A6A, 10A, 16A and 32A. my country's single-phase and two-phase socket current ratings are 6A, 104: 16A, 32A. Therefore, we deleted the relevant content of 2.5A in this standard. There are two power frequencies in IEC 884-1, 50 Hz and 60 Hz. In this standard, we only take 50Hz which is suitable for my country.
, Suitable for my country's geographical location and ambient temperature. Some parts of my country are in tropical areas with high ambient temperatures, while IEC standards mainly come from European and American countries with high latitudes. Therefore, IFC884-1 stipulates that the ambient temperature of plugs and sockets is usually not more than 25°C, and occasionally reaches 35°C. According to the geographical and climatic characteristics of my country, we stipulate in GB2099.1: The ambient temperature of plugs and sockets is usually not more than 35, and occasionally reaches 40C. For tests of certain clauses that need to be evaluated under harsher conditions, IFC884-1 stipulates that the test should be conducted at 35°C, while GB2099.1 stipulates that the test should be conducted at 40°C.
Compared with GB2099-80, this standard mainly adds protection against electric shock and connection. The provisions of local measures have increased the requirements and tests for the structure of sockets and plugs, and also increased the requirements and tests for screws, current-carrying parts and their connections, hatching distances, electrical clearances and distances through insulation, and abnormal heat, flame resistance and leakage resistance. The addition of these contents makes the new plug and socket standard more scientific and stricter. This standard mainly stipulates the general technical requirements for plugs and sockets for household and similar purposes. Its types, basic parameters and dimensions can be found in the relevant national standards of my country.
This standard replaces GB209980 from the date of implementation. This standard was proposed and submitted by the National Technical Committee for Standardization of Electrical Accessories. This standard was drafted by the National Standard Revision Group for Plugs and Sockets for Household and Similar Purposes. The drafting unit of this standard: Guangzhou Electric Science Research Institute of the Ministry of Machinery Industry, the main drafters of this standard; Gong Yue, Yue Shijie, Luo Huaiping, Sun Fangneng, Yan Cuiqin, He Weien, Gu Qixiang. GB 2099. 1—1996
IEC former
International Standard IEC884-1 was developed by SC:23B: Sockets and Switches Sub-Technical Committee of IECTC23: Electrical Accessories.
This second edition cancels and replaces the first edition published in 1987, Amendment 1 published in June 1988 and Amendment 2 published in November 1991 to become a new technical version.
IEC 884-1 (2nd edition) is based on the following documents; Draft International Standard Documents
23B (Central Office) 148
23B (Central Office) 150
23B (Central Office) 151
23B (Central Office) 153
23B (Central Office) 174
23B (Central Office) 175
23B (Central Office) 176
23B Central Office) 177
23B (Central Small Public Space) 178
Voting Report Detailed information on the voting for this standard can be found in the voting report in the table above. IFC884 consists of the following parts, using a unified title, namely: Plugs and sockets for household and similar purposes. Part 1: 1991 General requirements
Part 2-1; 1987 Particular requirements for plugs with fuses Part 2.2: 1989 Particular requirements for socket-outlets on electrical appliances - ~ Part 2-3: 1989 Particular requirements for socket-outlets without interlocks with switches for fixed equipment Part 2-4; 1993 Particular requirements for safety extra-low voltage plugs and sockets 1 Scope
National Standard of the People's Republic of China
Plugs and socket-outlets for household and similar purposes
Part 1: General requirements
GB 2099. 1-1996
eqv IEC 884-1:1994
Replaces GB2099-80
This standard applies to plugs and fixed or portable sockets with or without earthing contacts for indoor or outdoor use, household and similar purposes, for alternating current, with a rated voltage of more than 50V but not more than 440V, and a rated current not exceeding 32A. For fixed sockets equipped with screwless terminals, the maximum rated current is limited to 16A. This standard does not include general requirements for installation boxes, but only includes requirements for surface-mounted installation basins necessary for testing the sockets. Note 1: EC670? in the general requirements for installation boxes states that this standard also applies to plugs installed in cord sets and plugs and portable sockets installed in cord extension sets. This standard also applies to plugs and sockets as a component of an electrical appliance, unless otherwise specified on the relevant electrical appliance label. Note 2: Special requirements for the following electrical accessories are under consideration: Converters: Cable reels; SELV (i.e. safe extra low voltage) plugs and fixed or mobile sockets. This standard does not apply to industrial plugs, sockets and couplers; adapters and couplers; Note 3: For details of the adapters and couplers, see ZBK32003. ELV (i.e. extra low voltage) plugs and fixed or mobile sockets: Note 4: ELV values ​​are specified in IEC 364. Fixed sockets combined with fuses, automatic switches, etc. Note 5: If the indicator light on the socket meets the relevant standards, then this standard applies to the socket with indicator light. 1) There was no standard in this regard before. This standard refers to IFC 67 General requirements for enclosures of electrical accessories for household and similar fixed electrical installations 3, and recommends the use of the translation of IFC 67 in the "Compilation of Standards for Electrical Accessories for Household and Similar Fixed Electrical Installations 3" compiled by Guangzhou Electrical Science Research Institute. 2) IEC 884-2-5, 1995 Particular requirements for plug and socket converters for household and similar purposes> standard, promulgated by the International Commission for the Promotion of International Trade in July 1995. Approved by the State Bureau of Technical Supervision on January 10, 1996 and implemented on February 1, 1997
CB 2099.11996
The sockets and fixed or mobile sockets meeting the requirements of this standard are suitable for use in ambient temperatures that usually do not exceed 35°C and occasionally reach 40°C.
Note 6: Sockets meeting the requirements of this standard are only suitable for use in equipment where the installation method and installation position cannot cause the ambient temperature around the socket to exceed 40°C.
Special structures may be required in places with special conditions, such as ships, vehicles and hazardous places where explosions may occur. 2 Referenced standards
The provisions contained in the following standards constitute the provisions of this standard by reference in this standard. When this standard was published, the versions shown were valid. All standards are subject to revision, and parties using this standard should explore the possibility of using the latest versions of the following standards. GB1002—1996 Types, basic parameters and sizes of single-phase plugs and sockets for household and similar purposes GB/T2423.493 Basic environmental test procedures for electrical and electronic products Test Db: Alternating damp heat test method (IEC68-2-30:1980)
GB4207—84 Determination of comparative tracking index and proof tracking index of insulating materials under humid conditions (IEC112:1979)
GB4208—93 External Classification of enclosure protection levels (IP code) (IEC529: 1989) GB5169.4—85 Fire hazard test for electric and electronic products Glow-wire test method and guidelines (IEC695-2-1, 1980) GB5465.2—85 Graphic symbols for electrical equipment (IEC417: 1972) GB/T12501--90 Classification of protection against electric shock of electrical and electronic equipment (1EC: 536: 1976) ZBK32003—89 Household and similar Appliance couplers for fixed wiring (TEC320: 1981) IEC212: 1971 Standard conditions for the use of solid insulating materials before and during testing IEC227-1: 1993 Polyvinyl chloride insulated cables with rated voltages up to and including 450/750V - Part 1: General requirements IEC227-3: 1993 Polyvinyl chloride insulated cables with rated voltages up to and including 450/750V - Part 3: Sheathed cables for fixed wiring
Rated voltage 450/75 IEC 227-4:1992 Polyvinyl chloride insulated cables of rated voltage 400/750V and below - Part 4: Sheathed cables for fixed wiring IEC 227-5:1979 Polyvinyl chloride insulated cables of rated voltage 450/750V and below - Part 5: Flexible cables (cords) IEC 228:1978 Conductors of insulated cables IEC 228A:1982 Conductors of insulated cables - Supplement 1 - Guidelines for the limits of the dimensions of round conductors IEC 245-1:1985 Rubber insulated cables of rated voltage 450/750V and below - Part 1: General requirements IEC 245-4;1980
Rubber insulated cables with rated voltages up to and including 450/750V - Part 4: Flexible cords and cables IEC364-4-46:1981 Electrical installations of buildings - Part 4: Safety protection - Chapter 46: Disconnection and conversion IEC670:1989 General requirements for enclosures of electrical accessories for household and similar fixed electrical installations IEC719:1992 Average outer diameter dimensions of round copper core cables with rated voltages up to and including 450/750V. Calculation method for upper and lower limits
IS01456:1988 Gold Metal coatings - Nickel-chromium electroplating and copper-nickel-chromium electroplating ISO1639:1974 Wrought copper alloys - Protruding parts - Mechanical properties ISO2039/2:1987 Plastics - Determination of hardness - Part 2, Rockwell hardness ISO2081-1986 Metal coatings - Zinc electroplating on steel or iron ISO2093-1973 Metal coatings - Tin electroplating - Technical requirements and test methods Adoption instructions:
1. Considering that some areas in my country have a subtropical climate, the ambient temperature for the use of the head-catching rate is stipulated as "usually not exceeding 35°C and occasionally reaching 40°C". The ambient temperature stipulated in this article of IECR84-1 is "usually exceeding 25°C and occasionally reaching 35°C", and the same applies to the following. 3 Definitions
GB 2099-1-1996
1 In the vehicle standard, wherever "voltage" and "current" are used, they refer to their .m, "values ​​(root mean square values), unless otherwise specified. 2 Throughout the standard, the term "grounding" is used as "protective grounding". 3 The term "electrical accessory" is a general term, including plugs and sockets, while "mobile electrical accessories" include plugs and mobile sockets. 4 Throughout the standard, the term "socket" includes fixed sockets and mobile sockets, except for specific references to fixed or mobile types. In this standard, the following definitions apply:
The use of electrical accessories is shown in Figure 1a). 3.1 Plug
Refers to an electrical component with a pin designed to engage with the socket of a socket and equipped with components for electrical connection and mechanical positioning with a flexible cable.
3.2 Socket-outlet
Refers to an electrical accessory with a socket designed to engage with the pin of a plug and equipped with terminals for connecting a flexible cable. 3.3 Fixed socket-outlet refers to a socket intended to be connected to fixed wiring. 3.4 Mobile socket-outlet Socket-outlet means a socket intended to be connected to a flexible cable or to be integral with a flexible relay and which can be easily moved from one place to another when connected to a power source. 3.5 Multiple socket-outlet means a combination of two or more sockets.
3.6 Socket-outlet for appliances means a socket intended to be installed in an appliance or fixed to a switch. 3.7 Rewirable plug or rewirable partable socket Socket-outlet refers to an electrical accessory that is structurally capable of replacing a flexible cable. 3.8 Non-rewirable plug or non-rewirable portable socket-outlet refers to an electrical accessory that is structurally integrated with a flexible cable after being connected and assembled at the manufacturer of the electrical accessory (see 14.1). 3.9 Moulded accessory refers to a non-rewirable electrical accessory that uses a mold to press pre-assembled parts and the end of the flexible cable together with insulating materials. 3.10 Mounting box refers to a basin that is installed openly or concealed on a wall, floor or ceiling when in use and is used together with a fixed socket. 3.11 Cord-set refers to an assembly consisting of a flexible cable with a non-rewirable plug on one end and a non-rewirable connector on the other end, used to connect an electrical appliance to a power source. 3.12 Cord extension Set refers to an assembly consisting of a flexible cable with a non-rewirable plug at one end and a non-rewirable mobile socket at the other end. 3.13 Terminal
refers to a reusable, insulated or non-insulated connecting device used for electrical connection of external conductors. 3.14 Termination
refers to a non-reusable, insulated or non-insulated connecting device used for electrical connection of external conductors. 3.15 Clamping unit
refers to the component necessary for mechanical clamping and electrical connection of the wire in the terminal. 3.16 Screw-type terminal
screw-type terminal
GB 2099. 1: --1996
refers to a terminal used to connect or disconnect a conductor or to interconnect two or more removable conductors, and such connection is made directly or indirectly through a screw or nut. 3.17 Pillar terminal
refers to a screw-type terminal in which the conductor is inserted into a hole or slot and clamped under the end of the screw. The clamping force can be applied directly from the end of the screw or through an intermediate clamping piece subjected to static pressure from the end of the screw. Note: An example of a screw-type terminal is shown in Figure 31. 3.18 Screw terminal
refers to a screw-type terminal in which the conductor is clamped under the head of the screw. The clamping pressure can be applied directly from the head of the screw or through an intermediate clamping piece such as a washer, a clamping plate or a loosening prevention component. Note: The screw end is shown in Figure 35. 3.19 Stud terminal
refers to a threaded clamping terminal in which the conductor is clamped under a nut. The clamping force may be applied directly by a suitably shaped screw or through an intermediate clamping member such as a washer, clamping plate or locking member. For example, an example of a stud terminal is shown in Figure 35. 3.20 Saldle terninal
refers to a threaded clamping terminal in which the conductor is clamped under a nut by two or more screws or nuts. Note: An example of a saddle terminal is shown in Figure 36. 3.21 Mantle terminal
refers to a threaded clamping terminal in which the conductor is clamped to the bottom of the bolt by a nut. In this terminal, the conductor is clamped to the bottom of the bolt slot by a suitably shaped washer or center pin under the nut (if the nut is a cap nut) or by an equivalent member that transmits the force of the nut to the conductor in the slot.
Note: An example of a serpentine terminal is shown in Figure 37.
3.22 serewless lerminal refers to a connecting device used to connect or disconnect a hard (single-core or stranded) wire or soft wire, or to interconnect two or more disassembled wires. This connection is made directly or indirectly through a spring, wedge, eccentric wheel or cone wheel, etc., when the relevant wires are only stripped of insulation without any other special processing. 3.23 Self-drilling screw threadlorming screw refers to a tapping screw with an uninterrupted thread that can cause the material to move and form a thread after entering a certain material. Note: An example of a self-drilling screw is shown in Figure 38. 3.24 Self-cutting screw threadcutting screw refers to a self-drilling screw with an intermittent thread that can cut away the material and form a thread after being screwed into a certain material. Note: An example of a self-cutting screw is shown in Figure 39. 3.25 Rated voltage
refers to the voltage specified by the manufacturer for the plug or socket. When there is a standard for the type, basic parameters and size of the plug and socket, the rated voltage is the voltage specified in this standard.
3.26 Rated current
refers to the current specified by the manufacturer for the plug or socket. When there is a standard for the type, basic parameters and size of the plug and socket, the rated current is the current specified in this standard.
3.27 Shutter
is a movable part installed in the socket to actively cover at least one meter of the plug when the plug is pulled out. 4 General requirements
Electrical accessories and surface-mounted installation boxes should be designed and constructed to ensure reliable performance and no danger to the user or the surrounding environment during normal use.
GB 2099. 11996
Compliance shall be checked through all relevant requirements and specified tests. 5 General instructions on tests
5.1 Tests carried out in accordance with this standard are type tests. 5.2 The samples shall be tested in the delivery state and under normal use conditions, unless otherwise specified. Non-rewirable electrical accessories shall be tested with flexible cables of the model and size at the time of delivery. Non-rewirable electrical accessories that are not installed in a wire assembly or wire extension assembly, or are not individual components of the equipment, shall be tested with a flexible cable of at least 1m in length. Non-rewirable multi-position mobile sockets shall be tested with a flexible cable of about 2.5m in length. Sockets that must have a mounting box to form a complete housing shall be tested together with their mounting box. 5.3 Unless otherwise stated, the tests shall be carried out in the order of the clauses at an ambient temperature of 15°C to 35°C. In case of doubt, the tests shall be carried out at an ambient temperature of 20°C ± 5°C. Plugs and sockets shall be tested separately.
If a neutral conductor is present, the neutral conductor shall be treated as ... . 5.4 Three specimens shall be used for all relevant tests. For the test of 12.3.11, additional specimens of sockets with a total number of at least 5 screwless terminals shall be submitted. For the test of 12.3.12, three additional socket specimens shall be submitted, each specimen to test one clamping element. For each test of 13.23 and 13.21, three additional specimens of independent diaphragms or three specimens of electrical accessories equipped with diaphragms are required.
For non-rewirable electrical accessories, six additional specimens are required for the tests of 23.2 and 23.1. For the test of 24.10, three resistance-added specimens are required. The tests in Chapter 28 may require three additional specimens. 5.5 If more than one specimen fails in any test, the electrical accessories shall be deemed not to comply with the requirements of this standard. If a specimen fails in a test, the test and the previous test (or tests) that may have affected the test results shall be repeated on another set of specimens for a number of days specified in 5.4. All specimens shall pass the retest. Note
1 Generally speaking, only the test that caused the failure needs to be repeated. If a specimen fails in any of the tests in Chapters 20 to 22, it shall be retested from the test in Chapter 19.
2 The applicant may submit additional specimens at the same time as the number of specimens specified in 5.4, in case any specimen fails. In this way, the testing station can test the additional specimens without waiting for the applicant to make a request again, and only judge it as unqualified when the unqualified item occurs again. If no additional specimens are submitted, it will be judged as unqualified as long as any specimen fails. 6 Rated values ​​
6.1 Electrical accessories shall be of the type shown in Table 1 and have the voltage and current ratings shown in Table 1 6.2 In the cordset assembly, the rated current of the mobile socket shall not be greater than the rated current of the plug, and the rated voltage of the mobile socket shall not be less than the rated voltage of the plug.
is qualified by inspection and inspection.
* Only refers to non-detachable plugs.
7 Classification
7.1 Electrical accessories are classified as follows:
7.1.1 Classification according to the degree of protection against harmful water ingress: GB 2099. 11996
Table 111
Rated voltage
Rated current
- Ordinary electrical accessories, that is, when installed on a vertical surface according to normal use requirements, the protection level is IPXO or IPX1. Note: In this standard, the word "ordinary" only applies to the degree of protection against water ingress. -Splash-proof electrical accessories, i.e., those with a protection level of IPX1; spray-proof electrical accessories, i.e., those with a protection level of IPX5. 7.1.2 Classification by grounding measures:
. Electrical accessories without grounding contacts;
- Electrical accessories with grounding contacts.
7.1.3 Classification by the method of connecting flexible cables:
-Removable wire electrical accessories;
Non-removable wire electrical accessories.
7.1.4 Classification by terminal type:
- Electrical accessories with threaded terminals
- Electrical accessories with threaded terminals suitable only for connecting hard wires; Electrical accessories with threadless terminals suitable for connecting hard wires and soft wires. 7.2 Sockets are classified as follows:
7.2.1 Classification by the level of protection against electric shock after normal use: Electrical accessories with normal protection (see 10.1); Electrical accessories with enhanced protection (see 10.7). Note: The socket with the protection can be with or without a protective door. 7.2.1.1 Classification by whether there is a shell or not:
socket without a shell;
socket with a shell.
; For sockets without a shell, the protection against electric shock is provided by the mounting plate of the socket. Instructions for use:
1/The types described in Table 1 are based on the contents of Table 1 of IEC884-1 and are combined with the relevant national standards: the rated voltage of 130 V and the rated current of 2.5 A in Table 1 of IEC884-1 are excluded. 7.2.1.2 Classification by whether there is a protective door:
--- Socket without a protective door:
--- Protected (see 10.5).
7.2.2 Classification by the use/installation method of the socket: - surface mounted socket;
concealed socket
semi-concealed socket,
paneled socket;
- frame edge socket,
mobile socket
- table socket (one or more),
concealed floor socket,
socket on electrical appliances.
7.2.3 Classification by the installation method determined by the structure: GB 2099.1-1996
-Fixed sockets whose covers or cover plates can be removed without moving the wires (Structure A) Fixed sockets whose covers or cover plates cannot be removed without moving the wires (Structure B). Note: If a fixed socket has a base (main component) that cannot be separated from the cover or cover plate, and requires an additional plate that can be removed without moving the wires and is used to decorate the wall in order to meet the requirements of this standard, then as long as the additional plate can meet the requirements of the cover and cover plate, this socket should be regarded as a structure A socket.
7.3 Definition of plugs Classification according to the type of equipment connected: Plugs for Class 0 equipment:
--plugs for Class I equipment;
--plugs for Class 1 equipment.
For detailed classification of equipment, please refer to GB/T12501.
8 Marking
8.1 Electrical accessories shall be marked as follows:
Rated current (A):
Rated voltage (V)
-Symbol of power supply nature:
-\\Name, trademark or identification mark of the manufacturer or seller; Model (can be product registration number)
For the degree of protection against the ingress of solid objects higher than IP12X, the symbol of the degree of protection: The symbol of the degree of protection against harmful water ingress (if applicable). In this case, even if the degree of protection against the ingress of solid objects is not higher than IP2X, it should be marked.
If the plug and socket system allows a plug of a certain IP level to be inserted into a socket of another IP level, the degree of protection produced by this plug/socket combination shall be the lower level of the plug or socket. This shall be indicated in the instructions for the socket in the manufacturer's manual. Note 1: The degree of protection is based on CB 4208. In addition, sockets with screwless terminals shall be marked with the following additional markings: the length of insulation that must be stripped before the wire is inserted into the screwless terminal; if the socket can only connect hard wires, a mark indicating that it can only connect hard wires. Note 2: The above additional markings can be marked on the socket, on the small package or in the instructions delivered with the socket. When using symbols in 8.2, the following symbols should be used: Note
AC
Splash-proof structure
-Spray-proof structure
1 The structure of the symbol is specified in GB 5465.2. GB 2099. 1—1996
.-TPX4
--IPX5.
2 Ordinary electrical accessories shall not be marked with any symbol for protection against harmful water ingress. 3 The letters \X\ in the IP code representing protection against physical intrusion shall be replaced with corresponding numbers. 4 The lines formed by the tool structure are not considered as markings, and the markings for rated current and rated voltage can be numbers alone. These figures may be arranged in a line, separated by a slash, or the figures of the rated current may be placed above the figures of the rated voltage and separated by a horizontal line. The marking of the nature of the power supply shall be placed immediately behind the figures of the rated current and rated voltage. Note 5: The current, voltage and nature of the power supply may be marked in this way: 16 40 ~ 1/40 ~ double ~
8.3 For fixed sockets, the following markings shall be marked on the main parts: the markings of the rated current, rated voltage and nature of the power supply, the name, trademark or identification mark of the manufacturer or seller; the length of insulation to be stripped before the wire is inserted into the screwless terminal: model. It may be a date number.
Note 1: The model is only a serial number.
Parts necessary for safety and intended to be sold separately, such as covers, must be marked with the name, trademark or identification mark and model of the manufacturer or seller.
The symbol for the degree of protection against water ingress, if practicable, shall be marked on the outside of the relevant enclosure so that it can be clearly identified when installed and wired in normal use.
2 The model number may be marked on the main component or on the outside or inside of the relevant external part. The term "main component" refers to the component with a socket cover. 8.4 For sockets and mobile sockets, the markings specified in 8-1 (except the model number) should be clearly visible when the electrical accessories are connected and installed. Plugs and portable sockets for Class I equipment shall not be marked with symbols of Class I structures. Note: The type of detachable electrical accessories may be marked on the outside or inside of the cover. 8.5 The neutral terminal shall be marked with the letter V, and the grounding terminal shall be marked with the symbol.
The above-mentioned markings shall not be located on screws or other easily removable parts. Terminals used to connect wires that do not constitute the main function of plugging and unplugging shall have obvious characteristics, except where their use is self-evident or has been noted in the wiring diagram of the electrical accessories.
Terminals of electrical accessories can be identified by the following methods: Markings composed of graphic symbols or title colors and/or letter-number systems in GB5465.2, physical dimensions or relative positions of the accessories themselves. www.bzxz.net
Leads of lamps or indicator lights They are not considered as wires as described in this article. 汪
1 "Easily removable parts" refer to those parts that can be removed during normal installation of the socket and assembly of the plug. 2 The terminals of non-removable electrical accessories do not need to be marked. GB2099.11996
8.6 Non-ordinary fixed sockets should be marked with symbols of the protection level against harmful water ingress, and make them clearly visible after the electrical accessories are installed.
For surface-mounted sockets, the mark can be marked on the installation box that is integral with the socket. After the electrical accessories are installed, the mark should be in a clearly visible position.
8.7 The mark should be durable and clearly legible. Compliance is checked by observation and the following test. Wipe 15 with a cloth soaked in water by hand. s, and then wipe with a cloth soaked in gasoline for 15 s. Notes
1 This test is not performed on the marked, stamped, pressed or engraved ones. 2 The gasoline used in the construction is hexane, with a maximum volume ratio of 1.1% of the hydrocarbon content, a resin butanol value of 29, an initial melting point of about 65°C, a dew point of about 69°C, and a specific gravity of 0.68 g/cm2
8.B Concealed or semi-concealed non-ordinary sockets should indicate the location and special measures (such as installation box, wall, plug) to enable them to obtain the specified protection level through their marks or production and product catalogs or instructions. The manufacturer's instructions or product catalogs should also indicate on which types of surfaces the socket can only be installed to obtain the specified protection level. Whether it is suitable, it shall be checked by observation.
9 Size inspection
9.1 The type and size of plugs, sockets and surface-mounted installation boxes shall comply with the requirements of relevant standards. The plugs that meet the corresponding standards shall be able to be inserted into the corresponding fixed sockets or mobile sockets. The pressure of single-phase plugs shall comply with the requirements of GB 1002.1. Whether it is qualified, it shall be checked by measurement and/or using the gauges specified in the above standards. The manufacturing tolerance of the gauges is specified in Table 2. When designing the gauges, the most unfavorable size in the standard shall be used.
Note: In some occasions, it may be necessary to check the maximum and minimum sizes. Before the above inspection, the socket shall be inserted and removed 10 times with a plug with a maximum-sized pin that meets the corresponding standard requirements.
Measurement gauges for the following items:
Pin thickness and width
Size of the socket corresponding to the thickness of the pin and the distance to the contact surface Pin length
Distance between the pin and the socket and the center point 9.2 In the single-phase or three-phase plug and socket system, the gauge level
The plug should not be able to be plugged into a socket with a higher voltage rating or a lower current rating; the plug should not be able to be plugged into a socket with a different number of poles". Instructions for use:
1] According to the actual situation in my country, the types, basic parameters and dimensions of plugs and sockets for household and similar purposes should comply with CB 1002 2. The tolerance grade of plug and socket gauges conforms to GB180079 General Tolerance and Fit, Standard Tolerance and Basic Deviation 3. GB1U02.31 From a safety perspective, we do not allow barrel heads and sockets with different poles to interlock, so the words "except for barrel sockets specially manufactured to allow interlocking with barrel heads with fewer poles, but without any danger" are deleted in this paragraph. GB 2099. 1—1996
If the plug is a plug of Class 0 equipment, it should not be possible to insert the plug into a socket with a grounding sleeve; the plug of Class I equipment should not be able to be inserted into a socket designed for plugging Class II equipment. Compliance shall be checked by observation or manual test using a gauge in accordance with 9.1. If there is any doubt about the above non-insertable performance, it shall be checked by applying force for 1 min with an appropriate gauge. The force applied is 150N for electrical accessories with a rated current not exceeding 16A and 250N for other electrical accessories. If the elastic material or thermoplastic material used will affect the test results, this test shall be carried out in an environment of 40℃+2-, and the electrical accessories and gauges shall be at this temperature.
Note: For hard materials, such as thermosetting resins, ceramic materials, etc., as long as they meet the relevant plug and socket type and basic parameter standards, they will definitely meet this requirement.
10 Protection against electric shock
10.1 The socket shall be designed so that when the plug is installed and wired as required for proper use, live parts are not accessible, even after parts which can be removed without tools have been removed. Live parts of the plug shall not be accessible when the plug is partially or fully engaged with the socket-outlet. Compliance shall be checked by inspection and, if necessary, by the following test: Install the plug as for normal use and install the conductor with the smallest cross-section. The test shall be repeated with the conductor with the largest cross-section as specified in Table 3.
For socket-outlets, apply the standard test finger shown in Figure 2 to each possible position F. For plugs, apply the test finger to each possible position when the plug is partially or fully engaged with the socket-outlet. The contact of the test finger with the relevant part is shown by a voltage indicator of not less than 40 V but not more than 50 V. For electrical accessories which may fail to meet the requirements due to the use of elastic or thermoplastic materials, the test shall be carried out at an ambient temperature of ℃ ± 2, and the electrical accessories shall also reach this temperature. During this additional test, the accessory shall be subjected to a force of 75 N for 1 min, applied by the end of a straight, jointless test finger of the same size as the standard test finger. The test finger, equipped with the above-specified test finger, is applied to all positions where deformation of the insulating material would impair the safety of the accessory, but not to diaphragms. When this additional test is carried out on thin-wall knockout holes, the force applied by the test finger to the thin-wall knockout hole is 10.
During this test, the compression deformation of the accessory and its related mounting parts shall not cause excessive changes in the dimensions specified in the relevant standards to ensure safety, and no live parts shall become accessible. Each sample of the plug or portable socket is then pressed between two flat surfaces with a force of 150 N for 5 min in the manner shown in Figure 22. The sample is removed from the test device for 15 min and then checked again. The deformation of the test partner shall not cause excessive changes in the dimensions specified in the relevant standards to ensure safety. 10.2 When the electrical accessories are wired and installed according to the normal use requirements, the parts that are still easily accessible (except for the small screws and the like that are isolated from the auxiliary parts and used to fix the base and cover or plate of the socket) shall be made of insulating materials. However, the cover or cover plate of the fixed socket can be made of metal if it meets the requirements of 10.2.1 or 10.2.2. 0.2.1 The metal cover or cover plate shall be protected by the additional insulation formed by the insulating pad or insulating barrier fixed to the cover or plate or the body of the electrical accessory. These insulating pads or barriers shall be reliably fixed and can only be removed if they are permanently damaged; or they shall only be used in the correct position. Note:
1_Since part of my country has a subtropical climate, considering the harsh conditions, the test environment temperature for electrical accessories made of elastic or thermoplastic materials is changed to 40C±21. Here, IFC884-1 stipulates 35:12: The following similar provisions for the test temperature of electrical accessories made of elastic or thermoplastic materials are the same.
2 In my country, the size of the head and seat must comply with the relevant national standards of my country. Therefore, Article 9.3 of C884-1 is not applicable to this standard.
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.