This standard needs to be used together with the GB 14196.1 standard. This standard specifies the safety and interchangeability requirements for tungsten halogen lamps for general lighting. It includes tungsten halogen lamps that directly replace traditional tungsten filament lamps and new tungsten halogen lamps that are not specified in GB 14196.1. The safety and interchangeability requirements of these tungsten halogen lamps specified in this standard should be used in conjunction with the provisions of GB 14196.1 . These tungsten halogen lamps have the following characteristics: - Rated power is below 250W (including W); - Rated voltage is between 50V and 250V (including 50V, 250V); - Lamp heads are: B15d, B22d, E12, E14, E17, E26, E26d, E26/50×39, E27 or E27/51×39. This standard also covers single-ended tungsten halogen lamps that cannot directly replace traditional tungsten lamps but have the same purpose and the same ratings as above. GB 14196.2-2002 Safety requirements for tungsten halogen lamps for general lighting in households and similar occasions GB14196.2-2002 Standard download and decompression password: www.bzxz.net

GB 14196.2—2002
All technical contents of this standard are mandatory. Preface
Preface
This standard is equivalent to adopting the International Electrotechnical Commission IEC60432-2:1999. It is completely consistent with IEC60432-2 in terms of technical content and writing format
With the orientation of cold reflective lighting Tungsten halogen lamps are widely used in the lighting field. The quality level of products on the market is uneven, and product safety requirements cannot be guaranteed as they should be. The quality issues and safety issues in use of tungsten halogen lamp products urgently require a standard. specification. Through the formulation of this standard, the performance and safety level of my country's tungsten halogen lamp products can be improved, which will help my country's tungsten halogen lamp products enter the international market and participate in international competition.
Appendix A and Appendix B of this standard are appendices of the standard. Appendix C of this standard is a reminder appendix. bzxz.net
This standard is proposed by China Light Industry Federation. This standard is under the jurisdiction of the Electric Light Sources and Accessories Subcommittee of the National Technical Committee for Standardization of Lighting Appliances. The main drafting units of this standard: Philips Yaming Lighting Co., Ltd. and Shenyang Huaguang Lighting Electric Co., Ltd. The main drafters of this standard: Huang Pei, Dong Jianming, Zhao Xiaopeng. 540
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GB14196.2---2002
IEC Foreword
1) International Electrotechnical Commission (IEC) is a worldwide standardization organization composed of electrotechnical committees (IEC national committees) around the world. The purpose of the IEC is to promote international cooperation on standards-related issues in the electrical and electronic fields. To this end, among other activities, the IEC publishes International Standards. The formulation of standards is entrusted to various sub-technical committees. If any IEC national committee is interested in the subject discussed, it can participate in the formulation of the standard. All international, governmental and non-governmental organizations that have liaison relations with IEC can also participate in the development of standards. IEC and the International Organization for Standardization ISO have mutual agreements and close relations. 2) IEC's formal resolutions or agreements on technical issues express international consensus on various issues to the greatest extent possible, because each technical committee has representatives from national committees interested in it. 3) These resolutions or protocols are published in the form of standards, technical reports or guidelines in the form of recommendations for international use and are accepted by the national committees in this sense.
4) In order to promote international unification, IEC National Committees should try their best to adopt IEC international standards as their national standards or regional standards. Any differences between IEC standards and corresponding national or regional standards should be clearly stated in the national or regional standards.
5) The IEC Committee does not provide any mark indicating conformity and certification, and is not responsible for any equipment or device claiming to comply with a certain standard of the IEC Committee.
6) Please note that some contents in this standard recommendation may involve patent issues, and IEC is not responsible for the identification and appraisal of all such patent rights.
IEC60432-2 was developed by the TC34A Sub-Technical Committee (Lamps) of the IEC34 Technical Committee (Lamps and Related Accessories). This technical revision is the second edition of this standard, replacing the 1994 first edition and its 1996 and 1997 revisions. This standard should be used together with the IEC60432-1 standard. The contents of this standard are based on the following documents: Draft
34A/884/FDIS
Voting Report
34A/898/RVL
Vote on the adoption of this standard The specific situation can be learned in the report listed in the table above. This publication has been prepared in accordance with the ISO/IEC Guidelines Part 3. Appendix A and Appendix B are an integral part of this standard. Appendix C and Appendix D are for reference only.
The committee decided that the validity period of this standard will last until September 2003. At that time, according to the decision of the committee, this standard will be:·Reaffirmed
·Withdrawn
·Replaced by a revised version
·Revised
541||tt| |1 Overview
National Standard of the People's Republic of China
Safety specification of tungsten halogen lamps for domestic and similar general lighting purposes--Safety specification Need to be used together with GB14196.1 standard. GB 14196.2—2002
idt IEC 60432-2: 1999
1.1 Scope
This standard specifies the safety and interchangeability requirements for tungsten halogen lamps for general lighting. It includes tungsten halogen lamps that directly replace traditional tungsten filament lamps and new tungsten halogen lamps that are not specified in GB14196.1. The safety and interchangeability requirements of these tungsten halogen lamps specified in this standard should be consistent with the provisions of GB14196.1 In conjunction with. These tungsten halogen lamps have the following characteristics: rated power is below 250W (including 250W): rated voltage is between 50V~250V (including 50V, 250V); - lamp head is: B15d.B22dE12, E14, E17, E26, E26d+E26 /50×39,E27 or E27/51×39. This standard also includes single-ended tungsten halogen lamps that cannot directly replace traditional tungsten lamps but have the same purpose and the same ratings as above. NOTE: This does not indicate that those tungsten halogen lamps used to replace incandescent tungsten lamps use the same shaped glass envelope as incandescent tungsten lamps. 1.2 Referenced Standards
"The provisions contained in the following standards constitute provisions of this standard through reference in this standard. When this standard is published, the editions indicated are valid. All standards will be revised, and use this standard Parties to the standard should explore the possibility of using the latest version of the following standards: GB314196.1--2002 Safety requirements for tungsten filament lamps for general lighting in homes and similar situations (idtIEC60432-1: 1999) IEC60050 (845) International Electrotechnical Vocabulary (IEV) Chapter 845: Lighting IEC60410 Attribute Inspection Sampling Plan and Sampling Procedure 1.3 Definition
In addition to the definition in GB14196.1, this standard also adopts the following definition 1.3.1 Specific effective radiant UV power. The effective ultraviolet radiation power related to the light flux, unit: mW/klm,
For reflective light bulbs, the specific effective ultraviolet radiation power refers to the effective radiance of ultraviolet radiation related to the illuminance, unit: mW/( m2×klx)
Note: The effective ultraviolet radiation power (or irradiance) is calculated based on the laser spectrum published by the American Association of Governmental Industrial Hygienists (ACGIH) and the weighted average of the spectral energy distribution of the lamp. . This method is recognized by the World Health Organization (WH) and recommended by the International Radiation Protection Association. 1.3.2 Outer envelope
A transparent or translucent outer glass with a tungsten halogen light source inside. Shell. 1.3.3 General lighting tungsten halogen larmp This standard and the G1314196.1 standard specify the safety and interchangeability requirements of the tungsten halogen lamp. General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China 2002-08-05. Approved 542
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1.3.4 tungsten halogen lampGB 14196. 2 -- 2002
Tungsten filament lamps filled with halogen or halide. (IVE845-07-10) 2 Requirements
2.1 Overview
Adopt the requirements of CB14196.1. ||2.2 Marking
Adopt the requirements of GB14196.1. If there is a danger if the shell bursts, the manufacturer of the lamp should mark the warning or have appropriate graphic symbols (as shown in Appendix B) ||tt| |2.3 The requirements of GB14196.1 are adopted for the protection of accidental contact with the screw lamp holder
2.4 The temperature rise of the lamp holder (A/)
The requirements of GB14196.1 are adopted. When replacing, the △t of the halogen lamp for general lighting cannot exceed the temperature rise A of the lamp being replaced. For the At value, please refer to GB14196.Table 2 of 1-2002. For PAR-shaped bulbs equipped with non-skirted lamp caps, they can replace R-shaped lamps. Group 7 in Table 2 of GB14196.1-2002 gives the relevant values.
Table 1 specifies additional requirements for lamps that do not have corresponding models in Table 2 of GB14196.12002. Table Maximum lamp cap temperature rise (△)
Lamp cap temperature rise of tungsten halogen lamp for general lighting (except in Table 2 of GB14196.1-2002) Power/W
Group number
250
2
8
102
100
250
75
100
150| |tt||250
glass bulb shape
for the same lamp
T-shaped or other shaped glass bulb
for the same lamp||tt ||T-shaped or other shaped glass bulb
PAR-shaped
filled outer glass bulb
T-shaped glass bulb
B15d
145||tt ||115
150
165
165
B22d
165
1) Equipped with skirted F26/50× 39, E27/51X39 and other light bulbs. 2) Category 10 is a new category.
3) Under consideration.
E12
At.(maximum value)/K
E14
140
E17
E26/24E26/25||tt ||E27
165
2.5 Torque resistance
adopts the requirements of GB14196.1. The heating test should be carried out in accordance with the relevant values ????in Table K1 of GB14196.12002 or Table C1 of this standard
2.6 Equipped with B15d, B22d, E26/50×39 and E27/51×39 lamp holders and lamp holders with insulating skirts The insulation resistance of the lamp adopts the requirements of B14196.1.
2.7 Accidental live parts
adopts the requirements of GB14196.1.
3 The creepage resistance of lamps equipped with B15d and B22d lamp caps Electrical distance 2.8
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Adopt the requirements of GB14196.1
GB 14196. 2. - 2002
2.9 End-of-life safety
The requirements of GB14196.1 are adopted. However, the pulse test shall be replaced by the alternating pulse test specified in Appendix A of this standard. Note: The alternating pulse test is also applicable to the rated voltage. Light bulbs below 100V. 2.10 Interchangeability
Adopt the requirements of GB14196.1
Lamp holders used for single-ended ultra-low voltage (voltage designation A) lamps (such as G4, GU4, GU5.3, GX5.3, GU7, G6.35, GY6.35 lamp holders) cannot be used for lamps with main voltage (voltage designation B and C). 2.11 Ultraviolet radiation
The specific effective ultraviolet radiation power of the lamp shall not exceed 0.35. mW/klm, reflective lamps shall not exceed 0.35mW/(m×klx)
2.12 Lamp design parameters
See Appendix C.
3 Evaluation
Adopted. The requirements of GB14196.1 are modified as follows: Table 2 replaces Table 6 of GB14196.1.-2002. When providing test results, if there are common technical requirements for different types of light bulbs, the manufacturer can use GB14196.1- - The results for different types of lamps in column 4 of Table 6 of 2002 and column 4 of Table 2 of this standard are combined. Table 2 Test records, sampling methods and qualified quality level (AQI.) tests for tungsten halogen lamps for general lighting. Item 1)
Terms
2.2
Clarity of the logo
Durability of the logo
2.2 Integrity of the symbol
2.3| |tt||2.4
2.5
[Prevent accidental contact
Lamp head temperature rise
Torque resistance
Initial torque
1) According to 1.4a) Qualitative
Measurement
2) According to C1.4b) *Quantitative
Measurement
2.5 After heating test
1) According to (2.3 a) Qualitative
Measurement
2) According to (2.3b) Quantitative
Measurement
2.6
2.7
Insulation resistance||tt ||Accidental live parts
541
Test type
delivery test
delivery test
delivery test
delivery test
Type test\or
routine test
delivery test
routine test 5
routine test\)
Receipt test
1100% visual method
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Lamp test of different specifications
Record merging principle
All types of light bulbs with the same marking method
All types of light bulbs with the same marking method
All types of light bulbs with the same marking method
All light bulbs tested according to the corresponding children's regulations
According to the type of light bulb
Minimum number of samples for various types of light bulbs per year
200
32
32
32
5 when changing designs||tt ||20
Lamps using the same bonding material and the same lamp base 80 Lamps using the same bonding material and the same lamp base | 25 Lamps using the same bonding material and the same lamp base 80 Using the same bonding material and the same lamp base The lamp 20 is equipped with B15d.B22d, E26/50X39,
E27/51×39 lamp holder, all types of lamps
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315
AQL2
%
2.5
2.5
2.5
1.5
0.65
0.65
0.65| |tt||0.65
0.4
Terms
2.8
2.9
Test item 1'
Creepage distance||tt| |End-of-life safety requirements
Alternating pulse test
End-of-life test
2.10 Interchangeability
2.11|UV radiation
Test type||tt| |Type test
「Type test
Routine test
Routine test
Type test
GB 14196. 2 - 2002
Table 2 (End)
Lamp test of different specifications
Record merging principle
a) All types of lamps with B15d lamp holders
b) All types of lamps with B22d lamp holders Lamps
See clause H1
All types of light bulbs
All types of light bulbs with the same base
Lamps with the same outer glass bulb or glass bulb
1) For the terms mentioned in columns 2, 4, 5 and 6, please refer to GB14196.1-~2002. 2) IEC60410 has described this, and you can check its working characteristics. 3) Refer to 3.3.3 of B14196.1-2002. 4) Refer to Appendix G of GB14196.1·2002 for evaluation. 5) For light bulbs with non-adhesive bases: This is a type test. 6) See 3.3.4 of GB14196.1~2002. Indication of accurate search
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Various types of light bulbs per year
Minimum sample number
When changing the design
is 5 or 10, 6
When changing the design
is 5 or 106)
See clause H2
315
32
AQL2||tt| |%
As stated in terms
H4
0.25
2.5
545
Test lines and equipment
A1
GB 14196. 2 - 2002
Appendix A
(standard appendix)
Alternating pulse test
Adopt G1314196.1-2002 requirements for D1 and D2, except where a high-power laser needs to be used instead of a pulse generator to cause the filament to burn out.
Note: Applicable lasers include neodymium glass lasers. A2 test procedure (using laser)
Insert the bulb under test into the lamp holder and put the safety cover in place. The laser passes through the small hole in the safety cover and focuses on the filament in a straight line. Turn on the light switch and apply rated voltage to the meter. After the lamp has fully warmed up, laser pulses are applied to it. If the lamp remains illuminated, increase the output power of the laser and apply another laser pulse to it. Repeat this until the filament burns out. Note: If the surface finish of the lamp or the structure of the outer glass bulb causes the laser beam to focus dispersed, a specially prepared sample should be used. A3 Inspection and Evaluation
After the test, each tested bulb should be inspected to see if the following conditions occur: a) glass bulb is damaged;
b) or the glass bulb is separated from the lamp cap:
c) or test. For bayonet lamp holders only, if there is a short circuit between the contact and the housing and one of the above conditions occurs, the lamp under test will be deemed to have failed the test and will be judged as unqualified. Appendix B
(standard appendix)
symbol
number
The height of the graphic symbol should not be less than 5mm. The letter should not be less than 2mm. Warning related to the bursting of the outer glass bulb The logo is as shown below: :
Note
The shape of the lamp head and glass bulb shown in the above picture can be changed. 2. If you want to improve the readability of the symbol, you can change the shape of the cross in the graphic. 54t
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C1
GB14196.2-2002
Appendix C
(Appendix to the prompt)
Lamp design parameters
adopt the design parameters in the GB14196.1 standard recommendation. C2 Maximum lamp cap temperature
Table C1 includes additional parameters for lamps that do not have corresponding models in GB14196.1 standard table K1. Table C1
Maximum lamp head temperature
Lamp head model
B15d
B22d
E14
E26/50X39
E27| |tt||C3 lamp holder/lamp holder
Power/W
75.100
150,250
250
100
250||tt ||250
Temperature/(
210
250
250
210
250
250||tt || Complete lamp holders/lamp holders designed for extra-low voltage (EI.V) single-ended lamps shall not be used in lamps designed for mains voltage. Such lamp holders/lamp holders are: G4, GU4, GU5.3. .GX5.3, GU7, G6.35 and GY6.35. Appendix D | Index", American Conference of Governmental Industrial Hygienists, Cincinnati, Ohio, USA. [2IRPA/1NIRC: "Light Limit Criteria for Ultraviolet Radiation with Wavelengths from 180nm to 400nm", Health Physics, Vol.49, pp 331~~340, 1985.
[3]IRPA/INIRC: \Proposed changes to the IRPA1985 ultraviolet radiation exposure limit guidelines", Health Physics, Vol.56, pp 971-~972, 1989.
Note: INIRC - International Non-Ionizing Radiation Committee; IRIA·International Radiation Protection Association. 547
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