This part specifies the general requirements and safety requirements for control devices of lamps using a DC power supply of less than 250V and/or an AC power supply of less than 1000V at 50Hz or 60Hz. Supplementary requirements for built-in ballasts with double insulation or reinforced insulation are given in Appendix I. This part also applies to control devices used for lamps that have not yet been standardized. The tests involved in this part are all type tests. This part does not include test requirements for control devices of individual lamps during production. The requirements for semi-luminaires are given in GB7000. In addition to the requirements given in this part, Appendix B also gives the general requirements and safety requirements for control devices applicable to thermally protected lamps. Appendix C gives the general requirements and safety requirements for electronic control devices of lamps with overheat protectors. GB 19510.1-2004 Lamp control devices Part 1: General requirements and safety requirements GB19510.1-2004 Standard download decompression password: www.bzxz.net

[CS 29. 140.99
National Standard of the People's Republic of China
GB19510.1—2004/1IEC61347-1.2003 Lamp controlgear
Part 1: General and safety requirements
Lamp controlgear--Par1 1; General and safety requirements(IE(: 61347-1;20C3.1D13
2004-05-10 Issued
National Quality Supervision, Inspection and Quarantine Administration of the People's Republic of China
2005-02-01 Implementation
Normative references
General requirements
Test instructions
Connection and extension of grounding arrangement
Measures to prevent external contact with live parts...
Prevention and protection of wire insulation
Electrical strength
Thermal test of shunt windings
Excessive friction state
Electrical Electrical distance and electrical principles
Screw bag flow parts and connectors
13 Heat resistance and full tracking resistance.
19 Scratching
GB19510.1—2004/IEC61347-1.20031
Tests for conducting parts to determine whether conductive parts can cause electrical discharges Appendix VIII (Normative Appendix)
Table B (Existing Appendix)
Appendix (Normative Appendix)
Appendix K (Existing Appendix)
Appendix E (Existing Appendix)
Appendix F (Normative Appendix)
Appendix 6 Existing Appendix
Appendix Normative Appendix
Appendix (Normative Requirements)
Special Requirements for Control Devices of Thermally Protected LampsSpecial Requirements for Electronic Devices of Thermally Protected LampsHeating Test Requirements for Control Devices of Thermally Protected LampsDifferent from 4500E in:(Winding Temperature Test in Convection Test Chamber.
Standard Method for Observation of Impulse Voltage Values…
Double Insulated or Reinforced Internal Rotating Current DevicesRelationship between Compliance and Duration Test Time2 Code Distance Between Printed Wires Not Connected to Power Supply on Pedals
Protected Ballasts Heating test chamber
Evaluation of the S value of the sound
Short-term energy source measurement circuit
Producing circuit of flash pulse
Heating test sample illustration
GB19510.1-.2004/1K:61347-1,2903 Table 1 Dielectric temperature bottom teaching Biqiu...
Day 2 Endurance test period is 30 people regardless of the test temperature of the flowmeter under AC/H sinusoidal single pressure Minimum distance 4 Minimum distance under sine juice.
B. Thermal protection workpiece state
Table 4, 2 Thermal protection workpiece state
All technical contents of this part are regulatory. Preface
T141 Lamp Control Panel" is divided into: 3 parts: Part 1: General requirements for safety equipment; Part 2: Special requirements for starting devices (except for vehicle light kinetic energy); Part 3: Requirements for DC electronic ballasts for transportation lamps; Part 4: Special requirements for AC electronic ballasts for carbon fiber lamps; Part 5: Requirements for DC electronic ballasts for general lighting; Part 6: Requirements for DC electronic ballasts for public transportation lamps; Part 7: Requirements for DC electronic ballasts for transportation lamps; Part 8: Requirements for DC electronic ballasts for transportation lamps; Part 9: Requirements for DC electronic ballasts for transportation lamps; Part 10: Requirements for DC electronic ballasts for transportation lamps; Part 11: Requirements for DC electronic ballasts for transportation lamps; Part 12: Requirements for DC electronic ballasts for transportation lamps; Part 13: Requirements for DC electronic ballasts for transportation lamps; Part 14: Requirements for DC electronic ballasts for transportation lamps; Part 15: Requirements for DC electronic ballasts for transportation lamps; Part 16: Requirements for DC electronic ballasts for transportation lamps; Part 17: Requirements for DC electronic ballasts for transportation lamps; Part 18: Requirements for DC electronic ballasts for transportation lamps; Part 19: Requirements for DC electronic ballasts for transportation lamps; Part 20: Requirements for DC electronic ballasts for transportation lamps; Part 21: Requirements for DC electronic ballasts for transportation lamps; Part 22: Requirements for DC electronic ballasts for transportation lamps; Part 23: Requirements for DC electronic ballasts for transportation lamps; Part 24: Requirements for DC electronic ballasts for transportation lamps; Part 25: Requirements for DC electronic ballasts for transportation lamps; Part 26: Requirements for DC electronic ballasts for transportation lamps; Part 27: Requirements for DC electronic ballasts for transportation lamps; Part 28: Requirements for DC electronic ballast The special requirements for DC ballasts used in lighting equipment; Part 1: Special requirements for DC ballasts for aircraft; Part 2: Physical requirements for emergency ballasts; Part 3: Special requirements for ballasts for fluorescent lamps; Part 10: Special requirements for ballasts for discharge lamps (except fluorescent lamps); Part 11: Special requirements for electronic power sources and frequency converters for commercial frequency cold room door lamps (more special requirements for electronic power sources and frequency converters); Part 13: Special requirements for miscellaneous electrical wiring for lamps. This part is GB001198-2000 for air conditioners of lamps. Except for Part 1, this part and Part 7 of the accompanying Part 1 are used together. The revisions of Part 1 and Part 2 are supplements and modifications to the relevant parts. They provide corresponding requirements for the products of various quantities. This part adopts the control device of 1E6317-1.000. Part 1: A micro-blog request for publication and installation and request for 3 releases: 200: The English version is omitted
This part is sent to E61341200 and 03 revisions
for non-use, and the following modifications are made to the part: 】\[3-]”\This part”[-—Change to G1016) Except for the previous modification of E615471:2333, 0613471:233: Change the following standard \(letter:)\ in the brackets: ti
currency small teaching", "let product as a decimal point", "For 5.-12 other international standards that are equivalent to our target, this part uses our country's industry standard instead of the interval marking: the rest of the technology has the same interval as ours The international standards in this part are all introduced (this part year?) 1S5, the design structure of the lamp is standardized by the national standards, as well as the national certification books: 11. Planning of the installation of lamps Part 1: Safety requirements of the system 351311G14513.2 Lamp control cover Part 2: Starting device evaluation requirements for the light room except T13.7-2-1:3 Control of the lamp Part 3: Special requirements for the voltage reduction of self-rheological filament lamps! 1:61:43 2 23
CB1S lamp for indoor use: light safety electronic equipment standard IEC1347-2-3 (H1514314):
G lamp control equipment part: lighting equipment [popular requirements IEC3-9-4; GS1953. Standard control device part e, public real time transmission HH DC converter characteristics GR13510.1-20C4/FC:61347-12003(18:e7347 25):
GB10.? Lamp control device, Part 7, Special requirements for electronic ballasts for use with air curtains (EC6! 34? 2-6)
GBIS510. Control devices for fluorescent lamps Part 5: Special requirements for direct current electronic ballasts (EC51312-7) 3510, Control devices for fluorescent lamps Part 1: Special requirements for ballasts for fluorescent lamps (16347-2-, GB2313--99;
GH19510.12 Lamp control devices
Part 1: Special requirements for ballasts for electric lamps (except fluorescent lamps) C61347-2-, GB14045-199;
G1951 0.1 Lamp control devices Part 11: Special requirements for electronic inverters for high cold start general purpose lamps (passive) (E6_32
G196T0.2 Lamp control devices Part 12: Requirements for the use of miscellaneous wire terminals for lighting fixtures IEC61.147-2-1) Appendices A, H, C, D, EF, and Appendix II of this part are normative requirements. This part was proposed by the China Chamber of Commerce. This part is the Technical Committee for Standardization of Lighting Fixtures (CSBTS: TC224>H. The initiators of this part: Beijing Electric Light Source Quality Supervision and Inspection Center, Shanghai), Zhejiang Huiyang Group Co., Ltd., Shanghai Electric Equipment Co., Ltd. Co., Ltd., Tongdi Acid Photoluminescent Co., Ltd., comparable Beijing Electric Light Source Innovation Institute, Philips Fuming Electronics Yihai Co., Ltd., Yongshan Huaquan Ziqi Lighting Co., Ltd., Shangjiang Yuanming Yuanming Electric Co., Ltd., Niu Part from single color Angel, Tu Yueli, Chen Taojie, Kangnian, Zhu Senlin, Zhang Hequan, Ju Suhui, Yang Xiaoping, Hu Fengkang, Kangban, Qu Zhilao, Xia Jicha,
GK.19510.1-2004/E61347-12033 This part specifies the general requirements, safety requirements and village test supervision for a large number of lamps and lanterns, and is derived from the service part of (1S515.2-~(11C.12). This part should not be classified as the control of all types of lamps This is a technical specification for the installation of lamps. It is only applicable to the installation requirements of specific types of lamps specified in GB19 = 16.2-GH19510.12. (B! 1C, 2) Any section related to any clause of this part stipulates the applicable scope of the series and the actual requirements of each test: it also stipulates necessary requirements. The arrangement of the series of clauses in this part does not have any specific meaning. The adoption of this clause is based on the relevant standards for the installation of various types of lamps in GB11510.2. ~ (V5.9510.12. All standards are independent of each other and do not refer to each other. 5.2-1! 510,12 of the various parts of the book through the requirements of G33510.1 system requirements of this language * B1101, this can be forgotten after all the requirements of this clause, but it does not apply to the specific contents of 1195:3,2619510,12 except for the control device. If the lamp control device of the core part of the platform has a low rate of change when accepting the safety test and the cold test, the control table of this plan is deemed to meet the safety requirements of this part. The materials and structural forms used in the control devices of lamps and lanterns are different from those required in this part, and they must be inspected and tested according to the intention of this part. If the inspection basis is equivalent to that of this part, the control devices can be used to meet the safety requirements of this part. City 1: Safety requirements can be ensured in accordance with the safety requirements of the new electrical equipment established in accordance with the specified method, and will not cause harm to people or other personnel during use, safety requirements or the product's safety.
Note: The ammeter is placed in the brush circuit, and the following components can be included: socket!
The factory has its own standards and the power supply is in accordance with their respective state standards 1 Standard
Lighting controlgear
GB 1951G.1. -2004/IEC: 6134/-1:2003 Part 1: General requirements and safety requirements
Part 1: General requirements and safety requirements for control devices of automotive parts using 250 dc power supply or 1000 Hz or more ac power supply.
The supplementary requirements for built-in ballasts for modified or reinforced insulation are in the appendix "This part also applies to the use of non-standardized lamps. The tests involved in the standard part are all standard tests. This part does not include the test requirements for the operation of the control device of individual lamps in the production period.
The requirements for semi-luminaires in H7000 are given to the industry
In addition to the requirements given in this part, the reading also includes "the performance requirements and safety requirements for the control device of the ten-type heat-insulating lamps.
Attached (the network industry has not yet produced the non-standardized lamps General requirements and requirements for the signing of control devices 2 Normative references
The following documents are referenced in this part of GB as the following clauses. For any referenced product of the current period, all subsequent amendments (including technical specifications) or revisions shall apply to this part: However, all parties who have not yet obtained the approval of the relevant part shall be careful to use the new version of this document. For any referenced product of the current period, all subsequent amendments (including technical specifications) or revisions shall apply to this part:
GT5 Production consulting Hazard test Part 2 Test method 2 Edition: Standard test
(R27 1G9. 5—1997,l TEC o52-2:#31)HT553.10 Electrical and electronic products joint rot test method hot plastic test method (B/T -16.-0-1007, IEC 660-2-1/,994!G3/5152 Gas equipment m medical shape (C5/T5465.210.idIF60417:9.1:11Gono month safety requirements and test age s?c.2.1EC0s!s-1s,uninirePuI;Gierer=lteqwremcnt:ad tests,lD'r)21 Connection and protection of the main flow of the end of the method G12139:0GB131 Class class false door dynamic tube shape light lamp can be the special fee of the thermal expansion device T 1135.1sdIEC 6.2-3.1)
(103 lamp control equipment Part 3: Special requirements for lamps with vertical current and AC down-conversion (= _951. 320(4.IEL 31347-2-2:2).[>1)! Lamp control equipment Part 1! Special requirements for the US-US signal flow benefits (CB24[HC S1347 2:2C02,J
GB1951010 lamp control equipment registration: Part 11: Special requirements for high-efficiency electric lamps (except Chinese-made lamps) (G3:25lu.102CU1,1EC 61317-2-9.2000.1F)005 Frequency, proposal and application of the number of certificates for the safety of equipment 1F001 Double-ended Dongguan North lamp performance requirements
GB1951Q.1-2004/IEC.61347-1:2003I, 602 Comparison of solid arrow materials under the effect of the system before the determination of the tracking coefficient IEC60249 (all parts) brush wire adhesive base material JFCGC213-1 annual sanctions circuit base material Part 1: test method 1EC6C317-0-1 Technical specifications for special types of single winding wire Part 0: General requirements Section 1, the protection level of the outer light of the continuous round feeding line (pre-coding)
EC60529
Thermal fuse requirements and use of the film method
1EC:69691
EFC 50901
Performance requirements for single-phase fluorescent lamps
Performance requirements for ballasts for tubular fluorescent lamps
IEC50927
IEC50923
IECS0929
Performance requirements for ballasts for lamps other than tubular carbon lamps Performance requirements for electronic ballasts for tubular fluorescent lamps TS 4046:1978 Paper, paperboard, pulp and related products 3 Definitions
This document uses the following definitions:
Lamp control devicelampcontrolear
One or more components connected between the power supply and one or more lamps to positively control the power supply, limit the lamp current to a specified value, provide starting voltage and preheating current, prevent cool-out or cool-down, correct power consumption or reduce radio interference. 3.1.1
Built-in lamp controlgear A lamp controlgear designed to be installed inside a lamp, wiring, enclosure or similar device should not be installed outside the lamp without special protective measures. The space for installing a controlgear inside the base of a street light pole can be considered as an enclosure, 3.1. 2
Independent lamp control device Independentlampcoatrolgea: A lamp control device that is installed outside the luminaire without any auxiliary housing and has the protective functions indicated by its mark. This device may be an internal lamp control device with all the necessary protective functions indicated by its mark.
Integral lamp control device fmtegrallampconimlgear is a non-replaceable part of the luminaire and cannot be removed from the luminaire for separate testing. 3.2
Ballast
A device connected between the power supply and one or more discharge lamps to limit the lamp current to a specified value by means of a capacitor or a combination of capacitors.
Inverter may also include a voltage conversion device and a device that helps to supply voltage and current: 3. 2. 1
DC electronic ballast d.cguppliedektrunicballast A DC/AC converter that uses a semiconductor device with switching components to supply power to one or more lamps. 3.2. 2
reference ballast
A special inductive ballast used to provide a comparison standard for test ballasts and selected reference lamps. Its main feature is that the positive/current ratio is constant and is basically unaffected by changes in current, temperature and combustion environment. As described in Appendix 1 of TEC6921 and Appendix A of TFL50923, the reference lamp referencelapp
GH19510.1-2Q04/TFC61347-1:2003 selects lamps for test ballasts. When the reference lamp is connected to the reference ballast and ignites, its electrical characteristics are close to the standard values ​​specified in the standard for the corresponding lamp. The calibration current of the reference ballast is the current value used as the basis for calibration and adjustment of the reference ballast. This current is preferably about equal to the working current of the lamp on which the reference ballast is based. 3.5
power supply voltage applied
voltage applied to the entire circuit between the lamp and the lamp control device. 3.6
working voltage workingoltage
the maximum effective value of the voltage that may appear at both ends of the lamp when the lamp control device is in the on state or stopped working under a certain power supply voltage. The value of the change can be ignored.7
Design voltagedesignvoltage
The voltage that is related to the durability of all lamp control devices during manufacture. The voltage value should not be less than 5% of the rated voltage range.
Voltage rangevoltageTange
The range of power supply voltage that should be used. 3. 9
Power supply batterysupply current
The current that supplies the entire circuit of the lamp and the lamp control device. 3.10
Live partIivepart
A conductive part that may cause discharge during normal use. Neutral conductor can also be a non-conductive part. 3.11
Type test
One or a series of tests carried out on a sample in order to verify that the design of a product complies with the requirements of the corresponding standard. 3.12
Type test sample
A product composed of several similar components delivered by the manufacturer or distributor for type test. 3.13
Circuit power factor diagram circuit ... 14
High power sensitive ballast
high porverfactorballast
The line power factor is at least 3.5 (leading or trailing ballast: Note 2, the power factor is 6.85, the power factor has been filled with the power failure, Note 2; in the northern category, the power factor is at least 0.0.3
GB 19510.1-20Q4/1FC 61347-1:20033. *5
The maximum working temperature of the lamp control device is within the rated working temperature range of the rated positive or rated mains voltage, and the rated ... t.
The control device of the two-way ballast can make the z/Hz control device of the vehicle continuous for 10 years. 3.17
Rectification effect iyineffec
When the life of the lamp ends, the effect that may occur when one of the poles of the lamp is damaged or the signal is not emitted and the signal is not drained is not balanced.
Duration of endurance test DlestduratiounfendnrancetestI>Limit the arbitrary duration of the endurance test determined by the conditions. 3.13
Degradation coefficient of ballast winding absolute material SlegrudmtiumofiismlutkontofhallnsiwnklingS is a coefficient used to determine the selectivity of the ballast material. 3. 20
The trigger
is starting the core lamp by generating a self-voltage impulse: but it does not replace the electrode preheating device. 3.2:
Protective earth protectiveearth (ground)/35.2 of 501S)
Connect to the terminal of the main part that is grounded for safety. 3.22
Functional grounding fanctinnadearih (arund (G565.2 of 17
Connect to the control line terminal of the part that needs to be grounded: not the internal safety edge teaching 1. At a certain less than, the moving device close to the chip should be connected to the mountain or brought to the ground! Some connections are required: to ensure that the lamp can be started or connected in an emergency under normal circumstances, 3.23bZxz.net
Chassis grounding (chasis)
(see GB/T 546.2-54120)
The connection is the reference connection, 4-Exceeding the requirement
The design and installation of the lamp should be balanced so that it does not pose a danger to the user or the surrounding environment during normal use, and the specified individual tests should be carried out to verify the lamp's safety. In addition, the control device of the type is also pulled, and some requirements include class requirements and marking requirements, such as P-type cross mark, etc., only the double-outlet or additional internal excitation test ballast with a standard should meet the requirements of Appendix 1. GR19510.1-2n04/1:61347-1:2303 Some internal push-button lamp control switches have a shell, which are composed of printed circuit board electronic components. If they are to be installed in general production lamps, they should meet the requirements of IEC60S8-1 lamp standard. The controlgear of the warning lamps installed outside the standard shall be deemed to meet the requirements of [ECE8·, and shall be certified after installation. Note: It is necessary to check the correctness of the controlgear installation plan and the relevant requirements of the independent controlgear. 5.1 The tests described in this part are all type test plans: The requirements of this part are all related to the standard of the product, and the manufacturer's type test samples are not open to the whole type test. 5.2 All tests shall be carried out under 10:-50% of the global barrier. 5.3 Type tests shall be carried out on products submitted by the manufacturer for this test, consisting of one or more components required by the manufacturer, except for thermal timing. All tests shall be carried out on the control device of each type of lamp. : If the control device is not a part of the series, the manufacturer should consult with the manufacturer to obtain the opinions and conduct all the tests on the products of each power in the series or on the representative products of the series.
When the control device is tested with three lamps, if more than one product fails the test, the product of the flow type is not qualified, and one product with a detailed test will fail. The test method is to test the three samples together. 5.4 The tests shall be carried out in the order listed in this section except for the requirements of G15.0. 5.5 When conducting the heat test, the control device of the independent lamp shall be installed in the test angle. The test margin shall be 1: L1~20mm. The three-layer board with glossy black connection shall be installed as close as possible to the ceiling. The control device of the lamp shall be installed firmly on the ceiling. The length of the control device shall be at least 25 mm.
5,6 For special battery powered devices, it is allowed to use a self-flowing power source other than a battery, but the impedance of this power source is equal to that of the battery.
Note: The power supply with a suitable rated voltage shall be connected to the power supply with a voltage resistance equivalent to that of the power supply according to the "General Manual".
6 Classification
Or service control device classification: - built-in;||t t||a single type
integral type,
7 Marking
7.1 Marking Items
For the following marks, the teacher shall force the piece of blood to be in the form of a square, then the sound mark shall be on the product of the manufacturer or in the instructions for use, 1951: other special parts are stipulated: a) source of international trademarks, manufacturer's name or salesperson's name):
) with the source of the use of the plan of the stomach Replacement parts of lamp control devices are also called interchangeable parts. Others are listed in the US GA19510.1--20Q4/TFC61347-1:2003. If the lamp control device does not include interchangeable or interchangeable fuses, the rated power supply voltage (
) or lower dielectric voltage (
) of the product can be marked in the manufacturer's product manual. The power supply frequency and power supply current are marked. The power supply core can be marked in the manufacturer's product manual. The ground symbol ①, or small, is used to identify the grounding short circuit. This symbol should not be marked on the terminal or other easily movable parts.
The maximum operating temperature is marked with a full skin value after it, and the amplitude of the death is increased by 3. h) Regarding the lamp control device, it is not necessary to rely on the lamp to prevent external contact with the well dance.) The symbol for the cross-sectional area of ​​the sub-carrier suitable for the cut sieve is marked after the numerical value used as a single use. j) The model and rated power of the lamp used in the control device of the lamp and the range of rated power or the parameters of the lamp required by the design of the control device. If the control device of the lamp needs to use more than one lamp, the number of lamps and the rated power of each lamp should be marked. Note 1: For the control device of the lamp specified in G1510, 3, the marked standard diagram can include all the rated values ​​in the application. In addition to the two documents, the wiring diagram showing the location and purpose of the terminal is required. If the control device of the lamp is not connected, the wiring diagram should clearly indicate the meaning of the symbols used as connecting wires. The control device of the lamp that only works in each special circuit should be marked with corresponding signs and should be provided on the wiring diagram.
If the value involves a part on the control device of the lamp, the manufacturer's product data sheet shall indicate or specify this part.
M) Temperature mark of thermal protection control device, V (see data sheet B). The three points in the triangle shall be replaced by the rated maximum enclosure value. The unit is , and the value is specified by the manufacturer in 10 degrees. 6) The limit temperature of the lens group under abnormal conditions. This temperature should be considered when the meter is placed in the lamp and used as a reference data for lamp design.
Note: If the protective device of the lamp does not produce unusual gas in the form of a dense gas and can be used in the form of an oxygen-free device (700.1), it does not need to be marked and the environment under the state of the device is secreted. The use period of the long-term test of the device should be more than 30 days, which can be 0 days, 90 days or 12CP
days, etc.: the manufacturer can choose. The marking method is to put the letter D and the number representing the large number in the brackets behind the symbol! The unit of the number is 10) days. For example, (6) means that the test period of the test device is S0 days. Note 3: The standard use period of the long-term test is days and does not need to be marked. r) For a 45CC lamp control device with a different constant S declared by the manufacturer, the symbol S and Applicable values ​​in thousands, for example, "S6\" is used when estimating C. Yang 4: The quantity is 4500, 5090, 6000.8c9, 119F and 16cG.7.? The text and clarity of the mark
The mark should be clear and easy to recognize.
Compliance is tested by the following method: Use a piece of cloth soaked in water and a piece of cloth not soaked in steam to lightly mark the marks of each grade. After comparison, the mark should still be clear and unambiguous. Note: The steam used should be full of cotton and seasonal agents. The maximum human body content of the toothpaste is (1/3). The degradation limit value is 29. The dry point is about 60℃.
The threaded terminal should be in accordance with Gn70U0.1 Chapter 14.
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