GB 19510.9-2004 Lamp controlgear Part 9: Particular requirements for ballasts for fluorescent lamps

This part specifies the special requirements for ballasts for fluorescent lamps with an AC power supply of 50Hz or 60Hz below 1000V (excluding resistor ballasts). The matching fluorescent lamps may be with or without preheated cathodes, and may work with or without starters. The rated power, dimensions and characteristics of these lamps shall comply with the provisions of IEC60081 and IEC60901. This part applies to complete ballasts and their components, such as reactors, transformers and capacitors. The special requirements for thermally protected ballasts are given in Appendix B. This part deals with ballasts used for lamps that operate normally at the mains frequency, excluding AC electronic ballasts that operate at high frequencies. The requirements for such ballasts are given in GB19510.4. The requirements for capacitors with a capacitance value greater than 0.1μF are given in GB18489 and IEC61049. The requirements for capacitors with a capacitance value less than or equal to 0.1μF are given in IEC60384-14. The performance requirements are given in IEC60921. GB 19510.9-2004 Lamp controlgear Part 9: Particular requirements for ballasts for fluorescent lamps GB19510.9-2004 Standard download decompression password: www.bzxz.net

[CS 29. 14C. 99
National Standard of the People's Republic of China
GB 19510.9—2004/IFC 61347-2-8:2000
Lamp controlgear Part 9: Particular requirements for ballastsforfluorescentlamps
(IEC 61347-2-8:2000) 61347-2-8:2000, IDT)
2004-05-10 Issued
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China Standardization Administration of China
2005-02-01 Implementation
Presentational induction test H document
Test description
Letter on the measures for accidental contact with live parts
Contact
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection
Earth connection Leakage current initiation
Corrosion resistance block
GB19510.9-2000/IEC6*347-2-8;2000 Appendix A (normative appendix) Test for determining whether the lead-in part is a live part that may cause an electric shock Appendix B (normative appendix)
Appendix to the current standard
Gradual record I (normative appendix)
Appendix (normative risk)
Record of normative spirit)
Reduction record (normative appendix)
Degradation record (normative appendix)
Degradation record (normative appendix)
Special requirements for control devices for thermally protected lamps Special requirements for electronic control devices for lamps with thermal protectors Heating test requirements for thermally protected lamps 1500 s constant excitation S in the (xiao correction temperature test month anti-source current wind test box
pulse voltage standard conduction method
voltage resistor selection method
ballast rental change description
figure. 1 source potential test test cover country". 2 current end heating plate limit test
table 1 brother normal state
self-piercing device test electrical method
support stock withdrawal.
table 1 in the normal state [note and in the 110 must be the actual pressure a epidemic 30 unripe endurance test age endurance device limit source
all technical contents of this part are mandatory. foreword
g195 10% lamp control device stomach 3 is divided into 12 parts: part 1: general requirements and safety requirements: part 2: automatic installation (sample light GI19510.9-2504/1FC.61347-2-8:2030 Part 3: Particular requirements for direct current/AC electronic step-down converters for use with point-to-point lamps; Part 1: Part 2: Particular requirements for direct current electronic step-down converters for use with direct current lamps; Part 3: Particular requirements for direct current electronic step-down converters for use with direct current lamps; Part 4: Particular requirements for direct current electronic step-down converters for use with direct current lamps; Part 5: Particular requirements for direct current electronic step-down converters for use with direct current lamps; Part 6: Particular requirements for direct current electronic step-down converters for use with direct current lamps; Part 7: Particular requirements for direct current electronic step-down converters for use with direct current lamps; Part 8: Particular requirements for direct current electronic step-down converters for use with direct current lamps; Part 9: Particular requirements for control devices for low-voltage lamps (except fluorescent lamps); Part 10: Particular requirements for direct current electronic step-down converters for use with direct current lamps; Part 11: Particular requirements for automatic high-voltage electronic step-down converters and fixed-frequency step-down converters for high-voltage automatic discharge lamps; Part 12: Particular requirements for luminaires with low-voltage control devices. This part should be used together with GT1SF13.1. It is formulated after selecting, supplementing or modifying the corresponding clauses of GB19510.1.
This part is equivalent to 1H513478,2330 Part 2-9: Particular requirements for ballast of fluorescent lamps 8 British Edition
This part is equivalent to 1F:51347-2-x:2190. In order to make it usable, this part has made the following terminal changes: a) \IEC51347-2-8\ is changed to "part\, \IEC6134728 standard" is changed to \(951U.D\ except TEC6134?-2-8, you have read the introduction of IEC51347-2-8 (b
) Remove the brackets in the international standard \ Note: \ The decimal point "\" is replaced by the decimal point "\",? In other international standards cited in IEC63-7-1:2000, there are equivalent standards for use in China. This part uses the national standards marked by these users or industry standards in my country, and some companies will adopt them as my country's standards The international standard in this part (part 1 of the optical communication part) recommends the production requirements and safety requirements of the 19-shaped light lock. This office G211 is compared with:
2) the original standard is modified with the new version of the standard! 5) the original reference standard has been added and subtracted, and all 513-7-2-5 reference standards are adopted: the standard adds high-voltage stock rush items:
mountain) except for the factory safety items in the original standard appendix: measuring high voltage protection Since the change: the electrical equipment and electrical lighting directly affect the electrical conductivity and safety of the product, according to IF6131:-2-8 has been modified. B155-1.9 is one of the national standards for control devices. The following is a list of the expected codes of these national standards and their corresponding international standards. And the national standards that will replace them: GB153.1 Control devices Part 1 - Requirements and installation requirements ES1371): B 13510.9-2004/JEC61347-2-8:200C19510.2 Lamp control devices Part 2: Starting devices (special requirements for starting devices) IEC61347-2-193.3 Lamp control devices Part 3: Special requirements for DC/AC/DC electronic step-down converters for filament lamps 3 (1E 6-317-2-2);
i15.3. Lamp control hood Part 4: Special requirements for electronic ballasts for fluorescent lamps 2F61247-2-3, GB1514a-1594:
10.6 Air conditioning devices Part 5: Special requirements for DC electronic ballasts for general lighting IEC51347-2-4: GB1S510.6:3 Lamp control hood Part 5: Special requirements for DC ballasts for general lighting 3JFA EI347-2-5?:
GR1S:1F.73 Lamp control device Part 7: Particular requirements for direct current electronic ballasts for lighting or lighting 31E6:34%2-),
GB19510.% Lamp control device Part 8, Particular requirements for ballasts for lighting (IFC5147-2-7) GB1%1U.! 5 Lamp control device Part 9: Particular requirements for ballasts for micro-light lamps (IEC6-347-2-8, GR 2313-19933!
110.10 Lamp control device Part 10, Particular requirements for ballasts for fire lamps (IFC r34: 2, G 11U45—IU93); B1 low. 1 lamp control device: Part 1: High frequency cold start type wide lamp> Special requirements for electronic inverters and converters (1FC61347-2-10), GB10.12 lamp control device Part 12 Special requirements for sub-circuits of lamps and lanterns: 1: H\3:72111 Appendix AB, CD, E, F, G, H and time record 1 are standard appendices, and the following appendixes are trade-related appendices of this part. China Light Industry Federation will propose.
This part is the National Lighting Appliance Standardization Technical Committee (CS: 24). The originating units of this part: National Electro-Optical Quality Supervision and Inspection Center (Gonghai), Gongzheng Institute Shuangdeng Qiangming Electric Co., Ltd., Shanghai Guolai Zhongsheng Yuemu Co., Ltd. Bank of China, Feili Electric Power Limited Company (Shanghai), Hangzhou Hongqi Electric Power Plant, Xinzhou Yangguang Collection Branch Co., Ltd., Lingjiang Huasheng Electric Power Co., Ltd., Beijing Guanghu Research Institute. This part of the source: Lu, Tai, Qian'an, Wai Zong, Li Dinglin, Hu Nikang, Luo Liangou, Hang Jun, Guan Guoming, Yu Shuizhang, and Yang Shuiping of Beijing. This part of the standard is the first edition of this standard. This standard was first issued in 1983: 10: February, the first revision, this is the third revision, cited: B19510.9-2004/ET: 61347-2-8: 2000 This part and G3: 510.2-~ (30510.12 of the customer part cited K19510,1. The clauses of this part stipulate the applicable application and implementation of various tests, and the necessary supplementary requirements of CB1951.2-41310.17. The three parts are independent of each other and do not match each other. If this part is quoted according to the original G195:3.1, the sentence "Requirements" in GB195:0.1 is used, then the meaning of this part is to follow all the requirements of the clause, which does not apply to the specific type of control lamp described in GB19510.219510.12, except for the control lamp of the control device GD 19510.9—2004/IEC 1347-2-8.2000 Part 9: Particular requirements for ballasts for fluorescent lamps This part specifies the special requirements for ballasts for fluorescent lamps with power supply of V or above or AC (excluding resistors). The fluorescent lamps with thermal insulation performance shall be able to work with a period of time, a driver, or an automatic device. The rated power, size, and characteristics of these lamps shall comply with the requirements of IEC 63231 and IEC 60901. Part 6 shall be applicable to complete ballasts or their components, such as: resistance, capacitance, and capacitance. The special requirements for thermal insulation ballasts are as follows: The part specifically mentioned is the ballast for new lamps that are normally powered under the requirements of the mains frequency, excluding AC ballasts that work at high frequencies. For the requirements for ballasts, see GT1S51F.4. The value of the ballast is greater than 1μF. For requirements of capacitors, refer to GB1848S and [EC:61049]; for requirements of capacitors with capacitance less than or equal to ?.!μ, refer to EC60384-14. The performance requirements are given in 1EC6021.
2 Normative references
The clauses in the following documents are used as clauses of this part through 41 of this part of GB19510. H. For documents with a date of H, all subsequent amendments (excluding amendments) or revisions are not applicable to the following part, however, the latest version of this part may not be used for the purpose of this part. For all referenced documents without a date, the latest version applies to the material part.
This part uses the second normative reference document of R19511.1 to replace the following normative reference documents: G H ISE1H
Light fittings for lamps Part 1: General requirements and safety requirements (B1951U.1:-2184.IC1347-1:3000,D).
This part adopts the provisions of 1115:0.1 and the following definitions. 3.1
The specified temperature rise of the winding of the transformer is the temperature rise of the complete winding under the conditions of this part. The safety requirements of the electrical equipment should be given in the day of use. 3. 2
(The short-circuit power sluri-rireuilpwer (ufvollugyuree (under open circuit)) of the voltage source is the average point of the voltage generated by the positive source and the internal voltage source (from the perspective of the new.4 One must
according to the 4th highest requirements of GB195.0.1; 4.1 Capacitors and other parts
installed in the ballast lightning rod and other parts in accordance with the relevant E standards. GB 19510.9-7C04/1H: 61347-2-:20004.2 Thermally protected ballasts
Thermally protected ballasts are formed in accordance with the requirements of record B. 5 Test description
According to the requirements of Chapter 5 of GB19510.1 and the following requirements: 5.1 The type test is carried out on a batch of samples composed of several flowmeters submitted for type test, of which seven flowmeters can be used for durability test and one flowmeter can be used for all other tests: For the qualified system life of the durability test, please refer to the general requirements in Section 13. In addition, a high-voltage pulse test is carried out according to the requirements in Section 15 with a six-wire current reader. The transformer is connected to a load circuit that can generate dust and high-voltage skin shock inside the ballast: During the test, "qualified products" are not allowed. 5.2 The test is carried out under the conditions specified in the appendix of GB19510.1. , all tests shall be carried out for each type of test. If the test involves a batch of similar ballasts, each new ballast in the batch shall be tested, or the manufacturer shall negotiate with the manufacturer to select representative ballasts from the batch for testing. When different batches of ballasts with the same effect are handed over for inspection, when the test report of the manufacturer or other organization is accepted by the inspection department, the number of products that have passed the performance and durability tests according to the requirements of "3" and the usage of constant 3 different from 450 as shown in Appendix E may be reduced to some extent, and these tests can be omitted: 6 Classification
According to the requirements of Chapter 6 of GH19510.
7 Marking
Ballasts or components of luminaires do not need to be marked. 7.1 Mandatory marking
Ballasts do not include body testers! In accordance with the requirements of 7.2 of B19510.1, the following signs should be clearly marked: G1sw.7.2 e and g internal discharge
, if the medium voltage exceeds 00V, the positive value of the voltage should be marked. The connection of the core should also stop this state: the core of the chain light starter and the ballast starter should meet the requirements of the small core. 7.2 Supplementary markings
In addition to the mandatory markings mentioned above, the following appropriate markings shall be placed on the ballast or in the manufacturer's ", catalog or data sheet:
GB Bu.[.,.,k and
For ballasts consisting of more than one component, the basic design of the main electrical terminals of the ballast shall be marked on the inductive component that controls the current:
For ballasts that use a single capacitor (rather than a capacitor that suppresses wireless interference), the capacitance and tolerance shall be marked:
|7.2 Other standards
The manufacturer can provide the following non-mandatory markings: ... The temperature rise of the winding system is marked after the symbol. The effectiveness of the change is marked. The measures to prevent accidental contact with live parts shall comply with the requirements of G19510.1. 9 Terminals
According to the requirements of GB1951U.1.8
10 Grounding
According to the requirements of GB1951U.1.9 Moisture-proof and insulation
According to the requirements of GB1951U.1.1.10 Electrical connection
According to the requirements of GB 19510.1 Section 72 Early safety 13 Continued voltage test
Use (195[0.1 Wan_3 Chapter requirements.
14 Heating limit of the ballast
The ballast and its mounting surface should not produce the degree of safety. The voltage resistance is tested by the final test of 14.1-1.4. Preliminary test, inspection and measurement
The following inspections and measurements should be carried out before the test: 1) The ballast should start and work normally, b) Do not print, measure the resistance of each winding at ambient temperature. 14.2 Voltage across the capacitor
GH 19510.92004/[FC 61347-2-8,200 The capacitors installed in the ballast at the rated frequency shall comply with the following requirements. These requirements do not apply to capacitors installed in the starting or starting device, nor to capacitors with a capacitance less than 0.1 (standard deviation value). The requirements of item 3 do not apply to self-fusing components. a) In the case of spare parts, when the ballast is tested at its rated source voltage, the output voltage at both ends of the ballast is not allowed to exceed its rated voltage:
In the open state (please first 11.3. When the lock current is at its rated voltage ！ 10% of the test conditions are exceeded, the capacitor is within half a h)
of the voltage value shown in Table 1. The test voltage of the abnormal state of the device is over-test
14.3 Ballast heating limit test
rated voltage [,
rated voltage 2> or less than 2V 50Jz60Hz
rated voltage or 302
head light. 53 or c
other rated values. CH
limited voltage
1, 251
When the domain current is connected according to the "Appendix" service conditions and the test is conducted, the power supply is not sufficient to exceed the test conditions specified in Table 2 and the test under abnormal conditions is terminated.
Method: And often detailed description of the effect of 1S
CB 19517.9--2004/IEC 61367-2-8-20C0 Standard plastic cable assembly
Standard with lower position and town
Capacitor nearby
Tianshike mark
First-class mark
Cangshike evaluation
This capital solution medical pressure resistance
Inorganic block material must win mold egg parts
Melamine mold parts
Metal parts
Nuclear liquid energy sheet
Table 2 High temperature 1. If the design and manufacturing method used in the equipment are not consistent with the specified working conditions, please do not leave excessive ambient temperature when the equipment is working. The table shows the sensitivity values. If the ballast element is too high, the industry will ballast the device to the highest ambient temperature. The difference between the value and the new voltage measured under the specified voltage is 0.000. The product is tested before and after the product is tested. The sensitivity of the core is proved in the certification for the purpose of designing the lamp for the lamp, but the industry does not necessarily travel. Only the device with a special requirement or the old product has a special requirement. Only when the special requirement is produced can this quality be tested. The product limit of the ballast is not allowed to be replaced for 8 days. The corresponding values ​​of the disk change values ​​are listed in Table 3. In addition to the absolute value used for the operation, the thermal stability of the electrical components is measured by measuring the value of the adjustment risk. The product limit of the ballast caused by the abnormal working condition and the 110% frequency and voltage for 30 days is the limit temperature absorption limit of the ballast group /\C
2, -c5
Allow: Except for the provisions of the town pass fee, the control belt safety shall be used as shown in 54.5 months, 4
GH19510.9-—2004/IEX:61347-2-B:2000 For vehicles that are subjected to a long-term test for more than 30 days, the toughness limit temperature shall be calculated using the formula (2) described in (131! 510.1 The standard test period is < days and the minimum period is equal to 2/3 of the standard test period of the sealing durability test. 14.4 After the above-mentioned heating limit method, the test device is cooled to Room temperature, the following items are required: 1) The ballast shall still be marked with:
b) The ballast can withstand the medium voltage test specified in Section 2 without damage. The test scale can be 75% of the value shown in 10.1: but it is not allowed to be lower than 513V. 15 High-voltage pulse test
has been marked, 1 additionally, the ballast shall be marked with the test specified in 1.1 or 1? The ballast shall be tested as specified in 15.1. Other ballasts other than single inductors shall be tested as specified in 15.2. The manufacturer shall state that its products have been subjected to the following tests: 15.1 Take six samples from the following points and use three samples to conduct the moisture resistance tests specified in Chapters 11 and 13. 2. The paint strength test: Heat the remaining three samples in a heating oven until they reach the specified dynamic range. Immediately after these treatments, subject all six samples to the high-voltage pulse test. Connect the test mold and a variable self-closing device with a closing time (including the rebound time) of 3.9~1=r1s, for example, a vacuum switch of type H16 or VR/312/412, to the direct power supply. This allows the adjustment of the current and the operation of the circuit. After adjustment, slowly adjust the current until the voltage reaches the standard. Lock. The peak value of the protection is raised. The measurement of pulse current should be carried out directly at the receiving end of the ballast according to the requirements of the attached requirements: Note 1: For the line of the lamp, pay attention to the high starting voltage. The upper current value when the power is turned on should be recorded, and then the sample should be put into operation for 1 time. During the period, the power should be disconnected 11 times for 1 minute. The time for each change is 3. After the completion of this test, all ballasts should be subjected to the isolation and series test specified in the first and second cases. Operation 2: For the test strategy with online memory, the memory must be shorted. 15.2 Under the condition that the lamp is not turned on at the output end of the energy ballast, the power supply voltage should be turned on so that the pulse current generated by the starter and the ballast reaches the pulse voltage marked on the upper side. ：The current belt will be heated to the maximum potential and reported to the market: Then. Make the ballast work without lamp under these conditions. The test treatment and post-test performance are in accordance with the provisions of 15. For the current-failure device whose mark indicates that it is only used with the trigger of the effective time adjustment, it should be subject to the same adjustment: but the test is 53 cycles, and the interval between the factory state is at least 2min
165 fault state
does not comply with the requirements of the original (9 yuan 3.1 regular 11 chapter. 17 structure
according to the requirements of CB15_J.1 chapter 15,
18 creepage and electrical lighting
according to the requirements of the original 030.1 regular 1 Zhuo and the delivery requirements: 2 for starting the total ballast: as the insulation layer of the wire and can record the deformation for 1H ( 0317-(1-1) 13th grade 1 voltage test paint or similar materials in accordance with GR: T0.1 and the values ​​shown in Table 4 are calculated between the original red package or the ball package system and the value of 1m, under the condition of the voltage supply of the electrical order and the monthly gas barrier code of less than 2m and the amount of the trace layer, this method of calculation is used, 5
GD19510.9—2004/1EC61347-2-8.2000 screws, shielding parts and connectors
According to the requirements of Chapter 17 of GB3510.1.
Heat resistance, fire resistance and end-voltage resistance values
According to the requirements of Chapter 18 of (FL1951C.1, except for the requirements of 18.5 21 attached corrosion
According to the requirements of Chapter 19 of GI15:1,1.
Appendix A
(Normative Appendix)
GR19510.9—2004/IEC:61347-2-8;20C0 Determine whether conductive parts are live parts that may cause electric shock according to the requirements of the Appendix to GB19510.1:
Appendix B
(Normative Appendix)
Special requirements for the control devices of fast-acting protective lamps are in accordance with the requirements of Appendix B of GB1S519.1.
(Normative Appendix)
Special requirements for electronic control devices of lamps with short circuit protectors are not in accordance with the requirements of Appendix C of H1952<,1. Appendix D
(Normative Appendix)
Requirements for heating test of thermal protection lamp control device shall comply with the requirements of Appendix 39510.1
[Normative Appendix]
Application of the required temperature test unit different from 4500 in ((viewing group temperature) test unit shall comply with the requirements of Appendix G310.1.
Appendix F
(Normative Appendix)
Windproof test box
According to the requirements of Appendix 19510.1.
Appendix G
(Normative Appendix)
Derivation method of pulse voltage value
Not in accordance with the requirements of Appendix G of 19510.1,1 The bearing caused by the ling Table 3 The limit temperature absorption limit of the ballast group under abnormal working conditions and 110% frequency and voltage for 30 days of durability test /\C
2, -c5
Allow: Except for the provisions of the ballast fee, the ballast belt safety belt shall be used as shown in 54.5 months. 4
GH19510.9-—2004/IEX:61347-2-B:2000 For vehicles that are subject to a durability test for more than 30 days, the temperature limit shall be calculated using the formula (131!510.1) described in Section 12. The standard test period is equal to 2/3 of the durability test period. 14.4 After the above-mentioned heating limit formula, the ballast shall be cooled to room temperature. The ballast mark shall still be:
b) The ballast can withstand the medium voltage test without damage. The test scale may be 75% of the value shown in Section 10,1, but it is not allowed to be lower than 513V. 15 High voltage pulse test
The ballasts marked with 1 additional requirements shall be subjected to the test described in 1.1 or 1?: The ballasts marked with 1 additional requirements shall be subjected to the test described in 15.1. Ballasts other than 1 additional requirements shall be subjected to the test described in 15.2. The manufacturer shall state that its products have been subjected to the following tests: 15.1 Take six samples from the following points and use three samples to conduct the moisture resistance tests specified in Chapters 11 and 13. 2. The paint strength test: Heat the remaining three samples in a heating oven until they reach the specified dynamic range. Immediately after these treatments, subject all six samples to the high-voltage pulse test. Connect the test mold and a variable self-closing device with a closing time (including the rebound time) of 3.9~1=r1s, for example, a vacuum switch of type H16 or VR/312/412, to the direct power supply. This allows the adjustment of the current and the operation of the circuit. After adjustment, slowly adjust the current until the voltage reaches the standard. Lock. The peak value of the protection is raised. The measurement of pulse current should be carried out directly at the receiving end of the ballast according to the requirements of the attached requirements: Note 1: For the line of the lamp, pay attention to the high starting voltage. The upper current value when the power is turned on should be recorded, and then the sample should be put into operation for 1 time. During the period, the power should be disconnected 11 times for 1 minute. The time for each change is 3. After the completion of this test, all ballasts should be subjected to the isolation and series test specified in the first and second cases. Operation 2: For the test strategy with online memory, the memory must be shorted. 15.2 Under the condition that the lamp is not turned on at the output end of the energy ballast, the power supply voltage should be turned on so that the pulse current generated by the starter and the ballast reaches the pulse voltage marked on the upper side. ：The current belt will be heated to the maximum potential and reported to the market: Then. Make the ballast work without lamp under these conditions. The test treatment and post-test performance are in accordance with the provisions of 15. For the current-failure device whose mark indicates that it is only used with the trigger of the effective time adjustment, it should be subject to the same adjustment: but the test is 53 cycles, and the interval between the factory state is at least 2min
165 fault state
does not comply with the requirements of the original (9 yuan 3.1 regular 11 chapter. 17 structure
according to the requirements of CB15_J.1 chapter 15,
18 creepage and electrical lighting
according to the requirements of the original 030.1 regular 1 Zhuo and the delivery requirements: 2 for starting the total ballast: as the insulation layer of the wire and can record the deformation for 1H ( 0317-(1-1) 13th grade 1 voltage test paint or similar materials in accordance with GR: T0.1 and the values ​​shown in Table 4 are calculated between the original red package or the ball package system and the value of 1m, under the condition of the voltage supply of the electrical order and the monthly gas barrier code of less than 2m and the amount of the trace layer, this method of calculation is used, 5
GD19510.9—2004/1EC61347-2-8.2000 screws, shielding parts and connectors
According to the requirements of Chapter 17 of GB3510.1.bzxZ.net
Heat resistance, fire resistance and end-voltage resistance values
According to the requirements of Chapter 18 of (FL1951C.1, except for the requirements of 18.5 21 attached corrosion
According to the requirements of Chapter 19 of GI15:1,1.
Appendix A
(Normative Appendix)
GR19510.9—2004/IEC:61347-2-8;20C0 Determine whether conductive parts are live parts that may cause electric shock according to the requirements of the Appendix to GB19510.1:
Appendix B
(Normative Appendix)
Special requirements for the control devices of fast-acting protective lamps are in accordance with the requirements of Appendix B of GB1S519.1.
(Normative Appendix)
Special requirements for electronic control devices of lamps with short circuit protectors are not in accordance with the requirements of Appendix C of H1952<,1. Appendix D
(Normative Appendix)
Requirements for heating test of thermal protection lamp control device shall comply with the requirements of Appendix 39510.1
[Normative Appendix]
Application of the required temperature test unit different from 4500 in ((viewing group temperature) test unit shall comply with the requirements of Appendix G310.1.
Appendix F
(Normative Appendix)
Windproof test box
According to the requirements of Appendix 19510.1.
Appendix G
(Normative Appendix)
Derivation method of pulse voltage value
Not in accordance with the requirements of Appendix G of 19510.1,Table 3 The limit temperature absorption limit of the ballast group under abnormal working conditions and 110% frequency and voltage for 30 days of durability test /\C
2, -c5
Allow: Except for the provisions of the ballast fee, the ballast belt safety belt shall be used as shown in 54.5 months. 4
GH19510.9-—2004/IEX:61347-2-B:2000 For vehicles that are subject to a durability test for more than 30 days, the temperature limit shall be calculated using the formula (131!510.1) described in Section 12. The standard test period is equal to 2/3 of the durability test period. 14.4 After the above-mentioned heating limit formula, the ballast shall be cooled to room temperature. The ballast mark shall still be:
b) The ballast can withstand the medium voltage test without damage. The test scale may be 75% of the value shown in Section 10,1, but it is not allowed to be lower than 513V. 15 High voltage pulse test
The ballasts marked with 1 additional requirements shall be subjected to the test described in 1.1 or 1?: The ballasts marked with 1 additional requirements shall be subjected to the test described in 15.1. Ballasts other than 1 additional requirements shall be subjected to the test described in 15.2. The manufacturer shall state that its products have been subjected to the following tests: 15.1 Take six samples from the following points and use three samples to conduct the moisture resistance tests specified in Chapters 11 and 13. 2. The paint strength test: Heat the remaining three samples in a heating oven until they reach the specified dynamic range. Immediately after these treatments, subject all six samples to the high-voltage pulse test. Connect the test mold and a variable self-closing device with a closing time (including the rebound time) of 3.9~1=r1s, for example, a vacuum switch of type H16 or VR/312/412, to the direct power supply. This allows the adjustment of the current and the operation of the circuit. After adjustment, slowly adjust the current until the voltage reaches the standard. Lock. The peak value of the protection is raised. The measurement of pulse current should be carried out directly at the receiving end of the ballast according to the requirements of the attached requirements: Note 1: For the line of the lamp, pay attention to the high starting voltage. The upper current value when the power is turned on should be recorded, and then the sample should be put into operation for 1 time. During the period, the power should be disconnected 11 times for 1 minute. The time for each change is 3. After the completion of this test, all ballasts should be subjected to the isolation and series test specified in the first and second cases. Operation 2: For the test strategy with online memory, the memory must be shorted. 15.2 Under the condition that the lamp is not turned on at the output end of the energy ballast, the power supply voltage should be turned on so that the pulse current generated by the starter and the ballast reaches the pulse voltage marked on the upper side. ：The current belt will be heated to the maximum potential and reported to the market: Then. Make the ballast work without lamp under these conditions. The test treatment and post-test performance are in accordance with the provisions of 15. For the current-failure device whose mark indicates that it is only used with the trigger of the effective time adjustment, it should be subject to the same adjustment: but the test is 53 cycles, and the interval between the factory state is at least 2min
165 fault state
does not comply with the requirements of the original (9 yuan 3.1 regular 11 chapter. 17 structure
according to the requirements of CB15_J.1 chapter 15,
18 creepage and electrical lighting
according to the requirements of the original 030.1 regular 1 Zhuo and the delivery requirements: 2 for starting the total ballast: as the insulation layer of the wire and can record the deformation for 1H ( 0317-(1-1) 13th grade 1 voltage test paint or similar materials in accordance with GR: T0.1 and the values ​​shown in Table 4 are calculated between the original red package or the ball package system and the value of 1m, under the condition of the voltage supply of the electrical order and the monthly gas barrier code of less than 2m and the amount of the trace layer, this method of calculation is used, 5
GD19510.9—2004/1EC61347-2-8.2000 screws, shielding parts and connectors
According to the requirements of Chapter 17 of GB3510.1.
Heat resistance, fire resistance and end-voltage resistance values
According to the requirements of Chapter 18 of (FL1951C.1, except for the requirements of 18.5 21 attached corrosion
According to the requirements of Chapter 19 of GI15:1,1.
Appendix A
(Normative Appendix)
GR19510.9—2004/IEC:61347-2-8;20C0 Determine whether conductive parts are live parts that may cause electric shock according to the requirements of the Appendix to GB19510.1:
Appendix B
(Normative Appendix)
Special requirements for the control devices of fast-acting protective lamps are in accordance with the requirements of Appendix B of GB1S519.1.
(Normative Appendix)
Special requirements for electronic control devices of lamps with short circuit protectors are not in accordance with the requirements of Appendix C of H1952<,1. Appendix D
(Normative Appendix)
Requirements for heating test of thermal protection lamp control device shall comply with the requirements of Appendix 39510.1
[Normative Appendix]
Application of the required temperature test unit different from 4500 in ((viewing group temperature) test unit shall comply with the requirements of Appendix G310.1.
Appendix F
(Normative Appendix)
Windproof test box
According to the requirements of Appendix 19510.1.
Appendix G
(Normative Appendix)
Derivation method of pulse voltage value
Not in accordance with the requirements of Appendix G of 19510.1,For the current-limiting devices whose markings indicate that they are only used when the trigger is set, they shall be subjected to the same appropriate test: except that the test is 53 on-off cycles with a minimum of 2 min between on-off states. 165 Fault state Not in accordance with the requirements of the original (9 yuan 3.1 general clause 11. 17 Structure In accordance with the requirements of CB15_J.1 clause 15, 18 Creepage and electrical insulation In accordance with the requirements of the original 030.1 general clause 1 and the requirements of the delivery: 2 For the start-up general ballast: The insulating layer of the wire can be made of lacquer or similar materials that can record the 1H voltage test as described in clause 13 of 0317-(1-1). When calculating the distance between the original package and the ball package system according to the values ​​shown in GR: 0.1 and Table 4, it can be calculated as 1m. Under the condition of the power supply and the monthly gas barrier code of 2m and the amount of the trace layer, this method of calculation is used. 5
GD19510.9—2004/1EC61347-2-8.2000 Screws, shielding parts and connectors
According to the requirements of Chapter 17 of GB3510.1.
Heat resistance, fire resistance and end-electric resistance values
According to the requirements of Chapter 18 of (FL1951C.1, except for the requirements of 18.5 21 Attached corrosion
According to Chapter 19 of GI15:1,1 Chapter requirements.
Appendix A
(Normative Appendix)
GR19510.9—2004/IEC:61347-2-8;20C0 Determine whether a conductive part is a live part that may cause electric shock. Requirements of the Appendix to GB19510.1:
Appendix B
(Normative Appendix)
Special requirements for the control device of fast-acting protective lamps are in accordance with the requirements of Appendix B of GB1S519.1.
(Normative Appendix)
Special requirements for electronic control devices of lamps with short circuit protectors are not in accordance with the requirements of Appendix 1 of H1952<,1. Appendix D
(Normative Appendix)
The requirements for the heating test of the control device of the thermal protection lamp shall be in accordance with the requirements of Appendix 39510.1
[Normative Appendix]
The application of the required S different from 4500 in the (viewing group temperature) test stock shall be in accordance with the requirements of Appendix G310.1.
Appendix F
(Normative Appendix)
The windproof test box for the building
According to the requirements of Appendix 19510.1.
Appendix G
(Normative Appendix)
The derivation method of the pulse voltage value
Not in accordance with the requirements of Appendix G of 19510.1,For the current-limiting devices whose markings indicate that they are only used when the trigger is set, they shall be subjected to the same appropriate test: except that the test is 53 on-off cycles with a minimum of 2 min between on-off states. 165 Fault state Not in accordance with the requirements of the original (9 yuan 3.1 general clause 11. 17 Structure In accordance with the requirements of CB15_J.1 clause 15, 18 Creepage and electrical insulation In accordance with the requirements of the original 030.1 general clause 1 and the requirements of the delivery: 2 For the start-up general ballast: The insulating layer of the wire can be made of lacquer or similar materials that can record the 1H voltage test as described in clause 13 of 0317-(1-1). When calculating the distance between the original package and the ball package system according to the values ​​shown in GR: 0.1 and Table 4, it can be calculated as 1m. Under the condition of the power supply and the monthly gas barrier code of 2m and the amount of the trace layer, this method of calculation is used. 5
GD19510.9—2004/1EC61347-2-8.2000 Screws, shielding parts and connectors
According to the requirements of Chapter 17 of GB3510.1.
Heat resistance, fire resistance and end-electric resistance values
According to the requirements of Chapter 18 of (FL1951C.1, except for the requirements of 18.5 21 Attached corrosion
According to Chapter 19 of GI15:1,1 Chapter requirements.
Appendix A
(Normative Appendix)
GR19510.9—2004/IEC:61347-2-8;20C0 Determine whether a conductive part is a live part that may cause electric shock. Requirements of the Appendix to GB19510.1:
Appendix B
(Normative Appendix)
Special requirements for the control device of fast-acting protective lamps are in accordance with the requirements of Appendix B of GB1S519.1.
(Normative Appendix)
Special requirements for electronic control devices of lamps with short circuit protectors are not in accordance with the requirements of Appendix 1 of H1952<,1. Appendix D
(Normative Appendix)
The requirements for the heating test of the control device of the thermal protection lamp shall be in accordance with the requirements of Appendix 39510.1
[Normative Appendix]
The application of the required S different from 4500 in the (viewing group temperature) test stock shall be in accordance with the requirements of Appendix G310.1.
Appendix F
(Normative Appendix)
The windproof test box for the building
According to the requirements of Appendix 19510.1.
Appendix G
(Normative Appendix)
The derivation method of the pulse voltage value
Not in accordance with the requirements of Appendix G of 19510.1,
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