This standard specifies the energy efficiency limit values, energy saving evaluation values, test methods and inspection rules for single-ended fluorescent lamps. This standard applies to single-ended fluorescent lamps with preheated cathodes and equipped with internal starting devices or using external starting devices. GB 19415-2003 Energy efficiency limit values ​​and energy saving evaluation values ​​for single-ended fluorescent lamps GB19415-2003 Standard download decompression password: www.bzxz.net

This standard is mandatory in clause 4.2, and the rest are recommended. This standard is proposed by the National Standardization Administration of China, the National Standardization Administration of China, GB19415-2003. This standard is drafted by the National Standardization Technical Committee for Basic Energy and Electricity Consumption (CSBTS/120/SC4), the National Electric Light Source Quality Supervision and Inspection Center (Shanghai), the National Electric Light Source Quality Supervision and Inspection Center (Beijing), the Beijing Huadong Electronics Group Co., Ltd., the Zhejiang Hongyang Group Co., Ltd., the Beijing Light Source Lighting Co., Ltd., the National Energy Research Institute, and the main authors are Chen Haihong, Deng Fei, Guan Shuxin, Ming Anhong, Huaqiao Ming, Daode Ning, Xiangai Chu Zhao Yuepan, Zhen Bu, Yao Nian Shou and Liu Hong.
1 Scope
Energy efficiency limit values ​​and energy saving evaluation values ​​for single-ended fluorescent lamps This standard specifies the energy efficiency limit values, energy saving evaluation values, test methods and inspection rules for single-ended fluorescent lamps. GH T94152003
This standard is applicable to single-ended fluorescent lamps with preheated cathodes, equipped with internal bottom dynamic disk and using external starting devices. 2 Normative references
The following documents have become the references of this standard through reference. For dated reference documents, all subsequent amendments (excluding the contents of the revision) are not applicable to this standard. However, the parties to the agreement on this standard are encouraged to study whether the latest versions of these documents can be used. For undated reference documents, the latest versions are applicable to this standard. GH/T2328.1 Counting sampling inspection procedures Part 1: Remote batch inspection sampling plan based on acceptance quality limit (AQL) (GI3/T 2828.1-S003, ISO 2855-1,1999,1IJE) GB/T2829 Periodic inspection sampling cut-off sequence or table (occasionally used for inspection of process stability) GB/T17262 Performance requirements for single-ended fluorescent lamps
3 Definitions
In addition to the definitions in GB/T17262, this standard also adopts the following definitions. 3.1
Initial luminous efficiency of fluorescent lamps IuainousefncacyfocBlingl-cappedflunrescentluaps Parameter for evaluating the energy efficiency level of single-capped fluorescent lamps. This parameter is the ratio of the initial luminous flux of a single-capped fluorescent lamp to the measured luminous flux in the air. The unit is lumen per watt (Im/W).
Limited value ofenergyefnckencyforsingle-capperifluorescentInnips The minimum initial efficiency value of a single-capped fluorescent lamp allowed under the test conditions specified in the standard, in lumens per watt (In/W). 3.3
Evaluation value ofenergyconservtlionfur single-cappednuorescentlamp
Evaluation value ofenergyconservtlionfur single-cappednuorescent lamps
The minimum initial luminous efficacy value for evaluating the energy saving level of single-ended fluorescent lamps, in units of luminous flux per watt (Im/W). 4 Technical requirements
4.1 Basic requirements
The performance of the single-ended fluorescent lamps used in this standard shall comply with the requirements of GB/T17862. 4.2 Energy efficiency limits and luminous flux
4.2.1 Energy efficiency limits
The energy efficiency limits of single-ended fluorescent lamps shall comply with the provisions of Table 1. 1
GB19415-2003
Big difference
Farm, four-piece, multi-tube and six-piece
Double-piece, shape
Table 1 Single Energy efficiency of high-end fluorescent lamps is determined by the rated value of
overall power/W
(1(Shuangjin)bZxz.net
16-·36
receiving luminous efficiency:(m/W
RL.RRRD
The medium-frequency color product must meet the requirements of CB/T17262. Enterprises can meet the requirements of customers for non-standard models. At the same time, they should take into account the non-standard color product standards. The non-standard color lamps should be close to the standard color to improve the average luminous efficiency and stipulate 4.2.2 Luminous flux maintenance rate
Single fluorescent lamp at burning point? After that, its lumen maintenance rate shall not be less than 80 times. 4.3 Energy saving evaluation value and lumen maintenance rate
4.3.1 Energy saving evaluation
The energy saving evaluation value of single-ended fluorescent lamp shall comply with the following table: Table 2 Energy saving evaluation value of single-ended fluorescent lamp
Lamp type
Double band. Four-way, winter and square
, city shape
Nominal power /
Please call the test photometric efficiency: (Lm/)
RL, RB.RN, RTY
The color shall comply with the standardization of CB/T1722, and the product standard shall or , enterprises can make their own standard lamps according to the requirements of users, and the color coordinates of non-standard products can be determined according to the standard color coordinates. The luminous efficacy of non-standard colors within the range of H5SXM and the color matching standards shall be determined by the luminous efficacy characteristics of the lamp. 4.3.2 Luminous flux rate of single-ended fluorescent lamp 4 points 22301. After aging, the luminous flux maintenance rate shall not be less than 82 times 5 test method
5.1 Luminous efficacy of single-ended fluorescent lamp After aging for 1001, the luminous flux shall be measured according to the luminous flux test method in GE/T17262 and the luminous efficacy shall be calculated.
5.2 Chromaticity coordinates
After the single-ended fluorescent lamp is aged for 100h, it shall be tested according to the chromaticity test method in GB/T17262. 5.3 Luminous flux
It shall be tested according to the light maintenance rate test method in B/T17262. 6 Inspection rules
E.1 Acceptance test
GB19415—2003
The manufacturer shall conduct an acceptance test on the energy efficiency limit values ​​of the single-ended fluorescent lamps produced by the enterprise. The single-ended fluorescent lamps for acceptance test shall be randomly selected from the national strict pregnant lamps produced in the year (batch). The acceptance test is in accordance with GR/T282 and is carried out. The test items are as follows: Table 3: Table 3 Sampling plan, inspection level and qualified quality level for acceptance test Test items Initial light efficiency 6.2 Routine test Technical requirements 4, 2, 1 Total market test Sampling plan The manufacturer shall conduct routine tests on the energy efficiency limit values ​​of single-ended fluorescent lamps produced by the enterprise, and randomly select lamps from the qualified lamps in the acceptance test more than once a year. Routine tests shall also be carried out if any of the following conditions are met: a) During the trial production and identification of the product!
3 Re-production after suspension for more than half a year:
When the equipment expansion, process or material changes may affect its performance c
d) When the quality supervision department does not conduct routine tests. The test shall be carried out according to the sampling plan of CB/2825 number level T. The test method shall be carried out according to the test items, sampling quantity, unqualified quality level and unqualified judgment number in accordance with reference 4.
Tai 4 reverse test unqualified quality level, sampling quantity and judgment number test items
Initial training light load
Color product industry name
Comparison line rate
Technical requirements
4, 2, 1
Trial method
Sample★No
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