This standard specifies the defect terms, classification, specifications, dimensions and tolerances, technical requirements, test methods, inspection rules and markings, packaging, transportation and storage of glass tubes and glass rods for general lighting electric light sources. This standard applies to glass tubes and glass rods for general lighting electric light sources. QB/T 2514-2001 Glass tubes and glass rods for general lighting electric light sources QB/T2514-2001 Standard download decompression password: www.bzxz.net

Classification number K74
Registration number 9111—2001
Light Industry Standard of the People's Republic of China
QB/T2514-2001
Glass tubes and glass rods for electric light sources for general lighting
Published on 2001-07-16
China Light Industry Federation
Implementation on 2001-11-01
QET2514—2001
This standard is in compliance with the special standard Z3K70007-189 Glass tubes for electric light sources issued by the Ministry of Light Industry. (The document was published by the Light Industry Commission in 19912 and the number is B3578-1999, the same as before) This revision has been revised and improved, and the glass tube system for lamps has been added. There are many products of electric light sources, and the quality of the products is also many. There are problems that have not been revised in this revision. The supply and demand parties can make their own references to the relevant standards on the material issues. This standard is proposed by the General Business Department of the Light Industry Federation. The technical standard is proposed by the Light Source Standardization Center of China. The drafter of this standard is Liu Maxi and Li Yanhai. The national light industry standard BT3578-1999 is a national standard for glass tubes and installations for high-quality lamps.
1 Scope
Light Industry Standard of the People's Republic of China
Glass Tubes and Glass Rods for General Lighting Electric Light Sources
Q/2514—2001
QB/T3578-1999
This standard specifies the design, classification, connection size and specifications, water supply requirements, test methods, inspection rules and marking, packaging, packaging and storage of glass tubes and glass rods for general lighting electric light sources. This standard is applicable to glass tubes and glass rods for general lighting electric light sources. 2 Cited standards
The clauses contained in the following standards become the clauses of this standard through citation in the wood standard: When this standard is published, the versions shown are effective. The referenced standards will be revised according to the circumstances. The parties using the wood standard shall discuss the use of the new versions of the following standards
GB19-190 Interior decoration indication mark
GB/T2828-1987 Batch inspection number, batch rate, and batch sample (applicable to the inspection of subsequent batches) GB/T2829-1987 Periodic inspection details, procedures and sample table (applicable to the inspection of the production process) 3 Defect terminology
The difference between the square diameter and the minimum diameter of the same mold. 3.2 Wall thickness
The difference between the maximum wall thickness of the same section of the tower and the designed minimum wall thickness. 3.3 Variable thickness
The ratio of the thickness of the glass tube (tube) to the length of the tube (rod). 3.4 The glass batch materials are unevenly mixed or roasted, and there are obvious lumps in the process. 3.5 Solid impurities in the glass are mixed with batch materials, pyrolysis materials and precipitate stones. 3.6 Gas line
Bubbles drawn into lines in the glass.
3.7 Gas line
Gas lines drawn into the same shape on the glass. 3.8 Stripes
Glass with a refractive index not equal to that of the substrate or with non-slope glass. 3.9 Slots
The phenomenon of tubes being convex or concave due to defects in the discharge of materials. Approved by China Light Industry Federation on 2001-0/-16 and implemented from 2001 to 11-01
3.10 Opaque sodium formed by glass products.
3.11 QB/T2514—2001
The unclear marks that appear on the surface of glass after being rubbed by other objects. 3.12 Titanium rust
Metallic impurities contained in the exhaust pipe are classified into five categories: exhaust pipe, batch exhaust pipe, single-ended fluorescent lamp, single-ended fluorescent lamp and glass exhaust pipe.
4.1 Classification
Exhaust pipes are divided into five categories: exhaust pipes, batch exhaust pipes, single-ended fluorescent lamp tubes, single-ended fluorescent lamp tubes and glass exhaust pipes.
4.2 Specifications and tolerances
2.1 The main dimensions and tolerances of exhaust pipes are shown in Table 1.4.2.2 The main dimensions and tolerances of other pipes are shown in Table 2. Wheat
Center value
3.0-D-3.5
3.5-.n:4.0
4.5≤%5.0
5 GS S
Skill warm damage difference
Return heart
Report deviation
0.509±0.0D5
A9tof75
0.800±6.u73
15.900±0.1C0
1.0U0±0.1GO
Note: The center value is not changed according to the wide demand, the limit difference does not change directly. Table
r Heart position
R.0CDID.G:
[0.U-12.0]
12.015. Heart
18.DD20.D
20.1/25.0
Extreme medical difference
Note: The center, limit clinical history, type and bias can be changed according to the needs of wide application
0.700±0.075
.SC0±0 .075
0.900±0.075
1.00:0.075
1.300±0.100
1.500±0.150
1.800±0.200
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存国度
QR/r25t4--2001
4.2.3 Table 3 for main dimensions and tolerances of double-ended fluorescent drive, etc. 3
Center position
15.0:18.0
18.0028.0
28.0D42.0
Technical limit
Features: The center of the product needs to be empty, and the limit is not changed. The production and deviation
0.G0±0.075
1.000±0.[
The main dimensions and tolerances of the single-ended fluorescent tube are shown in Table 4. Table 4
Center value
10.0412.0
13.0/15.0
15.(-12≤.2 U
20.0-:25.0
Limit tolerance
Note: The table is based on the user's requirements and the limit deviation remains unchanged. 4.2.5 Technical specifications and tolerances of the sheet metal are shown in Table 5. Wall thickness and shrinkage
0.90±0.10
1.09·+0.10
Limit deviation
, center,
Technical requirements
5.1 Material
5.1.1 Chemical properties of glass tube The composition and physical and chemical properties shall comply with the relevant standards. 5.1.2 The glass should be clear and bright, to colorless or slightly yellowish or slightly gray. 5.2 Appearance Requirements
Degree of eccentricity
Smoothness 65
The surface of the glass tube should be smooth and bright, and there should be no rust and crystallization. 5.2.1
The number of appearance pits should not exceed the requirements of Table 6. Table 6
Allowed items
Not included
Allowed number bzxz.net
0. 1 -d.5
Day allowable items
TTITEL
Total length of permissible period
Small yuan allowable
Exhaust pipe
Original end fluorescent lamp
Medium fluorescent lamp
Light allowable individual
Not allowed
Not allowed
Not allowed
QB/T2514—2001
Continued table 6
Permitted card light
Not allowed
Technical allowable
Not allowed
0. 1--0.4
D. 1--0. 4
Gas length, single report small card 0m release not included, r1~m according to the heat of this 6 or not more than 5 limits, 1 in a glass can be 4
table "hill diameter" indicates the effective diameter of the defect, use: long axle meter determination B test method
B.1 chemical composition and physical and chemical properties of the separation
chemical composition and chemical difference performance of the test method according to the relevant method to determine. 6.2 ruler"
allow military planning total length
not allowed
1/3 of the core length
not allowed
1/3 of the core tube length
use a micro ruler with an accuracy of 0, code error and accuracy. The accuracy is 0 missile guide and code error.
6.3 single time follow the following rules:
6.3.19 Diameter
Measure at mm from the end of the glass tube (rod).
6.3.2 Dimension 4D
Measure the transverse diameter and the minimum diameter at 30 mm from the end of the glass tube (rod), and calculate the difference between the two numbers as the circle AD.
6.3.3 Thickness b
Align the ends of the glass tube and measure the thickness.
6.3.4 Degree of curvature h
Measure the maximum thickness and minimum thickness of the same transverse section of the glass tube end, and calculate the difference between the two numbers as the wall thickness. 6.3.5 Required curvature
Measure the length of the glass tube (rod) at the end of Figure 1 and the maximum curvature of the curvature according to formula (1) to calculate the curvature. Curvature = H) × 10%
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9.4 Appearance
Month date measurement method and gauge plate.
Inspection rules
7.1 Inspection category
OR/T 2514 --- 20D1
Product inspection is divided into modified inspection and trial inspection. 7.2 Acceptance inspection
7.2.1 Inspection objectives and requirements
Level
When accepting inspection, the items and requirements of the inspection should be allocated or inspected, and the inspection should be selected according to the "change", and the product case should be aggregated.
7.2.2 Batch inspection, the same type of products that are delivered at the same time are considered as a batch, 7.2. 3. The normal inspection of samples is carried out once a year. The samples that have been inspected before should be selected from the samples that have passed the delivery inspection. 1.4 The sampling plan for routine inspection shall comply with the provisions of (2829). The routine inspection adopts a one-time sampling plan with a differential level of 11. The items, discrimination level and unqualified quality level (RQI.) of routine inspection shall comply with the provisions of Table 8. Sequence
Item name
Exhibition of foreign trade
Kangshi Shenghou
Chemical composition and physical and chemical properties
Monochrome
Hermapere
White mark, packaging, transportation, storage
8.1 Mark
QH/T 2514 - 2001
Technical requirements
1.1 The packaging box mark shall comply with the provisions of GB191, test method
Appendix level
1.2 The box shall be affixed with a certificate of conformity issued by the technical inspection department, and the quality evaluation shall be clearly stated on the box. a) The required brand, product name, specification and model; b) manufacturer name, manufacturer number, address, phone number, quantity and sales volume of products; d) production inspection plan; e) production standards implemented; f) technical inspection department signing the order; 8.2 Special packaging box packaging. The packaging shall have the following contents: a) the name of the manufacturer,! , telephone, postal contract;) Specifications and models of glass driving (group)
c) According to the hair belt of each wrong tube (rod)
8.3 Transport box
Not of good quality ()
This product can be transported by transportation, and the package shall not be thrown away. The transportation shall be rainproof and loss-proof. 8.4 After storage
, the glass (rod) should be stored in a dry and ventilated courtyard with a humidity of no more than 85% and should not be separated from the air. The shelf life of the glass tube (sample) shall not exceed one year. YYKANKAA
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