SJ/T 10667-1995 Code and marking method for brazing and sealing SJ/T10667-1995 standard download decompression password: www.bzxz.net

Electronic Industry Standard of the People's Republic of China
SJ/T 10667—1995
Symbol and marking method for brazing, soldering and sealing
Published on August 18, 1995
Implementation on January 1, 1996
Issued and stored by the Ministry of Electronics Industry of the People's Republic of China Foreword
Electronic products are in a state of rapid development with new technologies and new features emerging continuously. In order to meet the technical requirements of electronic products for sealing, and to improve the expression of products or environments, we have revised the original standard 11647 (sealing code and marking method). Compared with the previous version, the revised version of this standard has the following highlights: It is compiled according to the format specified in G2/T1.1-1993; in addition, it is filled in according to G3131-8 Tin-lead solder and GR490G85 Standard for gold, silver and galvanized alloy solder for electronic devices:
The site symbols, numbers and guide lines are rewritten according to the provisions of the current standard: The term "material" mentioned in the original standard refers to solder or lead material. In order to avoid confusion, this term is no longer used
The original standard is divided into 1 chapter and an appendix, in which the symbols and codes are changed. The contents of the standard are divided into 4 chapters, which will be combined into one chapter for marking the welding and sealing symbols during the revision. In addition, the requirements for the standard method are divided into 6 chapters, which will be combined into one chapter for marking the welding or sealing symbols during the revision. Appendix A contains the contents of the standard.
This standard is implemented on January 1, 1996. From the date of entry into force of this standard, it will replace the 164-77 standard. This standard is under the jurisdiction of the Provisional Standard Research Institute of the Electronic Industry. The author of this standard is the Institute of Physics and Chemistry of the Ministry of Electronics Industry. The drafters of this standard are Li Shanghou and Li Guangyan. This standard was first issued on June 1977.
Standard of the Electronic Industry of the People's Republic of China
Soldering and Sealing Codes and Marking Methods
Symhol and notatim Ior hrazing, soldering and sealingbzxz.net
S3/T10867—1995
Replaces S1164-77
This standard specifies the designation and marking methods of sealing, and is applicable to the drawing of welding and sealing parts of electronic products and the compilation of relevant technical documents. 2 Referenced standards
The texts contained in the following standards are the provisions of this standard through reference in this standard. When the standard version is blank, the versions shown are valid. All standards will be revised, and the parties using this standard should discuss the modifiability of using the most recent version of the underlined standard.
G 324-
G313E-8R
G3 3375-
C3 4906—
GB6358-
Symbols for welding
Selection of terms
Gold, silver and other alloys used in electronic devices, glass used in technology
DH—7U4 Electromagnetic glass main technical data 3. Symbols and codes for welding and sealing
3.1. Pin welding technology is represented by the pinyin letter \Q". [GH3375—82 4.1] 3.2. Sealing In Chinese pinyin, capital letter \F\ is used. [2.86 in GB6358-86] 3.3 Auxiliary symbols The requirements are shown in Table 1. The Ministry of Electronics Industry of the People's Republic of China 1995-08-18 Standard 1996-01-01 Implementation of the code or seal table and quality grade symbol SJ/1 10667 -- 1995 Table 1 Purchase symbol 3. The code for welding and connection includes the following: a) welding or sealing symbol: b) auxiliary symbol: e) welding material: d) guide line. [C324-88 5.1]
indicates the needle is well built or tree spring
indicates the welding or sealing of the border
surface quality, etc.
indicates the welding dial connected on the construction site
. The guide line is composed of the replacement line and the lead-out load (including the head feeling, and the part is drawn with a thin solid line. The top and bottom of the stem are used to mark the corresponding numbers. The arrow at the end of the lead points to the relevant needle welding or sealing connection on the national sample, see Figure 1. 1 Requirements and methods for marking welding or sealing symbols 4.1 The welding or sealing symbol should be placed above the reference line of the guide line, see Figure 2 [:] or Figure 2 (1) 4.2 When welding materials or solders need to be marked in the drawing, they are indicated by grades. The marking method is as follows: when the welding materials used are not parts, the grade is placed below the reference line of the guide line, see Figure 3 () [GH490
85 2.1], (h) [G 3131-
CHLANCu 28
2.1 or): (1 and 2 in 8683)
HLSn63PhE
DH-704
SJ/ 106671995
When the needle material or material of the fast month is a part, only the welding or disk connection symbol is marked, and the parts are made of common lead wires, see Figure 4 and Table 2 or Figure 5 and Table 3;
Table 2 Lang Xi Ke
5 × ×7.334 015
X X7.334.01G
Such as!
Details column
Material line
HLAC2840.5
4.3 In the cross-sectional view, the weld or the joint shall be indicated by a double-thick solid line, see Figure 6 or Figure 1. Remarks
4.4 When marking the surface quality of the needle chain or the joint, the surface quality number of the surface passing through the weld or the joint shall be marked above the reference line of the guide, see Figure 6 at [s): The surface quality number on the other side of the weld or the joint shall be marked below the reference line of the guide, see Figure 6 at (). (b)
THLAgCuSO(I)
4.5 When there are several welding connections or sealing connections on the drawing, they need to be marked, and several lead lines can be drawn from the same guide line, and arrows can be added to the ends to indicate the welding connections or sealing connections, see Figure 8: It is also possible to add a letter and a number before the welding or sealing letter, separate it with a square line, and then indicate it with a guide line, see Figure 8.
SF/T 10667 1995
HLAgCu2B
DHLAgCuS9r T )
4.6 For sealing connections that do not use solder or welding materials, the technical code is not marked. If it is necessary, the marking method is the same as that specified in Chapter 1.
5 Examples of marking for joints or seals
A) The electrodes are brazed with HTL.Sr40PbA solder, and the eight electrodes are brazed with HLSn60PbA solder. The marking method is shown in Figure 9;
Ha.Se40pbA
HLSu60rt
D) The taper is brazed with DH-704 glass, and the marking method is shown in Figure 10: S.1/T10667-1995
) The solder is used as the winter Parts (sealing of gold mesh and ceramic! Marking method see Figure 11: National 11
) use 1>HLAC23 evaluation material welding. The rib refers to the other side of the welding key surface quality mother grade is () grade, and its marking method is shown in Figure 12:
DHLAgCA2B(T>
e) use TDHIAgCu28 material, the rib refers to the other side of the welding key surface quality mother grade [口> grade, the design and finishing requirements are tight, and the specific notes are shown in Figure 13;
5,I/T 10667-1995
DHIAC28)
[）After the debugging rod is debugged, the material is HLSn40PhA: DHI.AgCu28 fiber material is used in two places. The marking method is shown in the doctor 14:
15tOP6
2) Different needle materials are used, and the surface quality of the seam is different. The marking method is used in the research area 15.Q!
DLAgCo
GEILARCUSOCT
Note: The test is shown in three places.The other side of the head has a surface quality grade of (secondary pain). Figure 15
Appendix [Standard Appendix
A1 Model Figure
Surface quality grade and requirements of the key This appendix applies to the welding seams of silver-based needle materials used in Mingzi Technology products. A2 General
A2.1 Requirements
Non-industrial welding surfaces are not allowed to have pores, ions and residual agents. The seams should be beautiful and even, without the phenomenon of needle material accumulation.
A7. 2 Score
The fiber chain quality of the processed surface is divided into three levels: (I) Grade Needle Weld Wall
(II) Grade Fiber Coal Load
Energy Needle Weld
43 Grading Criteria
When there is a special need, this level can be selected.
When there is a need, the North level is preferred.
When there is a general requirement, this level is selected,
43.1 (1) Suspected needle welding standard. Its allowable defects are set in Table A1. Table AL (I) Grade Bad Seam Defects||t t||Standard welding length
(including needle rotation, etc.)
Effective quantity is not more than
Point installation is not greater than
The whole quantity is not more than
43.2 (Ⅱ) Brazing wall, the allowable defects are specified in Table A2 Table A2 [I] Brazing seam embedment
(with needle protection technology)
>30-90
>90--160
≥160·-300
The amount is not more than||tt| |The height diameter is not greater than
The effective quantity is not more than
A3.3 (ear) brazing. The allowable embedding connection is specified in Table A3. The length of the brazing
is not greater than
The length of the brazing
is not less than
The distance between the brazing and the brazing
is not less than
The distance between the brazing and the brazing
is not less than
The brazing and the welding are completed
(including the brazing and welding)
>30~90
>90~160
>1 00
The effective quantity is not more than
; 0.2m is 6 counts
SJ/T 10667-1995
Table A3 (Shu coal defects
Diameter not greater than
Number not greater than
Length not greater than
Total base material is greater than 3% of the pin weld length
Defect capacity
Not less than
A3.4 (I) (II) The number of grade defects (pores + central) shall not exceed the specified values ​​of this A1, Table A2 and Table 3 respectively. However, the number of pores is allowed to increase, and the number of class defects is reduced accordingly. A4 Inspection and repair
A4.1 Pin welds are inspected with the naked eye, and can be inspected with a magnifying glass when necessary. A4.2 When the wall of the weld is not in compliance, the defects are allowed to be repaired with the same material or a fiber material with a lower grid point. The weld seam after repair welding still needs to be inspected as required.
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