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-M S 22 S®RT IOS STAO CATALOG (SELECTED PA IS)(Q) PO IU 14FTECHNOLOGY DIV IdRIGMT-PATTERSON API ON It SEP087FTD-IDCRS)T-6421-87
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MICROCOPY RESOLUTION TEST CHART
NATIONAL BUREAU Of STANDARDS 1%3 A
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FTD-ID(RS)T-0421-87
CVJI FILE COPI00
FOREIGN TECHNOLOGY DIVISION
NATIONAL STANDARD CATALOG
(Selected Pages)
ELEcrE
DEC 0 087S D4)D
Approved for public release;Distribution unlimited.
I MIA
FFD-ID (RS)T-0421-87
HUMAN TRANSLATION
FTD-ID(RS)T-0421-87 11 September 1987
MICROFICHE NR: FTD-87-C-000765
NATIONAL STANDARD CATALOG (Selected Pages)
English pages: 183
Source: Guodjia Biaozhun Mulu, 1984, pp. 216; 243-271;
272-310; 311-325; 326-335
Country of origin: ChinaTranslated by: FLS, Inc.
F33657-85-D-2079Requester: FTD/TQTMApproved for public release; Distribution unlimited.
in i3 -8
i ! I :" J - :
THIS TRANSLATION IS A RENDITION OF THE ORIGI-NAL FOREIGN TEXT WITHOUT ANY ANALYTICAL OR PREPARED BY:EDITORIAL COMMENT. STATEMENTS OR THEORIESADVOCATED OR IMPLIED ARE THOSE OF THE SOURCE TRANSLATION DIVISIONAND DO NOT NECESSARILY REFLECT THE POSITION FOREIGN TECHNOLOGY DIVISIONOR OPINION OF THE FOREIGN TECHNOLOGY DIVISION. WPAFB, OHIO.
FTD" ID(RS)T-0421-87 Date 11 September 1987
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TABLE OF CONTENTS
Graphics Disclaimer ............................................................. ii
F Energy, Nuclearfechnology) ................................................... 1
G'Chemical ELgineering 3.............................3
H Metallurgy ., .... . . . . . . . . . .. .. . . . . . . . .. . . . . . . . .. . . . . . . . . .. . . . . . . . .. . . . . . . . .. . . . 4
J Machinery .............................................................................................. 62
K Electrical . 4ineering ...................................................... 134
L Electronic-Technology, Computer .............................................. 165
M Communication; Broadcasting ...J.............../.4 183
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GRAPHICS DISCLAIMER
All figures, graphics, tables, equations, etc. merged into this
translation were extracted from the best quality copy available.
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Draft Rev. Impi.Standard ID Standard Name
Year Month Day
F ENERGY, NUCLEAR TECHNOLOGY
[Energy Resource)
GB 2586-81 Thermal unit symbol and 81.5.31 81.7.1conversion
B 2587- FI General rules for thermal 81.5.31 81. 7. 1equipment energy balance
1-B t, ) 8 H_ -bi General rules of 81.5 31 81.7. 1calculation for thermalefficiency of facility
(E 2589-83 General rules for total 81.5.31 81.7. 1energy consumption
':Li404-83 General rules of energy 83. 2.4 84. 1. 1oaiance for ousiness-corporate
1-B 3485-83 Tecnnological guide lines 83.2.4 84.1.1evaluation of electricityconsumption reasonablenessfor business-corporate
GB 8P:_-,-3 Tecnnological guide lines 83.2.4 84. 1. 1evaluation of heatconsumption reasonablenessfor business-corporate
- - House used marsh-gas stove 83.4. 13 84. 1. 1
C, B .314- 83 Examination, inspection 83.7.6 84. 1.1standard of energy balancetechnology for business-c orporat e
11
Draft Rev. Imp!.Standard ID Standard Name YearMonthDay__
Year Month Day
(Nuclear Technology]
GB 4075-83 Classification of sealed 83.12.24 84. 10.1radiation source
GB 4076-83 Classification of sealed 83. 12.24 84. 10.1radiation source;General regulations
GB 4077-83 Dimension of scintillating 83.12.24 84.10.1medium
GB 4078-83 Size of bottle used for 83. 12.24 84.10.1sc int icount ing
GB 4079-83 Test for amplifier 83. 12.24 84. 10.1and pre-amplifierof a ionized, radiating,semiconductor-type detector
C;B 4080-83 Test tube dimension used 83. 12.24 84. 10.1.for measuring radiation
GB 4081-83 Electric source for portable 83. 12.24 84. 10.1radiation detecting equip-ment
GB 4082-83 Electric source for aircraft 83. 12.24 84. 10. 1and car-carried radiationdetecting equipment
GB 4083-83 Safety rules for nuclear 83. 12.24 84. 10. 1reactor protection system
2
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Draft j Rev. Impi.. Standard ID Standard Name __ _
Year Month Day
G CHEMICAL ENGINEERING
[Chemical Engineering General]
GB 3143-82 Liquid chemical products 82.7.21 83.3.1color testing method(HaZen unit --- Platinum-Cobalt color code)
GB 2792-81 Pressure sensitive tape, 81.10.30 82.8.1180 deg. peeling strengthtesting method
GB 2793-81 Measurement of the 81.10.30 82.8.1nonvolatile componentcontent of glue
GB 2794-81 Measurement of the glue 81.10.30 82.8.1adhesiveness (by usingrotary sticker device)
Gb 2943-82 Glue terminology and 82.3.19 83.2.1definition
GB 2944-82 Glue product packing, 82.3.19 83.2.1marking, transportationand storage regulations
GB 3024-82 Solvent-type, hard, 82.4.15 82.12.1polyvinyl-chlorideplastic glue
GB 3025-82 Ketone aldehyde polyester 82.4.15 82.12.1glue
GB 3026-82 HY-919, epoxy-type 82.4.15 82.12.1polyvinyl-chloride plastictube glue
[Sensitization Material]
GB 2923-82 Black and white photography 82.3.9 82.12.1and film used negativesensitization measurementand their methods ofrepresentation
3R "923-82 Color photography used 82.3.9 82.12.1
3
0
Draft j Rev. j Impi.Standard ID Standard Name
Year Month Day
negative film sensitizationmeasurement and itsmethod of representation
GB 2926-82 Technological regulation 82.3.9 82.12.1for making film head andtail which are used forpublishing 35mm and 16mmfilms
GB 2927-82 Optical film reproduction, 82.3.9 82.12.1film frame enlargement orreduction ratio
H METALLURGY
[Metal Chemical Analysis Method]
GB 222-63 Sampling method for 63.12.31 64.7.1chemical analysis of steel
GB 223.1-81 Carbon content determina- 63.12.31 81-6.7 82.3.1tion in steel iron andalloy
GE 223.2-81 Sulphur content determina- 63.12.31 81.6.7 82.3.1tion in steel iron andalloy
GB 223.3-81 Phosphorus content determi- 63.12.31 81-6.7 82.3.1nation in steel iron andalloy
GB 223.4-81 Manganese content determi- 63.12.31 81.6.7 82.3.1nation in steel iron andalloy
GB 223.5-81 Silicon content determi- 63.12.31 81.6.7 82.3.1nation in steel iron and
#m alloy
GB 223.6-81 Boron content determination 63.12.31 81.6.7 82.3.1in steel iron and alloy
GB 223.7-81 Iron content determination 63.12.31 81.6.7 82.3.1in alloy and iron powder
GB 223.8-82 Chemical analysis of 63.12.31 82.7.9 82.4.1steel iron and alloy;
4
Sq
SDraft Rev. iImpi.
Standard ID Standard Name Draft Rev __ ___ __
Year Month Day
Fluoride sodium separation-EDTA volumetric methodfor measuring aluminum
GB 223.9-82 Chemical analysis of 63.12.31 82.7.9 83.4.1steel iron and alloy;Chromium sky blue S photo-metric method for measuringaluminum
GB 223.10-82 Chemical analysis of 63.12.31 82.7.9 83.4.1steel iron and alloy;Steel iron reagent separa-tion - Chromium sky blue Sphotometric method formeasuring aluminum
GB 223.11-82 Chemical analysis of 63.12.31 82.7.9 83.4. 1steel iron and alloy;Supersulphuric ammoniaoxide volumetric methodfor measuring chromium
GB 223.12-82 Chemical analysis of 63.12.31 82.7.9 8I.4.1steel iron and alloy;Sodium carbonate separation- Benzocarbon acyl carbonateHydrazine photometric methodfor measuring chromium
GB 223.13-82 Chemical analysis of 63.12.31 82.7.9 83.4.1steel iron and alloy;Manganese potassium oxidevolumetric method formeasuring vanadium
GB 223.14-82 Chemical analysis of 63.12.31 82.7.9 af.4. 1steel iron and alloy;Tantalum reagent extractingphotometric method formeasuring vanadium
GB 223.15-82 Chemical analysis of 63.12.31 82.7.9 .4.1steel iron and alloy;Weighting method formeasuring titanium
GB 22.3.16-82 Chemical analysis of 63.12.31 82.7.9 8.4.1steel iron and alloy;Color changing acid
5
,I4
Draft Rev Imp.Standard ID Standard Name.__Year Month Day
photometric method for
measuring titanium
GB 223.17-82 Chemical analysis of 63.12.31 82.7.9 Q.4.1steel iron and alloy;Methane photometric methodfor measuring titanium
GB 223.18-82 Chemical analysis of 63.12.31 82.7.9 ES.4.1steel iron and alloy;Sodium thiosulphate - Iodinecontent method for measuringcopper
B 223.19-82 Chemical analysis of 63. 12.31 82.7.9 e.4. 1steel iron and alloy;Chloroform extractingphotometric method formeasuring copper
*;G 223.20-82 Chemical analysis of 63.12.31 82.7.9 84.1steel iron and alloy;
k Electric potential titrationmethod for measuring cobalt
GB 223.21-82 Chemical analysis of 63.12.31 82.7.9 6. 4. 1steel iron and alloy;5-CI-PADAB photometric methodfor measuring cobalt
GB 223.22-82 Chemical analysis of 63.12.31 82.7.9 8 4. 1steel iron and alloy;Nitro- R salt photometricmethod for measuring cobalt
GB 223.23-82 Chemical analysis of 63.12.31 82.7.9 8J.4.1steel iron and alloy;Ketoxime nickel directphotometric method formeasuring nickel
GB 223.24-82 Chemical analysis of 63.12.31 82.7.9 e.4. 1steel iron and alloy;Ketoxime - Chloroformextraction, photometricmethod for measuring nickel
GB 471-64 Standard method of chemical 64.12.11 65.7.1analysis of copper
6
Draft Rev IIpi,Standard ID Standard Name _Year Month Day
GB 472-b4 Standard method of chemical 64.12.11 6b.7.1analysis of lead
GB 473-76 Method of chemical analysis 64.12.11 76.9.8 77.10.1of zinc
GB 719-65 Sampling method of pig iron 65.1.19 b6.1.1for chemical analysis
GB 916-76 Chemical analysis 64.12.11 76.9.8 77.10.1of bismuth
Ih 1198-75 Chemical analysis 75.1.22 75.10.1of aluminum
G. 1467-78 General rules and regula- 78.10.8 79. 10. 1tions of chemical analysisstandards for metallurgicproducts
fkB 14&5-79 Chemical analysis 79.2. 13 79. 10. 1of Piatinum rhodium alioy
,.?B i48m-79 Chemical analysis 79.2.13 79.10.1of platinum ruthenium alloy
GB 1487-79 Chemical analysis 79.2.13 79.10.1of platinum wolfram alloy
GB 1488-79 Chemical analysis 79.2.13 79.10.1of platinum palladiumrhodium alloy
GB 1489-79 Method of current titration 79.2.13 79.10.1analysis for palladiumiridium alloy
GB 1490-79 Chemical analysis 79.2.13 79.10.1of gold phosphorus alloy
GB 2110-80 Determination of bismuth 80.12.19 81.10.1content in selenium;(Photometric methodby using light absorptionof potassium iodide, sulphuriccarbamide and nux vomica)
GB 2111-80 Determination of stibium 80.12.19 81. 10. 1content in selenium;(Photometric method
7
Draft. Rev. Impi.Standard ID Standard Name __ _
Year Month Day
by using light absorptionof peacock green)
GB 2112-80 Determination of tin 80.12.19 81. 10. 1content in selenium;(Photometric methodby using light absorptionof benzene fluorine ketone -brom- sixteen alkyl threemethyl amine)
GB 2113-80 Determination of aluminum 80.12.19 81.10.1content in selenium;(Photometric methodby using light absorptionof chromium sky blue S -brom- sixteen alkyl threemethyl amine)
* QB 2114-80 Determination of mercury 80.12.19 81.10.1content in selenium
-B _115-b0 Determination of. arsenic 80.12.19 81.10.1content in selenium;(Photometric methodby using light absorptionof arsenic molybdenum blue)
GB 2116-80 Determination of silicon 80.12.19 81.10.1content in selenium;(Photometric methodby using light absorptionof silicon molybdenum blue)
1B 2I17-80 Determination of boron 80.12.19 81.10.1* content in selenium;
(Photometric methodby using light absorptionof methyl blue)
-B 211s- 0 Determination of chlorine 80.12.19 81.10.1content in selenium;(Photometric methodr~y using light absorption,,f suiphuric cyanic mercury)
Determination of sulphur 80. 12. 19 81. 10. 1contpnt in selenium;
law . Photometric methodtby using light absorption
8
Draft Rev. Impl.Standard ID Standard Name __ _
Year Month Day
of distillatingreductionary)
GB 2120-80 Determination of magnesium, 80.12.19 81.10.1copper, iron, nickel contentin selenium;(Photometric methodby using light absorptionof atom)
GB 2121-80 Determination of lead 80.12.19 81.10.1content in selenium;(Oscillograpic method)
GB 2122-80 Determination of tellurium 80.12.19 81.10.1content in selenium;(Oscillograpic method)
GB 2123-80 Determination of carbon 80.12.19 81.10.1content in selenium;(Burning, electricconducting method)
GB 2i24-80 Determination of "selenium 80.12.19 81.10.1content in selenium;(Sodium thiosulphate,volumetric method)
GB 2129-80 Determination of lead 80.12.19 81.10.1content in cadmium;(Photometric methodby using light absorptionof atom)
GB 2130-80 Determination of copper 80.12.19 81.10.1content in cadmium;(Photometric methodby using light absorptionof copper reagent lead salt)
GB 2131-80 Determination of zinc 80.12.19 81.10.1content in cadmium;(Photometric methodby using light absorptionof atom)
GB 2132-80 Determination of zinc 80.12.19 81.10.1content in cadmium;(Photometric methodby using light absorption
059
Draft Rev. Impi.Standard ID Standard Name
Year Month Day
of Linhui Luoling)
GB 2133-80 Determination of arsenic 80.12.19 81.10.1content in cadmium;(Spectrophotometric methodof arsenic molybdenum blue)
GB 21 34-80 Determination of stibium 80. 12. 19 81. 10. 1content in cadmium;(Spectrophotometric methodby using peacock blue)
GB 2135-80 Determination of tin 80.12.19 81.10.1content in cadmium;(Spectrophotometric methodby using of benzene fluoreneketone - CTAB)
GB 2136-80 Determination of thallium 80.12.19 81.10.1content in cadmium;(Spectrophotometric methodby using crystal purple)
CB '2137-80 Determination of bismuth 80.12.19 81.10.1content in tellurium;(Photometric methodby using light absorptionof potassium iodide, nuxvomica)
Gb 2138-80 Determination of aluminum 80.12.19 81.10.1content in tellurium;(Photometric methodby using light absorptionof chromium sky blue S-brom- fourteen alkylmethyl amine glue)
GB 2139-80 Determination of lead 80.12.19 81.10.1content in tellurium;(Photometric methodby using light absorptionof double sulphur carbonchloride extraction)
GB 21.40-80 Determination of iron 80.12.19 81.10.1content in tellurium;(Photometric methodby using light absorptionof Linhul Luolin)
10
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-Draft Rev. Impl,
Standard ID Standard Name D ISYear Month Day
GB 2141-80 Determination of selenium 80.12.19 81.10.1content in tellurium;(Photometric methodby using light absorptionof 2,3 - two amino naphtha-lene)
GB 2142-80 Determination of copper 80.12.19 81.10.1content in tellurium;(Photometric methodby using light absorptionof new copper - chloroformextraction)
GB 2 143-80 Determination of sulphur 80.12.19 81.10.1content in tellurium;(Sulphuric barium turbiditycomparison method)
1B 2144-80 Determination of magnesium, 80.12.19 81.10.1sodium content in tellurium;(Photometric imethodby using light absorptionof atom)
GB 2145-80 Determination of tellurium 80.12.19 81.10.1content in tellurium;(Volumetric method by usingchromic potassium -sulphuric iron aronium)
GB 2146-80 Determination of arsenic 80.12.19 81.10.1content in tellurium;(Spectrophotometric methodby using arsenic molybdenumblue extracted by alcohol)
GB 2147-80 Determination of silicon 80.12.19 81.10.1content in tellurium;(Spectrophotometric methodby using silicon molybdenumblue extracted by alcohol)
GB 2590.1-81 Determination of zirconium 81.6.7 82.3.1oxide, hafnium oxide contentin zirconium oxide, hafniumoxide;(Weigting method by usingbitter almond acid)
11
Draft Rev. Imp 1.A" Standard ID Standard Name __ _
Year Month Day
GB 2590.2-81 Determination of iron 81.6.7 82.3.1content in zirconium oxide,hafnium oxide;(Photometric methodby using light absorptionof sulphur salicylic acid)
GB 2590.3-81 Determination of silicon 81.6.7 82.3.1content in zirconium oxide,hafnium oxide;(Photometric methodby using light absorptionof silicon molybdenum blue)
GB 2590.4-81 Determination of aluminum 81.6.7 82.3.1content in zirconium oxide,hafnium oxide;(Photometric methodby using light absorptionof chromium sky blue S -Chloride fourteen alkylpyridine)
GB 2590.5-81 Determination of sodium 81.6.7 82.3.1content in zirconium oxide,hafnium oxide;(Photometric methodby using light absorptionof flaming atom)
GB 2590.6-81 Determination of titanium 81.6.7 82.3.1content in zirconium oxide,hafnium oxide;(Photometric methodby using light absorptionof methane)
GB 2590.7-81 Determination of phosphorus 81.6.7 82.3.1content in zirconium oxide,hafnium oxide;(Photometric methodby using light absorptionof stibnate - anti-scurvymolybdenum)
GB 2590.8-81 Determination of hafnium 81.6.7 82.3.1oxide content in zirconiumoxide;(Emission spectrum method)
12
SDraft Rev. ImIpl.Standard ID Standard Name
Year Month Day
GB 2590.9-81 Determination of zirconium 81.6.7 82.3.1oxide content in hafniumoxide(Spectrum method by usingX ray fluorescent light)
GB 2590.10-81 Determination of manganese 81.6.7 82.3.1content in zirconium oxide(Photometric methodby using light absorptionof iodate potassium)
GB 2590.11-81 Determination of nickel 81.6.7 82.3.1content in zirconium oxide(Photometric methodby using light absorptionof Lainfunain acyl oxime)
GB 2591.1-81 Determination of iron 81.6.7 82.3.1content in the concentrateof fluorine carbonic
Gcerium-lanthanum mineGB 2591.2-81 Determination of niobium 81.6.7 82.3.1
content in the concentrateof fluorine carboniccerium-lanthanum mine
GB 2591.3-81 Determination of silicon 81.6.7 82.3.1oxide content in the con-centrate of fluorinecarbonic cerium-lanthanummi ne
GB 2591.4-81 Determination of calcium 81.6.7 82.3.1oxide content in the con-centrate of fluorinecarbonic cerium-lanthanummine
GB 2591.5-81 Determination of thorium 81.6.7 82.3.1oxide content in the con-centrate of fluorinecarbonic cerium-lanthanummine
GB 2591.6-81 Determination of barium 81.6.7 82.3.1content in the concentrateof fluorine carbonic
13
Draft J Rev. Impl.Standard ID Standard Name
Year Month Day
cerium-lanthanum mine
GB 2591.7-81 Determination of fluorine 81.6.7 82.3.1content in the concentrateof fluorine carboniccerium-lanthanum mine
GB 2591.8-81 Determination of phosphorus 81.6.7 82.3.1pentoxide content inthe concentrate offluorine carbonic ceriumlanthanum mine
(-,B 2592. 1-81 Determination of copper 81.6.7 82.3.1content in thallium(Photometric method oflight absorption by usingchlorine methane extractioncopper reagent)
GB 2592. 2-61 Determination of iron 81.6.7 82.3.1content in thallium(Photometric method oflight absorption by usingLinghui Luolin)
GB 2592.3-81 Determination of mercury 81.6.7 82.3.1content in thallium(Photometric method oflight absorption by usingextraction of sulphur carbonchloride)
GB 2592.4-81 Determination of zinc 81.6.7 82.3.1content in thallium(Photometric method oflight absorption by usingextraction of sulphuricbenzene)
GB 2592.5-81 Determination of cadmium 81.6.7 82.3.1content in thallium(Photometric method oflight absorption by usingextraction of sulphuricbenzene)
GB 2592.6-81 Determination of lead 81.6.7 82.3.1content in thallium(Photometric method of
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0 MAN
Draft j Rev j ImpiStandard ID Standard Name __ _
Year Month Day
light absorption by usingextraction of sulphuricbenzene)
GB 2592.7-81 Determination of aluminum 81.6.7 82.3.1content in thallium(Photometric method oflight absorption by usingchronium sky blue light)
GB 2592.8-81 Determination of indium 81.6.7 82.3.1content in thallium(Photometric method oflight absorption by usingextraction of crystal purplebenzene)
B 592.9-81 Determination of silicon 81.6.7 82.3.1content in thallium(Photometric method oflight absorption by usingextraction of alcohol)
GB 2592.1081 Determination of thallium 81.6.7 82.3.1content in thallium(EDTA volumetric method)
GB 2593.1-81 Determination of silver, 81.6.7 82.3.1copper, bismuth, aluminum,nickel, tin, magnesium, ironcontent in high-purity lead
GB 2593.2-81 Determination of arsenic 81.6.7 82.3.1content in high-purity lead
GB z593.3-81 Determination of stibium 81.6.7 82.3.1content in high-purity lead
GB 2594.1-81 Determination of aluminum, 81.6.7 82.3.1cadmium, copper, magnesium,lead, zinc content inhigh-purity indium(Chemical spectrum method)
GB 2594.2-81 Chemical spectrum determi- 81.6.7 82.3.1nation of iron content inhigh-purity indium
GB 21594.3-81 Determination of arsenic 81.6.7 82.3.1content in high-purity
15
4
SDraf t{ ev. 1ap1.Standard ID Standard Name D
Year Month Day
indium
GB 2594.4-81 Determination of silicon 81.6.7 82.3.1content in high-purityindium
GB ?594.5-81 Determination of sulphur 81.6.7 82.3.1content in high-purityindium
GB 2594.6-81 Determination of thallium 81.6.7 82.3.1content in high-purityindium
GB 2594.7-81 Determination of tin 81.6.7 82.3.1content in high-purityindium
GB 2595-81 Safety technology standard 81.6.7 82.3.1in a chemistry laboratoryof metallurgic analysis
GB 3169. 1-82 Chemical analysis of 82.8.19 83.6.1aluminum powder;Using gas volumetric methodto determine active aluminumcontent
GB 3169.2-82 Chemical analysis of 82.8.19 83.6.1aluminum powder;Using reducing impuritymethod to determine totalaluminum weight
GB 3169.3-82 Chemical analysis of 82.8. 19 83.6.1aluminum powder;Using weight method todetermine water content
GB 3169.4-82 Chemical analysis of 82.8.19 83.6.1aluminum powder;Using vacuum weight methodto determine water content
GB 3169.5-82 Chemical analysis of 82.8. 19 83.6.1aluminum powder;Using iodate potassiumphotometric method todetermine manganesecontent
16
Draft Rev. Im P1.Standard ID Standard Name_ __ _
Year Month Day
GB 3169.6-82 Chemical analysis of 82.8.19 83.6.1aluminum powder;Using gas volume methodto determine oil content
GB 3253.1-82 Chemical analysis of 82.6.21 83.3.1stibium;Using molybdenum bluephotometric method todetermine arsenic
GB 3253.2-82 Chemical analysis of 82.6.21 83.3.1stibium;Using Linger Dan Zafeiphotometric method todetermine iron
GB 3,3..3-82 Chemical analysis of 82.6.21 83.3. 1stibium;Using sulphur photometricmethod to determine lead
B 3?5-.4-82 Chemical analysis of 82.6.21 83.3.1stibium;Using new copper reagentphotometric method todetermine copper
GB 3253.5-82 Chemical analysis of 82.6.21 83.3.1stibium;Using atom absorption,spectophotometric methodto determine lead, ironand copper
GB 3253.6-82 Chemical analysis of 82.6.21 83.3.1st ibium;Using burning iodine contentto determine sulphur
GB 3253.7-82 Chemical analysis of 82.6.21 83.3.1stibium;Using 3, 3' - two aminonaphthalene aminephotometric methodto determine selenium
GB 3254.1-82 Chemical analysis of 82.6.21 83.3.1
stibium oxide;
17
Draf t jRev. Impi.~ Standard ID Standard Name __ _
Year Month Day
Using iodine contentto determinate stibiumoxide
GB 3254.2-82 Chemical analysis of 82.6.21 83.3.1stibium oxide;Using impurity reducingmethod to determinatestibium oxide
GB 3254.3-82 Chemical analysis of 82.6.21 83.3.1stibium oxide;Using weighting methodto determine non-soluteof tartaric acid
GB 3254.4-82 Chemical analysis of 82.6.21 83.3.1stibium oxide;Using sulphur photometricmethod to determine lead
l 3255.1-82 Chemical analysis of 82.6.21 83.3.1stibium sulphide,Using bromic potassiumvolumetric method todetermine stibium
GB 3255.2-82 Chemical analysis of 82.6.21 83.3.1stibium sulphide;Using sulphuric bariumweighting method todetermine compoundedsulphur
GB 3255.3-82 Chemical analysis of 82.6.21 83.3.1stibium sulphide;Using iodine burning methodto determine ionized sulphur
GB 3255.4-82 Chemical analysis of 82.6.21 83.3.1stibium sulphide;Using weighting methodto determine non-soluteof aqua regia
GB 3255.f82 Chemical analysis of 82.6.21 83.3.1stibium sulphide;Using weighting method
? -. to determine non-soluteof hydrochloric acid
18
Draf t {Rev. IImpl.
Standard ID Standard Name D R[-Year Month Day
GB 3256.1-82 Analysis of zirconium 82.6.21 83.3.1powder used in electricvacuum;Using weighing methodto determine totalzirconium and activezirconium
GB 3256.2-82 Analysis of zirconium 82.6.21 83.3.1powder used in electricvacuum;Using sulphur salicylicacid photometric methodto determine iron
GB 3256.3-82 Analysis of zirconium 82.6.21 83.3.1powder used in electricvacuum;Using molybdenum bluephotometric method todetermine silicon
S GB 3256.4-82 Analysis of zirconium 82.6.21 83.3.1powder used in electricvacuum;Using molybdenum bluephotometric methodto determine phosphorus
GB 3256.5-82 Analysis of zirconium 82.6.21 83.3.1powder used in electricvacuum;Using atom lightabsorption, photometricmethod to determine calcium,magnesium
GB 3256.6-82 Analysis of zirconium 82.6.21 83.3.1powder used in electricvacuum;Using chromium sky blue Sphotometric method todetermine aluminum
GB 3256.7-82 Analysis of zirconium 82.6.21 83.3.1powder used in electricvacuum;Using methyl blue photometricmethod to determine sulphur
19
11 1 1 1 ' 1
Draft Rev. ImpI.Standard ID Standard Name ._ _ __
Year Month Day
GB 3260.1-82 Chemical analysis of tin; 82.6.21 83.3.1Using new copper reagentphotometric methodto determine copper
GB 3260.2-82 Chemical analysis of tin; 82.6.21 83.3.1Using Linghui Loulinphotometric method todetermine iron
GB 3260.3-82 Chemical analysis of tin; 82.6.21 83.3.1Using Potassium iodidephotometric to methoddetermine bismuth
GB 3260.4-82 Chemical analysis of tin; 82.6.21 83.3.1Using oscillographic methodto determine lead
GB 3260.5-82 Chemical analysis of tin; 82.6.21 83.3.1Using peacock greenphotometric methodto determine stibium
GB 3260.6-82 Chemical analysis of tin; 82.6.21 83.3.1Using iron Linghui Loulinindirect photometricmethod to determine arsenic
GB 3260.7-82 Chemical analysis of tin; 82.6.21 83.3.1Using chromium sky blue Sphotometric methodto determine aluminum
1GB 3260.8-82 Chemical analysis of tin; 82.6.21 83.3.1Using PAN photometric methodto determine zinc
GB 3260.9-82 Chemical analysis of tin; 82.6.21 83.3.1Using atom absorptionspectrophotometric methodto determine lead, copperand zinc
GB 3285. 1-82 Chemical analysis of 82.6.21 83.3.1molybdena;Using weighting methodto determine water
20
]Draft i Rev. Impi.
Standard ID Standard Name Dr at Rev. I__ _ _ _ _
Year Month Day
GB 3285.2-82 Chemical analysis of 82.6.21 83.3.1molybdena;Using molybdate leadweighting method todetermine molybdenum
GB 3285.3-82 Chemical analysis of 82.6.21 83.3.1molybdena;Using sulphuric bariumweighting method to determine sulphur
GB 3285.4-82 Chemical analysis of 82.6.21 83.3.1molybdena;Using burning - potassiumiodide, volumetric methodto determine sulphur
GB 3285.5-82 Chemical analysis of 82.6.21 83-3.1mro I ybdena;Using Coulomb's methodto determine iron
GB 3-285. 6-82 Chemical analysis of 82.6.21 83.3.1o I ybdena;
Using extraction of butylalcohol - chlorine methane,photometric method todetermine phosphorus
GB 3285.7-82 Chemical analysis of 82.6.21 83.3.1rro 1 ybdena;Using benzene fluorescentketone photometric methodto determine tin
GB 3285.8-82 Chemical analysis of 82.6.21 83.3.1molybdena;Using new copper reagentphotometric method todetermine copper
GB 3285.9-82 Chemical analysis of 82.6.21 83.3.1molybdena;Using peacock greenphotometric method todetermine stibium
GB 3311-82 Determination of cerium 82. 12.20 83.9.1in wolfram cerium alloy;(Oxidization reduction,
21
Draft Rev. Impi.
Standard ID Standard NameYear Month Day
volumetric method)
GB 3312-82 Determination of thorium 82. 12.20 83.9.1oxide in wolfram thoriumalloy;(Weighting method)
GB 3313-82 Determination of rhenium 82. 12.20 83.9. 1in wolfram rhenium alloy;(Buthi ketone oxime colorc :omparison method)
*_ '653. 1-83 Chemical analysis of 83.5.2 84.3. 1boronic iron;Using acid alkalineutral izat ion,volumetric method todetermine boronic content
_ B .2-83 Chemical analysis of 83.5.2 84.3.1noronic iron;'in , gas volumetric method
to determine carbon contend
S 2. 3-t, Chemical analysis of 83.5.2 84.3.1boronic iron;Using high chloric waterseparation weighting methodto oetermine silicon
K, :o,- 4 -r, Cnemical analysis of 83.5.2 84.3.1rjoronic iron;Using EDTA volumetric methodto, determine aluminum
1-J Chiemicai anaiysis of 83.5.2 84.3. 1rjoronic iron;Using color layers separa-ting sulphuric barium,weighting methodtri dpr-rn-ine sulphur
IB 3,. 6-83 Cremicai analysis of 83.5.2 84.3.1boronic iron;Using stibium phosphorusm oybdenum blue photometricmethod to determinephosphorus
' ', ,54. 1-83 Chemical analysis of 83.5.2 84.3. 1
22
Draft Rev. Impi.Standard ID Standard Name __ _
Year Month Day
columbite;Using the weighting method ofcolor layers separationon paper to determinethe content of niobium,tantalum
GB 3654.2-83 Chemical analysis of 83.5.2 84.3.1columbite;Using new copper - Chlorinicmethane extraction photo-metric method to determinecopper content
GB 3654.3-83 Chemical analysis of 83.5.2 84.3.1columbite;Using weighting method todetermine silicon content
GB 3654.4-83 Chemical analysis of 83.5.2 84.3.1columbite;Using burning, weighting-method to determinecarbon content
GB 3654.5-83 Chemical analysis of 83.5.2 84.3.1columbite;Using molybdenum bluephotometric method todetermine phosphorus
GB 3654.6-83 Chemical analysis of 83.5.2 84.3.1columbite;Using burning iodine methodto determine phosphorus
GB 3654.7-83 Chemical analysis of 83.5.2 84.3.1columbite;Using methyl blue
photometric method todetermine phosphorus
GB 3654.8-83 Chemical analysis of 83.5.2 84.3.1columbite;Using color changing acid,photometric method todetermine titaniumA"
MS GB 3654.9-83 Chemical analysis of 83.5.2 84.3.1columbite;
23
Draft { key. { Impi.Standard ID Standard Name D I[ Year Month Day
Using sulphuric cyanogenblue photometric methodto determine wolfram
GB 3654. 10-83 Chemical analysis of 83.5.2 84.3.1columbite;Using EDTA volumetric methodto determine aluminum
GB 3825-83 Chemical analysis of 83.7.27 84.7.1wolfram molybdenum alloy;Using EDTA volumetic methodto determine molybdenumcontent
GF 3826-83 Chemical analysis of 83.7.27 84.7.1cadmium;Using atom absorption,photometric method todetermine silvercontent
G .3&27-83 Chemical analysis of 83.7.27 84.7.1cadmium;Using butyl ketone oximespectrophotometric methodto determine nickel content
GB 3828.1-83 Chemical analysis of 83.7.27 84.7.1high-purity aluminum;Using nitrogen - sulphuriccyanogen soda photometricmethod to determine iron
GB 3828.2-83 Chemical analysis of 83.7.27 84.7.1high-purity aluminum;Using the extration ofmolybdenum blue,photometric method todetermine silicon
CB 3828.3-83 Chemical analysis of 83.7.27 84.7.1high-purity aluminum;Using pyridine methane -
sulphuric cyanogen blue,photometric method todetermine titanium
GB 3828.4-83 Chemical analysis of 83.7.27 84.7.1
high-purity aluminum;
24
L OkM1LLIA6aA9t iiii:ii
Draft J Rev. F Impl.Standard ID Standard Name I
Year Month Day
Using butyl Luodanmin Bphotometric methodto determine gallium
GB 3828.5-83 Chemical analysis of 83.7.27 84.7.1High pure aluminum;Using anode solved voltage-ampere method todetermine copper, zincand lead
GB 3829.1-83 Chemical analysis of 83.7.27 84.7.1sponge titanium;Using nitrogen photometricmethod to determine ironcontent
GB 3829.2-83 Chemical analysis of 83.7.27 84.7.1sponge titanium;Using molybdenum bluephotometric to determinesilicon content
GB 3829.3-83 Chemical analysis of 83.7.27 84.7. 1sponge titanium;Using sulphuretted silverphotometric to determinechlorine content
GB 3829.4-83 Chemical analysis of 83.7.27 84.7.1sponge titanium;Using distillation -naphthalene reagent,photometric method
[ to determine nitrogencontent
GB 3829.5-83 Chemical analysis of 83.7.27 84.7.1sponge titanium;Using burning - Coulomb'smethod to determine iron
GB 3829.6-83 Chemical analysis of 83.7.27 84.7.1sponge titanium;Using high frequencymelting - Coulomb's methodto determine oxygen content
GB 4010-83 Iron alloy chemical 83.12.14 84.11.1analysis used sampling
25
w s&&V-
Draft J Rev. j Impl.Standard ID Standard Name
Year Month Day
method
GB 4103.1-83 Chemical analysis of 83.12.28 84.12.1lead base alloy;Using iodine quantity methodto determine tin content
GB 4103.2-83 Chemical analysis of 83.12.28 84.1 .1lead base alloy;Using benzene phenolpurple, sixteen alkyl methylbromo-amine photometricmethod to determinetin content
,B 4103.3-83 Chemical analysis of 83.12.28 84.1,.1lead base alloy;Using crystal purplephotometric method todetermine stibiumcontent
GB 4103.4-83 Chemical analysis of 83.12.28 84.1361lead base alloy;Using bromate volumetricmethod to determinestibium content
GcB 410.3.5-83 Chemical analysis of 83.12.28 84.1J, 1lead base alloy;Using double cyclic ketoneacyl photometric methodto determine copper content
GB 4103.6-83 Chemical analysis of 83.12.28 84.11.1lead base alloy;Using nitrogen photometricmethod to determineiron content
GB 4103.7-83 Chemical analysis of 83.12.28 84.136 1lead base alloy;Using potassium iodidephotometric method todetermine bismuthcontent
GB 4103.8-83 Chemical analysis of 83.12.28 84. A.1lead base alloy;Using suphur carbamide
26
Draf t Rev ImpiStandard ID Standard Name
Year Month Day
photometric method todetermine bismuthcontent
GB 4103.9-83 Chemical analysis of 83.12.28 84.12,1lead base alloy;Using molybdenum bluephotometric method todetermine arseniccontent
GB 4103.10-83 Chemical analysis of 83.12.28 84.1,2.1lead base alloy;Using oscillatogrphic methodto determine selenium andtellurium content
GB 4103.11-83 Chemical analysis of 83.12.28 84.11.1lead base alloy;Using atom absorptionspectrophotometric methodto determine calcium
I GB 4103.12-83 Chemical analysis of 83.12.28 84.12.1lead base alloy;Using atom absorptionspectrophotometric methodto determine silver, zinc,magnesium and calcium content
27
Draft J Rev. Impl.Standard ID Standard Name L
Y Year Month Day
[Metal Physicochemical Properties Testing Method]
GB 224-78 Test for the depth of 63. 12.31 78.8.11 79.6.1decarburized layer ofsteel
GB 225-63 Test for the quenching 63. 12.31 64.4.1degree of the end sectionof structure steel
GB 226-77 Acid erosion test for the 63. 12.31 77. 11.30 78.9.1low degree formation anddefects of steel
GB 227-63 Test for the quenching 63. 12.31 64.4. 1degree of carbon tool steel
GB 228-76 Metal tension test method 63. 12.31 76.9.8 77.10.1
'B 2'- 63 Test for the impact tenacity 63. 12.31 76.9. 8 77. 10. 1of metal under roomtemperature
GB 230-83 Rockwell hardness test for 63. 12.31 83.4.5 84.4.1meta l
GB 231-63 Brinell hardness test for 63. 12.31 64.4.1
metal
GB 232-82 Bending test for metal 63.12.31 82.3.25 82. 12. 1
GB 233-82 Top forging test for metal 63. 12.31 82.3.25 82. 12. 1
GB 234-82 Bending test for flatted, 63. 12.31 82.3.25 82.12.1fashion metal products
GB 235-82 Reciprocating bending test 63. 12.31 82.3.25 82.12.1for metal
GB 236-82 Bending test for non- 63. 12.31 82.3.25 82. 12. 1quenching hardness of metal
GB 237-82 Forging flat test for metal 63.12.31 82.3.25 82.12.1GB 238-82 Reciprocating bending test 63. 12.31 82.3.25 82.12.1
for metal wire
GB 239-82 Twisting test for metal wire 63.12.31 82.3.25 82.12.1
28
AA LDraf t. Rev . Imp l.-
Standard ID Standard Name D IYear Month Day
GB 240-82 Bending test for a double- 63.12.31 82.3.25 82.12.1layer, gripping-holded thinplate
GB 241-82 Hydraulic test for 63.12.31 82.3.25 82.12.1metal tube
GB 242-82 Enlargement test for 63.12.31 82.3.25 82.12.1the mouth of metal tube
GB 243-82 Contraction test for 63.12.31 82.3.25 82. 12. 1the mouth of metal tube
GB 44-82 Bend test for metal tube 63.12.31 82.3.25 82.12.1
CB 245-82 Curling test for metal tube 63.12.31 82.3.25 82.12.1
GB 24E-82 Flatting test for metal tube 63.12.31 82.3.25 82.12.1
GB 351-64 Test for steel wire 64.9.5 65.7.1
reE:istance coefficient
S ;B 117.-74 Black metal hardness and 74.5.21 75.3.1strength conversion value
CB 1223-75 Test for erosion tendency 75.12.24 76.7.1among the grains of thestainless, acid-resistingsteel
GB 1423-78 Density measurement 78.9.29 79.7.1for noble metal and itsalloy
GB 1424-78 Resistance coefficient 78.9.29 79.7.1measurement for noblemetal and its alloy
GB 1425-78 Test for the eutectic 78.9.29 79.7.1melting point of noble
* metal by using thermalanalysis
-'B 1479-79 Density measurement for 79.2.13 79.10.1the loose-packed iron powder
GB 1480-79 Measurement of grain size 79.2.13 79.10.14formation for iron powder
GB 1481-79 Measurement of the 79.2.13 79.10.1
29
Standard ID Standard Name D i
Year Month Day
compression property foriron powder
GB 1482-79 Flow property measurement 79.2.13 79.10.1for iron powder
GB 1550-79 Measurement of single grain 79.5.26 80.1.1conducting pattern forsi 1 icon
GB 1151-79 Measurement of single grain 79.5.26 80.1.1resistivity of silicon byusing direct currenttwo probes
(B i§52-79 Measurement of single grain 79.5.26 80.1.1resistivity of silicon byusing direct currentfour probes
F 153-79 Measurement of single grain 79.5.26 80.1.1life of silicon by applyingdirect current photoelectricdecadence phenomenon
GB 1554-79 Measurement of the cavity 79.5.26 80.1.1erosive degree of the (111)grain surface of a singlesilicon grain due to thegrain surface dislocation
CB 1555-79 Photographic measurement 79.5.26 80.1.1for the orientation ofsingle silicon grain
GB 1556-79 Measurement of X ray 79.5.26 80. 1. 1diffraction for theorientation of singlesilicon grain
* GB 1557-83 infrared absorption method 79.5.26 83.9.8 84.9.1used to measure oxygencontent between grainsin silicon-crystal
GB 1558-83 Infrared absorption method 79.5.26 83.9.8 84.9.1used to measure carbon
* . content between grainsin silicon-crystal
30
Draft Rev. j Impi.Standard ID Standard Name I _
Year Month Day
GB 1586-79 Measurement of Young's 79.9.15 80.5.1modulus for metal material
GB 1786-79 Ultrasonic defect detecting 79.11.23 80.8.1method for forging disks
GB 1814-79 Crack inspection method 79.12.29 80.9.1for steel
6B 1817-79 Test of impacting tenacity 79.12.29 80.9.1for hard alloy under roomtemperature
GB 1818-79 Test of Rockwell hardness 79. 12.29 80.9.1for metal surface
1 t;B 1838-80 Measurement of the weight of 80.1.31 80.9.1tin layer for tin-coatedsteel plates (belts)
B 1839-80 Measurement of the weight of 80.1.31 80.9.1zinc layer for zinc-coatedsteel plates (belts)
GB 1979-80 Evaluation figure of the 80.8.15 81.5.1defect of low degreeformation of structure steel
oB 2038-80 Test for the determination 80.11.11 81.8.1of ductile fracturetenacity of metal materialby using J resistancecurve R
GB 2039-80 Test for the wriggling of 80.11.11 81.8.1metal material due totension
GB 2105-80 Measurement of shear 80.12.19 81.10.1modulus and Poisson's ratio
O, for metal material
GB 2106-80 Impacting test for the 80.12.19 81. 10. 1metal Sharbi (V shape gap)
GB 2107-80 Test of high temperature 80.12.19 81.10.1twisting and bendingfracture for metal
GB 2108-80 Lanmo wave defect detecting 80.12.19 81. 10. 131
Draft Rev. Impi.Standard ID Standard Name I
Year Month Day
method for thin steel plates
GB 2109-80 Test of electric property 80.12.19 81.10.1of Niobium powder usedin capacitor
GB 2522-81 Cold rolling electrical 81.3.25 81.7.1engineering used steelinter-layer resistance,
GB 2522-81 Test of inter-layer resist- 81.3.25 81.7.1ance of cold-rolled,electrical engineering usedsteel and its coatingadhesiveness, select-packingcoefficient
GB 2523-81 Roughness measurement for 81.3.25 81.7.1the surface of cold-rolled,thin steel plates (belts)
0,, 2 -i Measurement of specific area 81.6.7 8'. .1
of wolfram and carbonizedwolfram powder (averagesize);Simplified nitrogenabsorption method
GB 2970-82 Ultrasonic defect detecting 82.3.25 82.12.1method for medium-thicksteel plate
GB 2971-82 Crack inspection method 82.3.25 82.12.1for carbon steel andlow alloy
GB 2972-82 Test of sulphate for 82.3.25 82.12.1zinc layer of zinc coatedsteel wire
GB 2973.1-82 Test of weight for 82.3.25 82.12.1zinc: layer of zinc-coatedsteel wire;Weight method
GB 2973.2-82 Test of weight for 82.3.25 82.12.1zinc layer of zinc-coated
JQI steel wire;Gas method
32
Draf t Rev. Impl,Standard ID Standard Name Df Re I mp1Year Month Day
GB 2974-82 Industrial used thermo- 82.3.25 82.12.1couple wire inspectionmethod
GB 2975-82 Sampling rules for steel 82.3.25 82.12.1mechanics and technologicalperformance test
GB 2976-82 Metal wire winding 82.3.25 82.12.1and loosing tests
GB 3075-82 Metal axial fatigue test 82.5.10 83.3.1
GB 3076-82 Metal thin plate (belt) 82.5.10 83.3.1tensile test
GB 3137-82 Test of electric property 82.5.29 83.3.1for tantalum powderused in capacitor
r- 3:170. 1-82 Determination of aluminum 82.8. 19 83.6.1powder size;Mechanic vibration screenseparation method
GB 3170.2-82 Determination of aluminum 82.8.19 83.6.1powder size;Wind blown, manualscreening separation method
Gb 3170.3-82 Determination of aluminum 82.8. 19 83.6.1powder size;screen washing method byusing ethyl alcohol
GB 3171.1-82 Density determination for 82.8.19 83.6.1loose-packed aluminumpowder;Funnel method
GB 3171.2-82 Density determination for 82.819 83.6.1loose-packed aluminumpowder;Volume measuring method
GB 3172-82 Aluminum powder adhesive 82.8. 19 83.6.1rate determination;Steel plate test method
GB .3171-82 Area measurement for the 82.8.19 83.6.133
04
ImlDraft Rev. I mpi.
Standard ID Standard Name t R
Year Month Day
water surface covered byaluminum powder
GB 3217-82 Test of magnetism for 82.10.12 83.7.1permanent magnetic(Hard magnetic) material
GB 3246-82 Microscopic examination 82.6.21 83.3.1method for aluminum andits alloy machining products
GB 3247-82 Low time formation exami- 82.6.21 83.3.1nation method for aluminumand its alloy machiningproducts
(AB 3248-82 Resistance coefficient 82.6.21 83.3.1measurement forcopper, nickel and theiralloy
B z49- 2 Powder size measurement 82.6.21 83.3. 1for hard-to-melt metaland compound;Fei method
GB 3250-82 Riveting test 82.6.21 83.3.1for aluminum and aluminumalloy rivet line
GB 3251-82 Compression test for 82.6.21 83.3.1aluminum and aluminumalloy tube
GB 3252-82 Cutting test for 82.6.21 83.3.1for aluminum and aluminumalloy rivet line and rivet
GB 3310-82 Ultrasonic defect detecting 82.12.17 83.10.1method for copper alloy bar
GB 3490-83 Metallographic examination 83.2.21 83.12.1method for sub-copperoxide noble metalwhich contains copper
GB 3491-83 Thickness measuring 83.2.21 83.12.1AI method for noble metal
and its alloy foil;(Weighting method)
34
SDraft Rev. Impi.Standard ID Standard Name JDa
Year Month Day
GB 3492-83 Dimension measurement 83.2.21 83.12.1for the thin wallsmall tube of noble metaland its alloy;(Weighting method)
GB 3493-83 Diameter measuring 83.2.21 83.12.1method for the thin threadof noble metal and itsalloy;(Weighting method)
GB 3651-83 Measurement of high 83.5.2 84.3.1temperature thermalconductance for metal
GB 3652-83 Test of high temperature 83.5.2 84.3.1tensile for metal tube
GB 3655-83 Magnetic property measure- 83.5.2 84.3.1ment for electric engi-neering used steel plates(belts)
GB 3656-83 Magnetic property measure- 83.5.2 84.3.1ment for electricengineering used pure iron
GB 3657-83 Direct current magnetic 83.5.2 84.3.1property measurementfor soft magnetic alloy
GB 3658-83 Alternating current mag- 83.5.2 84.3.1netic property measurementfor soft magnetic alloy
GB 3771-83 Copper alloy hardness 83.6.22 84.4.1and strength conversionvalue
GB 4067-83 Measurement of resistance- 83.12.23 84.12.1temperature characteristicparameters for metalmaterial
GB 4068-83 Test of the resistance 83.12.23 84.12.1variation vs temperaturefor high resistant, electric-thermal alloy
35
jDraft Reyv. Impl.Standard ID Standard Name a RYear Month Day
GB 4104-83 White degree (color) 83. 12. 28 84 12. 1examination method fordirect method zinc oxide
GB 4105-83 Hanging test for wolfram 83. 12.28 84. 12. 1thread
GB 4106-83 Temperature measurement 83. 12.28 84. 12. 1for the second timerecrystallization ofwolfram thread
GB 4107-83 Density measurement for 83. 12. 28 84. 12. 1loose-packed magnesiumpowder;Scott volumetric method
(Th 4108-83 Size formation determi- 83. 12.28 84. 12.1nation for magnesium powder,aluminum-magnesium alloypowder";S,-:reen separation metnoa
[Metallurgy Supplementary Material)
GB 1426-78 Carbon material calssi- 78.9.29 78. 10.1fication
t- 1427-78 Carbon material sampling 78.9.29 78. 10.1
method
G B 1426--78 Carbon material water 78.9.29 78. 10. 1content determination
GB 1429-78 Carbon material ash 78. 9. 29 78. 10. 1content determination
* GB 1430-78 Carbon material sulphur 78.9.29 78.10.1content determination
G B 1431-78 Carbon material anti- 78.9.29 78. 10.1pressure strengthdeterminat ion
;P, i6- 80 Metallurgical coke 80.8.15 81.5.1
R GB 1997-80 Metallurgical coke sampling 80.8.15 81.5. 1and preparation method
36
04i,
0 Draft Rev. [ Impl.Standard ID Standard Name __ _
Year Month Day
GB 1998-80 Pitch coke sampling 80.8.15 81.10.1anu preparation method
GB 2001-80 Measurement for 80.8.15 81.10.1metallurgical coke watercontent
GB 2002-80 Measurement for 80.8.15 81.10.1metallurgical coke ashcontent
GB 2003-80 Test for the volatilization 80.8.15 81.10.1of metallurgical coke
GB 2004-80 Measurement of fixed carbon 80.8.15 81.10.1for metallurgical coke
GB 2005-80 Measurement of coke content 80.8.15 81.10.1for metallurgical coke andlarge piece coke formation
e,,B 2006-80 Metallurgical coke 80.8.15 81.10.1mechanical strengthdetermination method
GB 2286-80 Isica measurement of 80.12.31 81.10.1sulpher content formetallurgical coke
GB 2287-80 Measurement of sulpher 80.12.31 81.10.1content for metallurgicalcoke under high temperatureburning neutralization
0. GB 3070-82 Pitch coke 82.5.10 83.3.1
GB 3071-82 Measurement of ture 82.5.10 83.3.1specific gravity forpitch coke
GB 3072-82 Graphite electrode 82.5.10 83.3.1
GB 3073-82 High power graphite 82.5.10 83.3.1electrode
GB 3074.1-82 Measurement of anti- 82.5.10 83.3.1breaking strength for
*graphite electrode
GB 3074.2-82 Measurement of elastic 82.5.10 83.3.137
Draf t JRev. Impl.Standard ID Standard Name __ _
Year Month Day
modulus for graphiteelectrode
GB 3074.3-82 Determination of 82.5.10 83.3.1Oxidization propertyfor graphite electrode
GB 3074.4-82 Measurement of 82.5.10 83.3.1Coefficient of ThermalExpansion (CTE) forgraphite electrode
GB 3074.5-82 Sample preparation method 82.5.10 83.3.1for testing the coefficientof thermal expansion ofpetroleum coke used ingraphite electrode
GB 3202-82 Chemical products for 82.9.16 83.6. 1mineral separation;their classification,brands and designation
GB 34z4-82 Graphite anode 82.12.31 83.11.1GB 3425-82 Sample roasting method 82.12.31 83.11.1
for carbon mud inspection
GB 4000-83 Test for coke 83.12.12 84.11.1reactivity and itsstrength after reaction
(Steel Products]
GB 181-63 Types and dimensions of 63.9.26 64.1.150 kilogram per meter rail
GB 182-63 Types and dimensions of 63.9.26 64.1.143 kilogram per meter rail
GB 183-63 Types and dimensions of 63.9.26 64.1.138 kilogram per meter rail
GB 184-63 Dimensions of 38 kilogram 63.9.26 64.1.1per meter rail usedfish-tail shaped plate
GB 185-63 Dimensions of 38 and 43 63.9.26 64.1.1kilogram per meter rail used
38
e4
Draf t Rev. Impl.Standard ID Standard Name Drf
Year Month Day
fish-tail shaped plate
GB 186-63 Types and dimensions of 63.9.26 64.1.150 kilogram per meterrail used pad
GB 187-63 Types and dimensions of 63.9.26 64.1.138 and 43 kilogram per meterrail used pad
(B 221-79 Brand designation method 63. 12.31 79. 10.31 80. 8. 1for steel products
GB 247-80 General rules for the 63. 12.31 80.12.9 81.10.1acceptance, packing,marking and qualitycertification of steelplates and steel belts
i';B 341-64 Steel wire classifi- 64.9.5 65.7.1cat i on
', 342-8:' Cold draw round steel 64.9.5 82.9.23 83.7.1thread dimensions, shapes,weight and error allowance
GB 343-82 General use low carbon 64.9.5 82.5.10 83.3.1steel wire
,B 344-64 Low carbon structure 64.9.5 65.7. 1steel wire
GB 345-64 Medium carbon structure 64.9.5 65.7. 1steel wire
GB 346-64 Communication overhead 64.9.5 65.7.1used zinc coated lowcarbon steel wire
GB 347-82 Card clothing used 64.9.5 82.5.10 83.3.1steel wire
GB 348-64 Bare steel wire 64.9.5 65.7.1
GB 349-82 General used round 64.9.5 82.12.31 83. 11. 1steel nail
S P -152-6 Closed type wire rope of 64.9.5 65.7.1single layer Z shapedsteel wire
39
6
@ Draf t Rev. IM I pStandard ID Standard Name Dra Rev. DayYear Month Day
GB 353-6f Closed type wire rope of 64.9.5 65.7.1two layers trapezoid-shape and one layer Z-shape steel wire
GB 699-65 High quality carbon 65.1.19 66.1.1structure steel index,and general technicalconditions
GB 700-79 General carbon structure 65.1.19 79.10.31 80.8.1steel;Technical conditions
GB 701-65 General low carbon steel 65. 1. 19 66. 1. 1- hot rolled disk
GB 702-72 Hot-rolled round steel 65.1.19 72.4.20 72.9.1and square steel brand
CB ?04-33 Hot-rolled flat steel 65.1.19 83.4.5 84.1.1dimension, weight anderror allowance
GB 705-83 Hot-rolled hexagon bar 65.1.19 83.4.5 84.1.1steel and octagon steeldimension, weight anderror allowance
GB 706-65 Hot-rolled general I beam 65.1.19 66.1.1brand
GB 707--65 Hot-rolled general channel 65.1.19 66.1.1* brand
GB 708-65 Rolled made thin steel 65.1.19 66.1.1plate brand
GB 709-65 Hot-rolled made thick 65.1.19 66.1.1steel plate brand
GB 710-65 High quality carbon struc- 65. 1.19 66.1.1ture steel thin plate;Technical conditions
GB 711-65 High quality carbon struc- 65.1.19 66.1.1, k ture steel hot-rolled
thick plate;Technical conditions
40
-- Draft i Rev. iImpl.
Standard ID Standard NameYear Month Day
GB 712-80 Shipbuilding used struc- 65.1.19 80.6.19 80.7.1ture steel;Technical conditions
GB 713-72 Carbon steel and general 65.1.19 72.4.20 72.9.1low alloy steel plate usedin making boiler;Technical conditions
GB 714-65 Bridge and building used 65.1.19 66.1.1hot-rolled carbon steel;Technical conditions
GB 715-65 General carbon steel nut 65.1.19 66.1.1and rivet used hot-rolledsteel;Technical conditions
GB 716-83 General carbon structure 65.1.19 83.3.4 83.12.1steel, cold-rolled belt
GB 717-82 Steelmaking used pig iron 65.1.19 82.9.23 83.7.1
GB 718-82 Casting used pig iron 65.1.19 82.9.23 82.10.1
GB 905-82 Dimension, shape, weight 66.4.8 82.9.23 83.7.1and error allowance ofcold-draw steel
GB 906-82 Dimension, shape, weight 66.4.8 82.9.23 83.7.1and error allowance ofcold-draw round steel
GB 907-82 Dimension, shape, weight 66.4.8 82.9.23 83.7.1and error allowance ofcold draw hexagon steel
GB 908-72 Brand of forging used 66.4.18 72.4.20 72.9.1round steel and squaresteel
GB 911-66 Hot-rolled and forged 66.4. 18 66. 10.1flat steel products oftool steel
GB 912-54 Thin plate of general carbon 66.4.18 82.7.8 83.4.1structure steel and low alloystructure steel;Technical conditions
41
Draft Rev. Impi.~Standard ID Standard Name i
Year Month Day
GB 1101-79 Key used, shape steel 72.4.21 79.6.23 80.5.1
GB 1102-74 Round skein, steel wire 72.4.20 74.5.28 75.1.1
rope
GB 1175-74 Rope making steel wire 72.5.28 75.1.1
GB 1199-75 Farming used compounded 75. 1. 22 75. 10. 1steel
GB 1200-75 Zinc coated steel twist 75. 1.22 75. 10. 1
wire
CtB 1201-75 Bicycle used steel wire 75. 1.22 75. 10. 1
GB 1220-75 Stainless acid-resist 75. 12.%4 76.7. 1steel;Technical conditions
;B :-22-7; Thermal-resist steel; 75. 12.A4 76.7. 1Technical conditions
GB 1222-75 Hot-rolled spring steel; 75. 12.A4 76. 7. 1Technical conditions
GB 1234-76 High resistance electric 76.3.27 77.7.1heating alloy
GB 1298-77 Carbon tool steel; 77.2.12 77.12.1Technical conditions
GB 1299-77 Alloy tool steel; 77.2. 12 77. 12.1Technical conditions
GB 1.300-77 Welding used steel wire 77.2. 12 77. 12.1
GB 1301-77 Hollow steel; 77.2. 12 77. 12.1Technical conditions
GB 1412-78 Nodular casting 78.8. 11 79,6.1used pig iron
42
0 * * .... .. : t tm ' !,fv ,,
@ Drf tl Rev Imp -Standard ID Standard Name I I
Year Month Day
GB 1465-78 Tractor plough used 78. 10. 8 79. 10. 1shape iron
GB 1466-78 Agriculture machinery 78. 10. 8 79. 10. 1used special cross section,hot-rolled shape iron
GB 1499-79 Hot-rolled reinforced 78.2.28 79. 10.1bar
tB 1501-79 Car wheel fender used, 78.2.28 79. 10. 1hot-rolled shape steel
P 0%,O-79 Car wheel locking ring used, 78.2.28 79. 10. 1
hot-rolled shape steel
GB 150.-79 Casting steel roller 78.2.28 79. 10. 1
• Lh 1504-79 Casting iron roller 78.2. 28 79.10.1
tB_ ij5'i-7- Low alloy structure; 79. 10.31 80.8. 1Technical conditions
GB 2270-80 Stainless seamless tube 80. 12.31 81. 10. 1
GB 2271-80 Oil quenching chromium- 80.12.31 81. 10.1vanadium valve springsteel
GB 2272-80 Ferrosilicon 80. 12.31 81. 10. 1
G1 2517-81 General structure used, 81.3.25 81.7.1continuously hot-rolledsteel plates and belts
Gh 2518-81 Continuously hot-rolled, 81.3.25 81.7.1zinc: coated steel platesand belts
GP 2519-81 Brand of continuously hot- 81.3.25 81.7.1rolled steel plate and belt
t 4 C 520-81 Electroplate tin thin 81.3.25 81.7.1steel plates and belts
(.,B 2521-81 Cold-rolled electrical 81.3.25 81.7.1engineering steel belts(films)
43
" , h- k ' . I * r ,w I I ' " " ... ... . .. .. &
4W Draft Rev. Impl.Standard ID Standard Name I
Year Month Day
GB 2585-81 Railroad used 38 - 50 kg/m 81. 12. 16 82. 10. 1steel rail;Technical conditions
GB 21597-81 Hot-rolled window frame 81.6. 17 82.3.1steel
GB 2598-81 Cold-rolled stainless, 81.4. 10 82.1.1thermal-resist steel belt
G B 2774-81 Metal manganese 81. 10.5 82.7.1
GB 2826-81 38 - 50 kg/m rail used; 81. 12. 16 82. 10. 1Technical conditions
GB 3077-82 Alloy structure steel; 82.5. 10 83.3.1Technical conditions
;, 3078-82 Quality structure steel, 82.5. 10 83.3.1c:31 draw steel products;Technical conditions
GB 3079-82 Alloy structure steel 82.5. 10 83.3.1wire
GB 3080-82 High speed tool steel 82.5. 10 83.3.1wire
GB 3081-82 General purpose hot 82.5. 10 83.3.1zinc coated, low carbonsteel wire
GB 3082-82 Armored cable used, 82.5. 10 83.3.1low carbon zinc coatedsteel wire
GB 3083-82 Important purpose used, 82.5. 10 83.3.1low carbon steel wire
GB 3084-82 Cotton packing used, 82.5. 10 83.3.1low carbon zinc coatedsteel wire
GB 3085-82 Track plate used, 82.5. 10 83.3.1hot-rolled shape steelTechnical conditions
GB 3086-82 High carbon chromium 82.5. 10 83.3.1stainless supporting steel;Technical conditions
44
Draft Rev. mpiStandard ID Standard Name I
Year Month Day
GB 3087-82 Low medium pressure 82.5. 10 83.3. 1boiler used seamlesstube
GB 3088-82 Car half axle sleeve 82.5.10 83.3. 1used seamless tube
GB 3089-82 Stainless, acid-resist 82.5. 10 83. 3. 1steel extra-thin seamlesstube
GB 3090-82 Stainless, small diameter 82.5. 10 83.3. 1steel tube
GB 3091-82 Low pressure flow tanspor- 82.5.10 83.3.1tation used zinc coatedwelding steel pipe
GB 3092-82 Low pressure flow tanspor- 82.5.10 83.3.1tation used weldingsteel pipe
GB 3093-82 Diesel engine used, high 82.5. 10 83.3.1pressure fuel tube
GB 3094-82 Cold draw seamless steel 82.5. 10 83.3.1tube
GB 3203-82 Carburized bearing steel; 82.9.23 83.7.1technical conditions
GB 3204-82 Dimension, shape, weight 82.9.23 83.7.1and error allowance ofcold draw square steel
GB 3205-82 Dimension, shape, weight 82.9.23 83.7.1and error allowance ofcold draw hexagon steel
GB 3206-82 Quality carbon structure 82.9.23 83.7.1steel wire
GB 3207-82 Dimension, shape, weight 82.9.23 83.7.1and error allowance ofsilver-shining steel
(-GB 3210-82 Phosphorus iron 82.9. 23 83.7.1
GB 3273-82 Car platform chassis 82.7. 8 8;.4. 1used steel plate@4 45
Draft Rev. Impl,
Standard ID Standard Name D R.1Year Month Day
GB 3274-82 General carbon structure 82.7.8 8.4.1steel and low alloystructure steel,hot-rolled thick steelplate;Technical conditions
GB 3275-82 Car manufacture used 82.7.8 E.4.1quality carbon structureiron, hot-rolled thickplate
G6 3276-82 Thick plate of hot-rolled, 82.7.8 8_4. 1carbon structure steelused in 200-literfuel tank
G-B 3277-82 Pattern steel plate 82.7.8 8.4. 1
3 .7H- 82 Carbon tool steel 82.7.8 8. 4 1hot-rolled plate;Technical conditions
GB 3279-82 Spring steel hot-rolled 82.7.8 8.4.1thin plate;Technical conditions
GB 3280-82 Stainless, acid-resist 82.7.8 89.4 1and thermal-resistthin plate;Technical conditions
GB 3281-82 Stainless, acid-resist 82.7.8 8&4.1* and thermal-resist
thick plate;Technical conditions
GB 3282-82 Titanium iron 82.7.8 83.4.1
GB 3283-82 Vanadium oxide 82.7.8 8. 4. 1
GB 3414-82 Mining used steel; 82.12.31 83.11. 1Technical conditions
GB 3415-82 Tractor platform chassis 82.12.31 83.11.1used channel steel
GB 3418-82 Electrolysis metal 82.12.31 83.11.1manganese
46
Draf t JRev. I iI .Standard ID Standard Name _
Year Month Day
GB 3419-82 Silicon calcium alloy 82.12.31 83.11.1
GB 3420-82 Gray cast iron tube 82.12.31 83. 11.1products
GB 3421-82 Sand shaped centrifugal 82.12.31 83.11.1casting iron tube
GB 3422-82 Continuously casting 82.12.31 83.11.1iron tube
GB 3423-82 Diamond rock drilling used 82.12.31 83.11.1seamless tube
GB 3426-82 Hoister steel rail 82. 12.31 83. 11. 1
GB 3427-82 General rules for steel 82.12.31 83.11.1nail inspection, packing,marking, quality certisfi-c.9tion and transportation
G B 3428-82 Steel wick aluminum 82.12.31 83.11.1twisted wire used,zinc coated steel wire
GB 3429-82 Carbon welding rod 82.12.31 83.11.1steel plate
GB 3522-83 Cold-rolled, quality 83.3.4 83.12.1carbon structure steelbelts
GB 3524-83 Hot-rolled, general 83.3.4 83.12.1carbon structure steelbelts
GB 3525-83 Spring steel, tool steel, 83.3.4 83.12.1cold-rolled belt
GB 3526-83 Low carbon steel, 83.3.4 83.12.1cold-rolled belts
GB 3527-83 Shaver blade used, 83.3.4 83.12.1cold-rolled steel belts
(B 3528-83 Watch used cold-rolled, 83.3.4 83.12.1carbon tool steel belts
GB 3529-83 Saw blade used, cold- 83.3.4 83.12.147
Draf t [ Rev. ] mpl.
Standard ID Standard Name D iYear Month Day
rolled steel belts
GB 3530-83 Thermal treated spring 83.3.4 83.12.1steel belts
GB 3531-83 Low temperature pressurized 83.3.4 83.12.1container used low alloy,thick steel plates;Technical conditions
GB 3639-83 Cold-draw or cold-rolled, 83.5.2 84.3.1precision seamless tube
GB 3640-83 General carbon steel 83.5.2 84.3.1electric wire sleevepipe
GB 3641-83 P type zinc coated, 83.5.2 84.3.1mital hose
,; :;6&2-83 S shape drill 3teel 83.5.2 84.3.1welding stain].ess steel,metal hose
GB 3643-83 Bicycle chain used, 83.5.2 84.3.1cold-rolled steel belts
GB 3644-83 Bicycle used cold-rolled, 83.5.2 84.3.1carbon wide steel beltsand steel plates
GB 3645-83 Bicycle used hot-rolled, 83.5.2 84.3.1carbon wide steel belts
GB 3646-83 Bicycle used cold-rolled, 83.5.2 84.3.1steel belts
GB 3647-83 Bicycle used hot-rolled, 83.5.2 84.3.1steel belts
GB 3648-83 Tungsten iron 83.5.2 84.3.1
GB 3649-83 molybdenum iron 83.5.2 84.3.1
GB 3650-83 General rules for 83.5.2 84.3.1iron alloy acceptance,packing, storage trans-portation, marking, andquality certification
48
%'Draf Rev. Impl,
Standard ID Standard Name imi
Year Month Day
GB 3795-83 Manganese iron 83.7.7 84.6.1
GB 4007-83 Blast furnace 83. 12. 14 84. 11. 1manganese iron
GB 4006-83 Manganese silicon alloy 83.12.14 84.11.1
GB 4009-83 Silicon chromium alloy 83.12.14 84. 11.1
(Color metal and Alloy Products)
GB 340-76 Brand designation method 64.9.5 76.9.8 77.7.1for color metal and alloyproducts
GB 466-82 Copper classification 64.12.11 82.6.21 83.3.1
GB 467-82 Electrolytic copper 64 12. 11 82.6.21 83.3.1
.... 4,-,, Electric engineering 64. 12 11 e2.6.21 83.3.1used copper wire ingot
,F 469-8," Lead ingot 64.12.11 83.2.21 83.12.1
GB 470-83 Zinc ingot 64. 12. 11 83. 2. 21 83. 12. 1
GB 728-65 Tin classification 65.6.24 66.1.1and technical conditions
GB 913-66 Mercury classification 65.6.24 66 10.1and technical conditions
GB 914-66 Carmium classification 65.6 24 66 10. 1and technical conditions
GB 915-66 Bisbuth classification 65.6.24 66 10.1and technical conditions
GB i196-83 Remelting used aluminum 75. 1.22 83.2.21 83. 12. 1ingot;Technical conditions
GB 1197-75 Aluminum wire ingot 75. 1.22 75 10.1
("B 3419-78 Sponge platinum 78.9.29 79.7.1
GB 1420-78 Sponge palladium 78.9.29 79. 7. 1
GB 1421-78 Rhodium powder 78. 9. 29 79 7. 149
% Draft [Rev. [Impl.
Standard ID Standard Name ImiYear Month Day
GB 1422-78 Iridium powder 78.9.29 79.7.1
GB 1470-79 Aluminum and aluminum- 79.2.1 79.10.1
stibium alloy plate
GB 1471-79 Lead anode plate 79.2.1 79.10.1
GB 1472-79 Lead and lead- 79. 2. 1 79. 10. 1stibium alloy tube
GB 1473-79 Lead and lead- 79.2. 1 79. 10. 1stibium alloy bar
GB 147.3-79 Lead and lead- 79.2.1 79.10.1stibium alloy bar
GB 1474-79 Lead and lead- 79.2.1 79. 10.1stibium alloy wire
,47,-79 Gallium 79.2. 13 79. 10. 1
,4I,:- t 7 Tel iurium 7'9. 2. i3 79. I0. I
GB 1477-79 Selenium 79.2.13 79.10.1
GB 1478-79 Thallium 79.2.13 79.10.1
GB 1527-79 Draw made copper tube 79.4.20 80.1.1
GB 1528-79 Squeeze made copper tube 79.4.20 80.1.1
GB 1529-79 Draw made brass tube 79.4.20 80.1.1
GB 1530-79 Squeeze made brass tube 79.4.20 80.1.1
GB 15.31-79 Copper and copper alloy 79.4.20 80.1.1capillary
GE 1598-79 Industrial thermal- 79.11.23 80.8.1couple used, platinum-
On rhodium 13 - platinumcouple thread
(8 1599-79 Stibium classification 79. 11.23 80.8.1and technical conditions
G8 177.3-79 Shining silver powder 79. 11.23 80.8.1
| I ' GB 1774-79 Extra fine silver powder 79.11.23 80.8.1
50
Draft Rev. ImpiStandard ID Standard Name I
Year Month Day
GB 1775-79 Extra fine gold powder 79.11.23 80.8.1
GB 1776-79 Extra fine platinum powder 79.11.23 80.8.1
GB 1777-79 Extra fine palladium powder 79.11.23 80.8.1
GB 1837-80 Exclusive used, pure 80.1.31 80.9.1copper plates
GB 1977-80 Photographic plate marking 80.6.19 81.1.1used, microcrystal zincplates
GB 1978-80 Battery zinc plates 80.6.19 81.1.1
GB 2040-80 Pure copper plates 80.11.11 81.10.1
GB 2041-80 Brass plates 80.11.11 81.10.1
GB 2042-80 Complicate brass plates 80.11.11 81.10.1
.2043-80 Aluminum bronze plates 80.11.11 81. 10. i
CB 2044-80 Cadminum bronze plates 80.11.11 81. 10. 1
GB 2045-80 Chromium bronze plates 80.11.11 81.10.1
GB 2046-80 Manganese bronze plates 80.11.11 81.10.1
GB 2047-80 Silicon bronze plates 80.11.11 81.10.1
GE 2048-80 Tin bronze plates 80.11.11 81.10.1
GB 2049-80 Tin zinc lead bronze plates 80.11.11 81.10.1
GB 2050-80 General copper-nickel 80.11.11 81.10.1alloy
GB 2051-80 Aluminum copper-nickel 80.11.11 81.10.1alloy (BAl 6-1.5,BAl 13-3) plates
GB 2052-80 Manganese copper-nickel 80.11.11 81.10.1alloy
GB 2053-80 Zinc copper-nickel 80.11.11 81.10.1alloy
* GB 2054-80 Nickel and nickel 80.11.11 81.10.1alloy plates
51
0A
Draft Rev. Impi.
Standard ID Standard Name __ _
Year Month Day
GB 2055-8p Cadmium anode plates 80. 11 11 81 10. 1
GB 2 056-80 Copper anode plates 80. 11 11 81 10.1
GB 2057-80 Nickel anode plates 80. 11 11 81 10. 1
GB 2058-80 Zinc anode plates 80. 11 11 81 10. 1
GB 2059-80 Pure copper belts 80. 11 11 81 10. 1
(-B 2060-80 Brass belts 80. 11 11 81. 10. 1
GB 2061-80 Radiator fin exclusively 80. 11. 11 81. 10. 1used copper belts,brass belts
B 0 2062-80 Aluminum bronze belts 80. 11 11 81. 10. 1
GB 2063-80 Cadmium bronze belts 80. 11 11 81 10. 1
) Z-b -u,4-bU Manganese Oronze belts 0. 11.11 i. lu. i
F; 2065 -80 Silicon bronze belts 80. 11 11 81. 10. 1
GB 2066-80 Tin bronze belts 80. 11. 11 81. 10. 1
GB 2067-80 Tin zinc lead bronze belts 80. 11 11 81 10. 1
GB 2068-80 General copper-nickel 80.11.11 81.10.1alloy belts
GB 2061-80 Aluminum copper-nickel 80. 11. 11 81. 10. 1alloy (BAl 6-1.5,BAl 13-3) belts
(GB 2070-80 Manganese copper-nickel 80. 11. 11 81. 10. 1alloy belts
GB 2071-80 Zinc copper-nickel 80. 11. 11 81. 10. 1alloy belts
(,B 2072-80 Nickel and nickel alloy 80. 11. 11 81.10.1
belts
GB 2073-80 Bimetal oelts 80. 11. 11 81. 10. 1
S GB 2082-80 industrial aluminum powoer 80.11.11 81. 4.1
GB 2083-80 Paint aluminum powder 80. 11.11 81. . I52
Draft Rev. I Impl.Standard ID Standard Name _ _____
Year Month Day
GB 2084-80 Gas making aluminum powder 80.11.11 81. 1. 1
(B 20,5-(iO Inflammable aluminum 80. 11. 11 81.A. 1powder
%B 08',-80 inflammable aluminum 80. 11. 11 81. X. 1fine powder
'? ,524-81 Sponge titanium 81.3.25 82. 1. 1
4, 52 -81 Metal cerium 81.3.25 82.1.1
%b 2 ) -8I Gadolinium oxide 81.3.25 82. 1. 1
-- :b22i-81 Tin anode plates 81.3.25 82.1.1
b 2;'529-81 Copper electric conductance 81.3.25 82.1.1plates
Photographic plate marking 81.3.25 82. 1. 1useo copper plates
,,j, .;-,i Brass plate used as 81.3.25 82. 1. 1a fixing plate in heatexchanger
B 2"32-81 Water tank major plates 81. 3. 25 82. 1. 1and water chamber used,brass plates and belts
',; 2 1'K-61 Yarn tube exclusively 81.3.25 82. 1. 1used brass belts
,R,, J,34-81 Capacitor exclusively 81.3.25 82. 1. 1used brass belts
;B 2i5 -81 Gas intake wick used 81.3.25 82. 1. 1brass belts
;B /wz-81 Nickel and nickel brass 81. 12.30 82. 10.1alloy tube;Technical conditions
'B " Titanium and titanium 82.3.22 83. 1. 1alloy bar products
PiE C*-4-82 Quality TC titanium 82.3.22 83.1.1
alloy bar products
53
Draft Rev. Impl.Standard ID Standard Name D i
Year Month Day
GB 2967-82 Casting tungsten carbonide 82.3.22 83.1.1
GB 2968-82 Metal samarium 82.3.22 83. 1. 1Technical conditions
GB 2969-82 Samarium oxide; 82.3.22 83. 1. 1
Technical conditions
GB 3109-82 Pure copper wire 82.5.29 83.3.1
GB 3110-82 Brass wire 82.5.29 83.3.1
GB 3111-82 Tin brass wire 82.5.29 83.3.1
GB 3112-82 Lead brass wire 82.5.29 83.3. 1
(B 3113-82 Nickel copper alloy wire 82.5.29 83.3.1
GB .3114-82 Brass flat wire 82.5.29 83.3. 1
8-; i '2 Screw used brass wire 82.5.29 83.3. 1
GB 3116-82 Ball pencil lead used 82.5.29 83.3. 1lead brass wire
GB 3117-82 Rivet used copper wire 82.5.29 83.3.1and brass wire
GB 3!18-82 Bicycle wire cap used 82.5.29 83.3.1brass wire
,B 3119-82 Oxygen-free copper wire 82.5.29 83.3.1
GB 3120-82 Nickel wire 82.5.29 83.3.1
GB 3121-82 Electric vacuum apparatus 82.5.29 83.3. 1used nickel and nickelalloy wire
GB 3122-82 Cadmium bronze wire 82.5.29 83.3. 1
GB 3123-82 Silicon bronze wire 82.5.29 83.3.1
GB 3124-82 Tin bronze wire 82.5.29 83.3.1
GB 3125-82 Nickel-copper alloy wire 82.5.29 83.3.1
GB 3126-82 Cleaner used brass wire 82.5.29 83.3.1
GB 3127-82 Gas light used triangle 82.5.29 83.3.154
iD raft Rev. Impi.Standard ID Standard Name D Rv IYear Month Day
brass wire
GB 3128-82 Screen used tin bronze 82.5.29 83.3.1
GB 3129-82 Aluminum titanium alloy 82.5.29 83.3.1wire
GB 3130-82 Lock making used brass 82.5.29 83.3.1wire
GB 3131-82 Tin lead welding material 82.5.29 83.3.1GB .3132-82 Fuse lead wire 82.5.29 83.3.1
GB 3133-82 Clock used brass wire 82.5.29 83.3.1
GB 3134-82 Beryllium bronze wire 82.5.29 83.3.1
GB 3135-82 Industrial pure beryllium 82.5.29 83.3.1oxide powder;Technical conditions
GB 3136-82 Capacitor used tantalum 82.5.29 83.3. 1powder;Technical conditions
GB 3190-82 Chemical composition of 82.9.16 83.6.1aluminum and aluminumalloy machining products
GB 3191-82 aluminum and aluminum 82.9.16 83.6.1alloy squeezed bar
products
GB 3192-82 High strength aluminum 82.9.16 83.6.1alloy squeezed bar
GB 3193-82 Aluminum and aluminum 82.9.16 83.6.1alloy hot-rolled plates
SO GB 3194-82 Dimensions and error 82.9.16 83.6.1allowance for aluminumand aluminum alloy platesproducts
GB 3195-82 Electric conductance 82.9.16 83.6.1used aluminum wire
GB 3196-82 Rivet used, aluminum 82.9.16 83.6.1and aluminum alloy
55
e.
@iDraf t Rev i mpl.Standard ID Standard Name R IYear Month Day
wire products
GB 3197-82 Welding rod used, aluminum 82.9.16 83.6.1and aluminum alloywire products
1-B 3198-82 Industrial used pure 82.9.16 83.6.1aluminum foil
GB 3199-82 Aluminum and aluminum 82.9.16 83.6.1alloy machining productspacking, marking, trans-portation and storage
GB 3211-82 Metal chromium 82.9.23 83.7. 1
GB 3457-82 Tungsten oxide; 82. 12.31 83. 10.1Technical conditions
GB 3458-82 Tungsten powder; 82. 12.31 83. 10. 1Techinical conditions
GB -459-82 Tungsten rod 82.12.31 83.10.1
GB 3461-82 Molybdenum powder, 82.12.31 83.10.1Technical conditions
GB 3462-82 Molybdenum rod and 82.12.31 83.10.1molybdenum plate base
GB 3463-82 Capacitor lead used 82.12.31 83.10.1tantalum wire
GB 3494-83 Direct method zinc 83.2.21 83.12.1oxide
GB 3495-83 Arsenic 83.2.21 83.12.1
GB 3496-83 Offset printing 83.2.21 83.12.1zinc plates
GB 3499-83 Remelting used 83.2.21 83.12.1magnesium ingot
GB 3501-83 Extra fine hydrated 83.2.21 83.12.1ruthenium oxide;Technical conditions
GB 3502-83 Extra fine palladium 83.2.21 83.12.1oxide powder;
56
i Draft Rev. ImpI.Standard ID Standard Name __ _
Year Month Day
Technical conditions
(-B 3503-83 Color television 83.2.21 83.12.1fluorescent yttrium oxide;Technical conditions
GB 3504-83 Color television 83.2.21 83.12.1fluorescent europium oxide;Technical conditions
GB( 3610-83 Battery zinc disk 83.4.16 84.2.1
GB 3614-83 Aluminum alloy foil 83.4.16 84.2.1
B 1,-83 Electrolytic capacitor 83.4.16 84.2.1used aluminum foil
GB 3616-83 Electric power and general 83.4.16 84.2.1organic medium capacitorused aluminum foil
__ , i-6 Watc disk and decoration 83.4.16 84.2.1used aluminum andaluminum alloy plates
GB 3618-83 Aluminum and aluminum 83.4.16 84.2.1alloy figured plates
(7B 3619-83 Textile warp knitting 83.4.16 84.2.1machine disk used,aluminum alloy forgedproducts
GB 3620-83 Brand and chemical 83.4.16 84.2.1composition of titaniumand titanium alloy
GB 3621-83 Titanium and titanium 83.4.16 84.2.1alloy plate products
* GB 3622-83 Titanium belt products 83.4.16 84.2.1
uB .3623-83 Tlitanium and titanium 83.4.16 84.2.1alloy wire
GB 3624-83 Titanium and titanium 83.4.16 84.2.1alloy seamless tube
%-GB iE,125-83 Heat exchanger and 83.4.16 84.2.1freezer used seamless tube
57
... , I&
j j Da t R Rev Impl,Standard ID Standard Name ft v. IYear Month Day
GB 3626-83 Tantalum oxide; 83.4. 16 84.2. 1Technical conditions
GB 3627-83 Niobium oxide; 83.4. 16 84.2. 1Technical conditions
GB 3628-83 Capacitor used 83.4.16 84.2.1aluminum foil
-B 3629-83 Tantalum and tantalum 83.4. 16 84.2.1alloy plate products,belt products, and foilproducts
C 3630-83 Niobium plate products 83.4. 16 84.2. 1belt products, and foilproducts
,h 3875-b.3 Tungsten plates 83. 10. 10 84. 10. 1
:4B r._-a3 Molybdenum and molybdenum 83. 10. 10 84. 10. 1alloy plates
,'B 3877-83 Molybdenum foil 83. 10. 10 84. 10.1GB 3880-83 Aluminum and aluminum 83. 10 10 84. 10. 1
alloy plates
,B 3881-83 Connecting used aluminum 83 10 10 84. 10. 1alloy plates
GB 3889-83 Nickel coat aluminum 83 12 12 84. 10. 1compound powderI(GB 3c)90-83 Nickel coat aluminum 83 12 12 84. 11. 1
oxide compound powder
,-B 3991-83 Cobalt coat tungsten 83 12 12 84. 11. 1carbide compound powder
;GB 3992-83 Nickel coat chromium 83 12 12 84. 11. 1
compound powder
GB 3993-83 Nickel coat copper 83 12 12 84. 11. 1compound powder
GB 4062-83 Stibium oxide 83.12.20 84.12.1
58
0e
Draft Rev. Impl.Standard ID Standard Name __ _
Year Month Day
[Powder Metallurgy]
GB 2075-80 Classification, 80.11.11 81.9.1categorization anddesignationfor cutting machining usedhard alloy
GB 2076-80 Type designation rules 80.11.11 81.9.1for cutting tool usedrotatable blade
GB 2076-80 Cutting tool used 80.11.11 81.9.1rotatable blade type
(IB 2077-80 Round angle radius for 80.11.11 81.9.1hard alloy, rotatableblade
GB 2078-80 Round hole, hard alloy 80.11.11 81.9.1rotatable blaoe
GB 2079-80 Holeless, hard alloy 80.1111 81.9.1rotatable blade
GB 2080-80 Deep hole, hard alloy 80.11.11 81.9.1rotatable blade
GB 2081-80 Rotatable blade of hard 80.11.11 81.9.1alloy used in milling cuttertool
GB 2527-81 Hard alloy tooth used in 81.3.25 82.1.1mine and oil field drillingtool
GB 3456-82 Hard alloy hammer and 82.12.31 83.10.1pressurized cylinder
GB 3488-83 Hard alloy - micro- 83.2.21 83.12.1structure metallographicexamination
GB 3489-83 Hard alloy - porosity 83.2.21 83.12.1and non-chemical compoundedcarbon metallographicexamination
GB 3500-83 Powder metallurgy 83.2.21 83.12.1terminology
59
0
Standard ID Standard Name 1.
Year Month Day
GB 3611-83 Hard alloy blank used in 83.4.16 84.2.1standard cold upsettingmold
GB 3612-83 Hard alloy blank used in 83.4.16 84.2.1measuring tool
GB 3613-83 Steel ball, cold-dieing 83.4.16 84.2.1mold, hard alloy blank
GB 3848-83 Measurement of strong 83.9.8 84.9.1(magnetic) force forhard alloy
GB 3849-83 Test of Rockwell 83.9.8 84.9.1hardness for hard alloy
GB 3850--83 Density measurement for 83.9. 8 84.9. 1compact sintering metalmaterial and hard alloy
Gb 3851-8.3 Measurement of 83.9.8 84.9.1the cross section breakingstrength for hard alloy
GB 3878-83 Inner discharging, deep 83.10.10 84.10.1hole drilling used hardalloy blade
GB 3879-83 Steel agglutinated, hard 83.10.10 84.10.1alloy material blank
[Semiconductor Material]
GB 2881-81 Industrial silicon; 81.12.30 82.10.1Technical conditions
GB 4057-83 Examination of chemical 83.12.20 84.12.1* erosion for micro-defect
of silicon single crystal
GB 4058-83 Thermal oxidation - 83.12.20 84.12.1examination of chemicalerosion for micro-defectof silicon single crystal
600 ... I 1 r '
Draft J Rev J Impi.Standard ID Standard Name I
Year Month Day
GB 4059-83 Examination of melted 83.12.20 84.12.1phosphorus for siliconmultiple-crystal inits gas zone
GE 4060-83 Examination of melted 83. 12.20 84. 12.1boron for siliconmultiple-crystal inits vacuum zone
GB 4061-83 Examination of chemical 83. 12. 20 84. 12. 1erosion for cracking layersof silicon multiple-crystal
%oI
61
ow NMI
SDraft Rev. I Ipl.Standard ID Standard Name D RYear Month Day
J MACHINERY
[Machinery Synopsis]
GB 126-74 Mechanical drawing; 59.6.5 74.12.13 75.5.1General rules
GB 128-74 Mechanical drawing; 59.6.5 74.12.13 75.5.1Draft drawing method
GB 129-74 Mechanical drawing; 59.6.5 74.12.13 75.5.1Dimension indication
GB 130-74 Mechanical drawing; 59.6.5 74.12.13 75.5.1Dimension toleranceindication
GB 131-83 Surface characteristic 59.6.5 83.2.22 85.5.1code name (symbol) andits indication
GB 133-74 Mechanical drawing; 59.6.5 74.12.13 75.5.1Drawing method forthread, gear, key andspring
GB 138-74 Mechanical drawing; 59.6.5 74.12.13 75.5.1Designated symbols formechanism illustration
(.-,B 140-59 Mechanical drawing; 59.6.5 60.4.1Designated symbols forliquid and gastransporting pipe
GB 1.41-59 Mechanical drawing; 59.6.5 60.4.1Designated symbols inillustrations for pipeparts, accessories andthermal engineering,sanitation engineering,equipment and apparatus
GB 145-59 Central hole 59.6.3 60.10.1
GB 157-83 Taper and tapper angle 59.6.3 83.12.27 85.1.1series
GB 158-59 T shape channel 59.6.3 60.10.162
Draf t Rev. Impl.Standard ID Standard Name __ ,
Year Month Day
GB 192-81 General thread; 63.11.1 81.3.14 83.1.1Basic tooth pattern
GB 193-81 General thread; 63.11.1 81.3.14 83.1.1Diameter and pitchseries (diameter1 - 600 mm)
GB 194-63 General thread; 63.11.1 65.7.1Diameter 0.25 0.9 mmBasic dimension
GB 195-63 General thread; 63.11.1 65.7.1Diameter 0.25 - 0.9 mmTolerance
GB 19b--81 General thread; 63.11.1 81.3.14 65.7.1Basic dimension (diameter1 - 600 mm)
GB i97-81 General thread; 63.11.1 81.3.14 65.7.1Toierance ano fitting(diameter 1 355 mm)
GB 324-80 Welding gap code name 64.7.29 80.5.15 81.1.1
GB 784-65 Trapezoid thread; 65.11.30 66.7.1Tooth pattern and basicdimension
GB 785-65 Trapezoid thread; 65.11.30 66.7.1Tolerance
GB 786-76 Hydraulic and gas driven 65.12.3 76.10.13 77.7.1drawing symbols
GB 1031-83 Surface roughness parameters 68.5.7 83.2.22 85-1.1and its value
GB 1167-74 Interim fit thread; 74.10.26 75.5.1(Screw into cast iron,steel block)
GB 1180-74 Interim fit thread; 74.10.26 75.5.1(Screw into aluminum block)
GB 1181-74 Over fit thread; 74.10.26 7t.5.1(Screw into aluminum block)
63
Draft j Rev. IMPIStandard ID Standard Name __ _
Year Month Day
GB 1182-80 Shape and location 74.12.13 80.5.20 81.7. 1tolerance;Code name and itsdesignation
GB 1163-80 Shape and location 74.12.13 80.5.20 81.7.1to lerance;Terminology and definition
-*B 1184-80 Shape and location 74. 12. 13 80.5.20 81.7. 1
tolerance;Rule for non-designatedtolerance
i3r,-78 Gradually open line 78.2.6 79. 1. 1cylindrical gear;Basic: tooth pattern
14[ iIY7--78 Gradually open line 78.2.6 79. 1. 1cylindrical gear;Modu us
S.... -/ enerai tnreaa usea 78. 8. 15 80. b. Iin pipe screw in end;
Dimension series
h1 141")-78 Metric conical thread 78. 8. 15 80.5.1
GB lbO0-79 Tolerance and fitting; 79. 12. 13 80,7.1General discussion;Standard toleranceand basic bias
t; () 1-79 Tolerance and fitting; 79. 12. 13 80.7. 1Tolerance margin and fittingfor dimension upto 500 mmhole. axle
GB i82-79 Tolerance and fitting; 79. 12. 13 80.7.1Tolerance margin fordimension greater than 500less than 3150 mm commonused hole and axle
, ib -7 Tolerance and fitting; 79.12.13 80.7.1Toierance margin forriimenslon upto 18 mmhol and axle
' ; 1d,4-79 Tolerance and fitting 79.12.13 80.7.1
64
Draft j Rev. J imp;Standard ID Standard Name __ _
Year Month Dtay
Non-designated tolerancebias limit
GB 1840-80 Arc cylindrical gear 80. 1. 31 8U. 10. 1modulus
GB 1859-80 Internal combustion engine 80.3.3 80.9.1noise determination method
GB 1958-80 Shape and location 80.5.20 81. 7. 1tolerance;Inspection rules
GB 262-80 Small modulus gradually 80. 12.31 81. 10 1open line cylindricalgear basic tooth pattern
GB 2363-80 Small modulus gradually 80. 12.31 81. 1u. 1open line cylindricalgear precision standard
IB 2 - General thread terminology 81. 3. 14
GB 2516-81 General thread bias 81.3.14 i. 1table (diameter 1 - 355 mm)
GB 2821-81 Gear geometrical key 81. 12. 16 82. lo Ielements code name
GB 2822-81 Standard size 81. 12. 16 82. 10. 1
GB 3478. 1-83 Cylindrical straight tooth 81. 1.31 84. 1. 1gradually open pattern key(tooth side fitting) modulus,basic tooth pattern,tolerance
GB 3478.2-83 Cylindrical straight tooth 81. 1.31 b4 1.1gradually open pattern key(tooth side fitting)dimension table
GB 3480-83 Gradually open line 81. 1.31 84.1.1cylinarical gear loadingcapability calculationmet hod
GB 3481-83 Gear tooth damage 8I. 1. 31 4. 1. 1terminology, cnaracteristicand cause
65
Draft f Rev. i Imp:Standard ID Standard Name .
Year Month Day
GB 3505-83 Surface roughness; 83.2.22 85.1.1Terminology for surfaceand its paraters
GB 40%-83 Pyramid angle and slop 83. 12.27 85.1.1series
(Comion Use Part]
, 2-7* Dimension of bolt, screw 58. 1U. 7 76. 10. 13 77. 10. 1and double end bolt.
E Thread ending, pitch, Knife 58. 10.7 79. 12. 18 *0. 7. 1removing slot and chamfer
. H'pxagonal neao tap bolt 5. i10. 7 7b. I0 13 77- i().(unfinishedi
- ,quare head tap bolt 58. 10. 7 76. 10. 13 77 10. 1
• z ,-rKet reaw square necK bolt 58. 10. 7 76. 1U. 13 77. 10. 1,nf 1ni shec'
SB :1-7 .Socvet head square bolt with 58. 10. 7 7b. 10. 13 77. 1(.tenon (unfinished)
- Found heec square neck bolt 58. 10. 7 76. IU. 13 77. 10. 1, unf inishedJ
,B i:- ,..~ kcound head carriage bolt 58. iU. 7 716.. .i 77. 10- Iwith tenson iunfinished)
14- Round read, square neck 158. 10. 7 76. 10. 13 77. 10. 1s t sap ro it ( unfinished)
1-. * ,-7 Round head step bolt 58. 10.7 76. 10. 1- 77. 10. 1with tenson (unfinisred.
P Sna 1 hexagonal neaa tap 5b. 10.7 7b. 10 13 77. 1 1
.t .. t- ,. Sina I. hexagonal head tap . 8. 10. 7 10. 1i ' 10 1j-iit witr guided neck
,: - SmaIl nexagonaI head bot 58. IU 7 16. 10. 13 77 10 1with hrl:e in rod
6I-
Draft Rev. Imp .Standard 11r Standard Name I
Year Month Day
, 4 Small hexagonal riead bolt 58.10.7 76.10.13 77.10.1with guided neck and holein roa
- Smaii hexagonal head bolt 58. 10. 7 76. 10. 13 77. 10. 1with hole in head
Small hexagonal head bolt 58.10.7 76.10.13 77.10.1with guided neck and hole
in head
- Machine .-ut small nexagonal 58. 10. 7 76. 10. 13 77. 10. 1no iP use bolt
- Ma-hin cut smai i hexagonal 58. 10. 7 76. 10. 13 7. 10. 1,oie use unit with hole in
r r)C
Hpxagon siotted head blot 58. 10. 7 76. 10. 13 77. 10. 1
rl'.iXagnai neao tap bolt 58. 10.7 7b. 10. 13 77. 10. 1
xagona, reaa tap uolt 58. 10.7 7*D. Iu. 15 77. 1u.0w-tri nnle in rod
r, Hexagonal head tap bolt 58. 10. 7 76. 10. 13 77. 10. 1wire, hole in head
- Yia square head bolt 58.10.7 76.10.13 77.10.1
S -T,; (,roove use T shaped bolt 58. 10.7 76. 10. 13 77. 10.1
Nut Tecnnical conditions 58. 1u.7 76. 10. 13 77. 10. 1
-4 Squarp nut (unfinished) 58. 10 7 76. 10. 13 77. 10. 1
Hoxagon nut (unfinished) 58. 10.7 76.10.13 77.10.1
.ral, nexagon nu 58. 10.7 76. 10. 13 77. 10. 1
• - -, Hxac,n nut 58. 10. 7 76. I0. 13 77. 10. 1
S• . Srna, r exagon thin nut 156. i0. '7 7b. 10. 13 77. 10. 1
S4 Hpxaron trrin nut 58 10 7 76. 10. 1- 77. 10. 1
-exapon tririe. nut 58. 1. 7 76. 10. 13 77. 10. 1
:: '. ,' Hexagnr, #:xlra triFir. nut 58 10. 7 7b. 10. 1 3 77. 10 1
LM - -
Draft Rev. Impi.Ask Standard ID Standard Name __ _
Year Month Day
GB 57-76 Small hexagon slotted nut 58. 10.7 76. 10. 13 77.10.1
GB 58-76 Hexagon slotted nut 58.10.7 76.10.13 77.10.1
GB 59-76 Small hexagon slotted nut 58. 10.7 76. 10. 13 77. 10. 1
GB t:,0-76 Hexagon slotted thin nut 58. 10.7 76. 10. 13 77. 10.1
GB 61-76 Nut; 58.10.7 76.10.13 77.10. 1Technical conditions
GB 62-76 Butterfly nut 58.10.7 76.10.13 77.10.1
(I B 6.3-76 Annular nut 58. 10.7 76. 10. 13 77. 10.1
GB 65-76 Cylindrical head screw 58. 10.7 76. 10. 13 77. 10.1
B 66-76 Round surface cylindrical 58. 10.7 76. 10. 13 77. 10. 1head screw
-*?, -,7-76 Round head screw 58. 10.7 76. 10. 13 77. 10. 1
O ,£ t, -/ SocKet head -screw 58. 10.7 76. -10. 13 77. 10. i
,';B tE1-7t, Semi socket head screw 58. 10.7 76. 10. 13 77. 10. 1
(GB 70-76 Hexagon socket head screw 58. 10.7 76. 10. 13 77. 10.1
(:.B 71-76 Cone end pressed screw 58.10.7 76.10.13 77.10.1
GB 72-76 Cone end fixed screw 58.10.7 76.10.13 77.10.1
GB 71-76 Flat end pressed screw 58. 10.7 76. 10. 13 77. 10. 1
'B 74-76 Cup end pressed screw 58. 10.7 76. 10. 13 77. 10. 1
-B 71,-76 Half dog end pressed screw 58.10.7 76.10.13 77.10.1
Gb 77-76 Hexagon socket flat end 58. 10.7 76. 10. 13 77. 10.1pressed screw
b 78-76 Hexagon socket cone end 58. 10.7 76. 10. 13 77. 10. 1pressed screw
v;B 79-76 Hexagon socket half dog end 58.10.7 76.10.13 77.10.1pressed screw
C, 30-76 Hexagon socket cup end 58. 10.7 76. 10. 13 77. 10. 1* .* . pressed screw
68
Draft Rev. Impi.~ Standard ID Standard Name Drf
Year Month Day
GB 83-76 Square head cone end pressed 58.10.7 76.10.13 77.10.1screw
GB 84-76 Square head cup end pressed 58.10.7 76.10.13 77.10.1screw
GB 85-76 Square head half dog end, 58.10.7 76.10.13 77.10.1pressed screw
GB 86-76 Square head step end, 58.10.7 76.10.13 77. 10.1
pressed screw
GB 89-76 Screw Technical conditions 58.10.7 76.10.13 77.10.1
GB 9o-76 Tight elements; 58.10.7 76.10.13 77.10.1Acceptance rule,packing and marking
G*B 91-76 Split pin 58.10.7 76. 10. 13 77. 10. 1
GB 93-76 Spring lock washer 58.10.7 76.10.13 77.10.1
Gb 94-76 Spring lock washer; 58.10.7 76. 10.13 77. 10. 1Technical conditions
GB 95-76 Washer (unfinished) 58.10.7 76.10.13 77.10.1
GB 96-76 Large washer (unfinished) 58.10.7 76.10.13 77.10.1
GB 97-76 Washer 58.10.7 76. 10. 13 77. 10. 1
C;B 98-76 Washer; 58.10.7 76.10.13 77.10.1Technical conditions
GB 99-76 Round head wood screw 58.10.7 76.10.13 77. 10. 1
GB 100-76 Socket head wood screw 58.10.7 76.10.13 77. 10. 1
GB 101-76 Semi-socket head wood screw 58.10.7 76.10.13 77.10.1
GB 102-76 Hexagonal head screw head 58.10.7 76. 10. 13 77.10.1GB 109-76 Flat-top rivet 58.10.7 76.10.13 77.10.1
GB 116-76 Rivet; 58.10.7 76.10.13 77.10.1
Technical conditions
GB 117-76 Taper pin 58.10.7 76.10.13 77.10.1
GB 118-76 Taper pin with internal 58.10.7 76.10.13 77.10.1
69
0 r ,lll .. , . .. .. , , .. , , .. ,,... o
Draft ' Rev. Impl.Standard ID Standard Name __ _
Year Month Jay
thread
GB 119-76 Cylindrical pin 58.10.7 76. 10. 13 77. 10.1
GB 118-76 Cylindrical pin with internal 58. 10.7 76.10.13 77.10.1thread
GB 121-76 Pins; 58.10.7 76. 10.13 77.10.1Technical conditions
-B IS2- 7 b Dimensions of tight element 59.6. 3 76. 10. 13 77. 10. 1holes and socket head
RB :7'-,4 Roller bearing; 64.4. 8 t'5. I. 1C, assi firat ion
-, :7 -o4 Rolier bearing Index 64. 4. 8 6t). 1. 1
H;, I/ - ,i Standard external dimension 64. 4. ts 81.6.24 82. 1. 1of the tapered type rollertear i ng
-. dncarcs externai Oiniension e4.4.b bi-t 4L. 1.ot tre thrust bearing
.- , 7 - ] Roller bearing; 64.4.8 82. 12.-30 83.11.1General plan of the radialOearing external dimensions
H ,74- d? Roiler bearing; 64.4. 8 82 12.30 83. 11. 1Limit ot assembling chamfer
1,? ,-iier bearing; t4. 4. 8 65. 1. 1Fitting
N- .: >prierir al ro ler oearing; b4. 4. 8 82 8. zb 83. H. 1Exit-rnai d imensions
, 7' , xternal oimensions of a 64. 4 , 82 8. 26 8.1- 8. 1.pneriral roiier bearingwhrosf nutsidp ring has: , ,F, 1r 8 S n
,tYlprnal imensions of a (-.4 8z ti I* H . 1rierl,-ai rnoller bearingwih vrhjs r - Ver
,f, - '7 -ingo- rf-w spheriral h4. 4 H 7? 1. H.-t HO0. Iiaring with .seat ring,* #ri, ti ro lype and rbasi,_-
Draft Rev. m.Standard I1 Standard Name L__
Year Month Day
aimension
,;B - u-64 Single row spherical 64.4.8 65. 1. 1bearing with felt seal ring;Structure type and basicdimension
,.i .- 4 Double row radial round 64.4. 8 65. 1. 1surface ball bearing;Structure type and basicdimension
.A i- HA Adjustable ball bearing E-4. 4. 8 81. I. 30 82. 5. 1whicn mounts on a pressed
Structure type and basicdi mens i on
tylindrical roller bearing; 64.4.8 81.6.24 82. 1.1Structure type and hasif-ci-im'n-ion
y . orncircai roiier nearing o4. 4. t i. t,. 2 ,4 8-_. 1.Wittiout inner and outside
SlruLture type and basic
Double row cylindrical b4.4. 8 81.6.24 8z. 1 1rolier bearing;.1rjture type and basic:11 mns i on
"4 [ouhia row radial round b4.4.8 ..Jrfa-e rol ler bearing;-tri, irt- type and basic
m -ns j r n
A,|Ji-evahie roller bearing b4 4. H 81. 11._Au .'. 3wriTr-h nunts on a pressiPC
T, r t r typo, Fr)( hasic
j, i ve n!'< i r,ri
,-*. . ' , N''.- hmr~ri , *-4 4 P- ,'
i ,j * r# ype 'in", r)"F: 1(
/ 1
Draft Rev. Impi.Standard ID Standard Name __ _
Year Month Day
dimension
GB 290-82 Needle bearing with only 64.4.8 82.8.26 83.8.1punching outer ring
t-- 9i-64 Screw roller bearing; 64.4.8 82.8.26 83.8.1Structure type and basicdimension
'_ii 2'i-83 Radial bearing; 64.4. 8 83. 11.25 84.9. 1Angle contact bail bearingExternal dimensions
L- '-,.--,4 Single row radial thrust 64. 4. 8 65. 1. 1bail bearing whose locko-pening located at innerring;Strrture type and basicdimension
Radial bearing; 64.4.8 83.11.25 84.9.1"2r po-.ntF contact
Ex,,,rnal dimensions
Radial bearing; 64.4.8 83.11.25 84.9.1Pair assembled, angle,-onta,-t ball bearing;Fxtfernai dimensions
'- --. 4 Doubie row. radial thrust 64.4. 8 65. 1. Ira l i hen ring;S trurture type and basicci i me ris i on
-,4 singp row, lapered rolier n4.4.8 6,. 1. 1I tr)eoa r 1 n ,
'triv turp type and basirdim mens i Orf
4 .argp r,:,np angle. singi. h4, 4. h b 5 1 1r -w, T aprror- r I ier h haring.-lri, Tu~rp type andi nasic
'....4 ] l., ririer ring, rictl ip 4 4 ? t 1 1rW, t 4ipersr1 rot I rr ear ,
I .~, rl( tiro typo. indi rhasi-
'1/ •
Draft jRev. Impi.Standard ID Standard Name
Year Month Day
GB 300-64 Four row, tapered roller 64.4.8 65.1.1bearing;Structure type and basicdimension
GB 301-64 Single direction, thrust 64.4.8 65.1.1bearing;Structure type and basicdimension
GB 302-64 Dual direction, thrust 64.4. 8 65. 1. 1ball bearing;Structure type and basicdimension
CB 303-64 Radial, axis-symmetry, 64.4.8 65. 1. 1round surface, thrustroller bearing;Structure type and basicdimension
- I , - ,IWnt bearing 64.4.8 81.6. 24 812. I. Iciassification
-1 _ Joint bearing index 64.4.8 81.6. 24 82. 1. 1
_FB 304.3-81 .Joint bearing fits 64.4.8 81.6.24 82.1.1
T.B 3-4. 4-81 Radial joint bearing 64.4.8 81.6.24 82.1.1standard external dimensions
S4. - 81 E, ES and DS type radial 64.4.8 81.6.24 82. 1. 1joint bearing;Structure type and basicdimension
F34.,- ji ES-2RS type radial joint 64.4.8 81.6. 24 82. 1.1bearing;Structure type and basicdimension
,1 1)4. 7-81 C type self lubrication 64.4.8 81.6.24 82.1.1radial joint bearing;Structure type and basicd i me ns ion
.P i4 i-1i Radial joint bearing; 64.4.8 81.6.24 82.1.1Terhnicai conditions
. ,~ ,-M Rol ier bearing; 64.4.8 82.8.26 83.8.1
73
Draft j Rev. j Imp!.~ Standard ID Standard Name __ _
Year Month Day
Dimension and toleranceof the stopping groove andthe stopping ring whichlocated at outer ring
GB 306-81 Roller bearing; 64.4.8 81.11.30 82.5.1Major dimension of thefitting liner nut and lockring
GB 307-77 Roller bearing; 64.4.8 77.2.26 78.1.1Technical conditions
GB 308-77 Steel ball 64.4.8 77.2.26 78.1.1
GB 309-77 Rolling needle 64.4.8 77.2.26 78.1.1
(-B 310-64 Roller bearing Fixed liner, 64.4.8 65.1.1locknut and stopping ring;Technical conditions
-Type and dimension of the 67.3.6 67.7.,enforcea round neaa, squareneck bolts
GB 798-76 Moveable joint bolt 66.11.17 76.10.13 77.10.1(unfinished)
GB 799-76 Stud bolt 67.3.6 76.10.13 77. 10.1(unfinished)
t;B 800-77 Double head, double 77.5.22 77. 10. 1tenon bolt(unfinished)
08 801-77 Semi round head, low square 77.5.22 77.10.1neck bolt(.unfinished)
,;B 802-76 Assembly cap nut 67.3.6 76.10.13 77.10.1
GB 804-76 Round surface hexagon nut 67. 3.6 76. 10. 13 77. 10. 1
GB 805-76 Jam nut 67.3.6 76.10.13 77.10.1
,-B 806-76 High knurl nut 67.3.6 76.10.13 77.10.1
GB 807-76 Thin knurl nut 67.3.6 76.10.13 77. 10.1
GB 808-76 Small hexagon, extra thin 67.3.6 76. 10. 13 77. 10. 1
74
StndrdNaeDraft Rev. Impi.Standard ID Standard NameYear Month Day
fine thread nut
GB 809-76 Embed assemble circular nut 67.3.6 76.10.13 77.10.1
GB 810-76 Small circular nut 67.3.6 76.10.13 77.10.1
GB 812-76 Circular nut 67.3.6 76.10.13 77.10.1
GB 815-76 Small circular nut with 67.3.6 76.10.13 77.10.1holes at end surface
GB 816-76 Small circular nut with 67.3.6 76.10.13 77.10.1holes at side surface
GB 817-76 Slotted circular nut 67.3.6 76.10.13 77.10.1
GB 818-76 Cross recess, oval 67.3.6 76.10.13 77.10.1head screw
GB 819-76 Cross recess, socket 67.3.6 76.10.13 77. 10. 1head screw
G 0 20-76 Cross recess, semi socket 67.3.6 76.10.13 77. 10. 1head screw
GB 821-76 Square head, flat end 66.11.17 76.10.13 77.10.1pressed screw
GB 822-76 Cross recess, cylindrical 67.10.13 77.10.1head screw
GB 823-76 Cross recess, round surface 67.10.13 77.10.1cylindrical head screw
GB 824-76 Spline socket screw 67.10.13 77.10.1
-GB 825-76 Hanging used screw 67.3.6 76.10.13 77.10.1
GB 827-76 Marking used screw 67.3.6 76.10.13 77.10.1
GB 828-76 Round surface, cylindrical 67.3.6 76.10.13 77.10.1head fixed screw
G. 829--76 Cylindrical end fixed screw 67.3.6 76.10.13 77. 10.1
,3B 830-76 Cylindrical end axial screw 67.3.6 76.10.13 77.10.1
GB 831-76 Axial screw without head 67.3.6 76.10.13 77. 10.1
Z GB 832-76 Rouno surface cylindrical 67.3.6 76.10.13 77.10.1
75
Draft Rev. JImpl.Standard ID Standard Name _
Year Month Day
head screw with holes
GB 833-76 Large cylindrical head screw 67.3.6 76.10.13 77. 10.1
GB 834-76 High knurl head screw 67.3.6 76. 10. 13 77. 10. 1
GB 835-76 Flat knurl head screw 67.3.6 76. 10. 13 77. 10. 1
GB 836-76 Small knurl head screw 67.3.6 76.10.13 77. 10. 1
GB 837-76 Round surface, cylindrical 67.3.6 76.10.13 77. 10.1head, self locking screw
GB 838-76 Hexagonal head, 67.3.6 76. 10. 13 77 10. 1self locking screw
, H- 76 knurl head, 67.3.6 76. 10. 13 77 10. 1self locking screw
GB 840-79 Plastic knurl head, 69.12.18 80 7. 1self locking screw
F 84,-76 Cross recess, oval 67.3. 6 76. 10. 1 7?. i,. 1
nead
GB 846-76 Cross recess, socket head, 67.3.6 76. 10. 13 77 10. 1self tapping screw
-GB 847-76 Cross recess, semi socket 67. 3.6 76. 10. 13 77 10. 1
head, self tapping screw
GB 848-76 Small washer 66. 11. 17 76. 10. 13 77 10. 1
GB 849-76 Round surface washer 66. 11. 17 76. 10. 13 77. 10. 1
GB 650-76 Cone surface washer 66. 11. 17 76. 10. 13 77. 10. 1
GB 851-76 Snap washer 66. 11. 17 76. 10. 13 77. 10. 1
GB 852-76 Steel I beam used, square 66. 11. 17 76. 10. 13 77. 10. 1oblique washer(unfinished)
i;B 853-76 Channel iron used, square 66. 11. 17 76. 10. 13 77. 10. 1oblique washer(unfinished)
GB 854-76 Single ear, locking washer 67. 3.6 76. 10. 13 77. 10. 1
GB 855-76 Double ear, locking washer 67. 3.6 7b. 10. 13 77. 10. 1
7604
Draf t JRev. IlpStandard ID Standard Name _
Year Month Day
GB 856-76 External tongue locking 67. 3.6 76. 10. 13 77. 10. 1washer
GB 858-76 Round nut used locking 67. 3. 6 76. 10. 13 77. 10. 1washer
4 0, 9-76 Light spring washer 66. 11. 17 76. 10. 13 77. 10. 1
K R0-79 Saddle spring washer 67. 3.6 76. 10. 13 77. 1o. 1
I.B _, -7" internal tooth spring washer 67. 3.6 76. 10. 13 77. 10. 1
J;P 8# -79i External tooth spring washer 67.3.6 76. 10. 13 77. 1o.
. 5-7', Button head rivet 67. 3.6 76. 10. 13 77.10.1unfinished)
", .4-7 Cone head rivet 67. 3.6 76. 10. 13 77 (1. 1'.. " unf inished)
- r-.-'--,- nean rivet 67. , 7 . 1. 77un,: inisnea)
, - ... , emi countersunK head rivet 67. 3. 6 76. 10. 13 77. 10. .(unfinished)
- 1:- Bjton head rivet 67.7 6 76. I0. 1 77. 10. 1
',B ,-6 , one head rivet 67. 3.6 76. i0. 13 77. 1() 1
L' ,-' Countersunk heaa rivet 67. 3.6 76. 10. 1,3 77. 1u i
-6 Semi countersunk heac rivet 67, 3. 6 7t. I0. 1 7 7. 1
Flat top nutton head rivet 67. 3. 6 76. I0. 13 77. 10. 1
Flat nead rivet 67, 6 7b. V. 1. 77. i
t ', 7., Mushroom head 67. 3. b 76. 10 13 7 ic.
semi nni low rivet
_. "' I egre - countersin , hear l T. 7 ?b o i 1i 7.. u 1
snmi hc, ow rivet
' .. . F. t j ,ao se m rio. .ow rivet .- ,'. > t- 1, j., ' ,
H itr.
Draft j Rev. Imp!.Standard ID Standard Name i
Year Month Day
GB 878-7b Thread cylindrical pin 66.11.17 76.10.13 77.10.1
GB 879-76 Spring cylindrical pin 74.10.31 76. 10. 13 77.10.1
GB 880-76 Pin with holes 66. 11. 17 76. 10. 13 77. 10. 1
L;B 881-76 Thread end tapered pin 67.3.6 76.10.13 77.10.1
, hd3-ib Pin axle 67.3.6 76.10.13 77. 10.1
-B 863-76 Locking ring of the 66.11.17 76.10.13 77.10.1tapered pin
Fb4-7- Locking ring of the screw 66. 11. 17 76. 10. 13 77. 10. 1
.E %-76, Blocking ring of the screw 66.11.17 76. 10. 13 77. 10.1with locking ring
:b 6-7b, Axle shoulder blocking ring 66. 11 17 76. 10. 13 77. 10. 1
- .. Hexagon nylon ring jam nut 80.4.2 81. 1. 1
i0 - ; Hexagon nylon ring 80.4.2 81.1.1thin jam nut
?', 8' -7 T, Blocking ring at axle end 66. 11. 17 76. 10. 13 77. 10.1of screw
:-~ ,-, Blocking ring at axle end 66.11.17 76.10.13 77.10.1of bolt
. -- ,-7 Hole used spring blocking 67.3.6 76. 10. 13 77. 10. 1ring
"-14-76 Axie used spring blocking 67.3.6 76.10.13 77.10.1ri ng
',-7- Steel olocking ring 67.1.6 76.10.13 77.10.1
,-:-- '~ Snap blocking ring 67.3.6 76.10.13 77. 10.1
-p , - stud Lld 74. 10.31 76. 10. 13 77. 10. 1
S -i (L 1:=I. 25) 74. 10.31 76. 10. 13 77. 10.1
-S t- Stua (L =I.td) 74. 10.31 76.10.13 77.10.1
S tua L =2dJ 74. 10. 31 76. 10. 13 77. 10.1
78
LM l.11
Draft Rev. Impi.Standard ID Standard Name
Year Month Day
GB 901-76 Equivalent length stud 67.3.6 76.10.13 77. 10.1
GB 902-76 Welding single end stud 67.3.6 76.10.13 77. 10.1
GB 921-76 Locking ring 66. 11. 17 76. 10. 13 77. 10. 1
GB 922-76 Wood screw and self tapping 67.12.30 76. 10. 13 77. 10.1screw;Technical condition
GB 923-76 Capped nut 67.3.6 76.10.13 77.10.1
GB 925-71 Light hexagon self locking 67.12.30 76. 10. 13 77. 10.1nut
GB 927-77 Round surface hexagon self 67.12.30 77.7.22 78.1.1locking nut
GB 928-0 Nylon ring locking nut; 80.4.2 81.1 1Technical conditions
-- Single lug supported 67. 1'.30 77.7.22 78. 1.Vself locking nut
P 9s-7 Double lug supported 67 12.30 77.7.22 78. 1 1self locking nut
(IB :3-71 Angular supported 67 12.30 77.7.22 78. 1.1self locking nut
:- '-3:,-7f Air tight single lug 67. 12.30 77.7.22 78.1.1supported self locking nut
t -71 Air tight double lug 67. 12.30 77.7.22 78.1.1supported self locking nut
*7-77 Floating support set, self 67.12.30 77.7.22 78-.1locking nut
Floating support, self 67. 12.30 77.7.22 78. 1. 1locKing nut
'uard of a single lug 67. 12.30 77.7.22 78.1.1
support, self locking nut
i,,iro r,f a double lug 67. 12.30 77.7.22 78. 1. 1[r,,,r' . self locking nut
, .,r - 0 an angular 67. 12.30 77.7.22 78. 1. 1. r'. 9,-t ilOrKing nut
79
___ ______ _____________ __ ~T - - ~ - - --- _T_-
L'rdOr Vrlalvira Sarwcir o N anw-
-J 4 -3 - -77 S ~t i or ieIrig; t-/ 1~ 7 7 / i ~-
Ter-rini:ai L-Ofditiofls
kB 'i44-7.-: C-ro-ss slot; Dimensions 10~/ CI~1 '
YB 94- 76 _ro)S slot, round surface, '/ - ~ 1 .1
central column tiead sf-rew
.~B94676 ko-una surtare. cylindricai 76 . 76l.l 71head ax ialI sc:rew
C; Ci :47-71 , Round surface. large t:/ 3 D t,- iG 10 77. Ic yli nd r ica I head sc rew
.948- 74c, Countersunk Jam screw 6D7. 3Sb .to. -7 77. 1
: 4 i4-'7-, Semi countersunk Jam screw 67. 'j. 7*~ 10137.i
C-B c07~ Cross groove, oval 67. 36 76. 10. 1-3 77. 1 (. 1
-wood screw
- Cross groove, semitcounter 67.6 '76 . 10'. 13 77 ()suwood screw
GB 953-76 Equivalent length stud 67. 3.6 76.10.13 77.-10. 1(unfinished)
GB :154-76 120 degree countersunk rivet 67. 3. 6 76.10. 13 77. 10. 1
GB 955-76 Wave shaped spring washer (67. 3.6 76. 10. 13 77. 10. 1
GB 956-76 Cone shaped spring washer 67.3.6 76.10.13 77.-10.1
GB 957-76 Spring washer; 67. 3. 6 76. 10. 13 77. 10. 1
Technical conditions
GB 959-76 Spring guard ring; 67.3.6 76.10.13 77.-10.1
Technical conditions
GB 960-76 Clamping guard ring 67.3.6 76.10.13 77. 10.1
GB 961-7F Single lug support, 67. 12.30 77.7.22 78.1.1self locking nut shim
S GB 96 2 -7 Double lug support, 67. 12. 30 77.7.22 78. 1. 1self locking nut shim
80
I! raf t R ev. Imp .A'.i " dheodru ILD Stdnaard Naire
Year Month Day
.* Angular support, 67. 12. 30 77. 7. 22 78. 1. 1elf ior-king nut shim
S-i/*-/ i ro ss siot, oval rnead 67. 3.k 76. 10. 13 77. 10. 1')r rew
4 . 4- ,7; russ so , 1 degree semi 67. -. 6 76. 10. 1- 77. 10. 1ouritersunK rivet
1 .1 "Tme lype rivet 67. 3. 6 76. 10. 1, 77. 1(j. I
a. !ma riexagorn, t at nut 6/. 12. 51 76. 10. 13 77. 10. 1
' . = -, .. r r ritusroom rivet 67. 12, 3( 76. 10. 13 77. lb. i
i O oegree semi countersunk 67. 12. 30 76. 10. 13 77. 10. 1,-,e rl rivet
- i'- F - cone rjeaa, semi nol low 67. 12. 30 76. 10. 13 77. 10. 1I vel
M;~iroh.rieaa, semi rioi i ow &.1.~ '.10. 1.i lo/ . i
r ivet
•:: -,,- ;ountersuni head, semi 67. 12. 30 76. 10. 13 7. 10. 1no; iow rivet
" >--7,-, Heao1leIs rivet 67.12.30 76.10.13 77. 1u. Iric lIow rivet
,'C. .,J.'i-i Angular, vertical single 67. 12. 30 76. 10. 16 77. 10. 1ear, locking washer
- '- Anguiar, single ear 67. 12. -()7l. 7- . 13 "/7. 10. 1lotking waser
i
B 1023-76 Angular, vertical external 67. 12.30 76. 10. 13 77. IU. 1tongue , locking washer
GE 1024-76 Angular, external tongue 67. 12. 30 76. 10. 13 77. 10. 1locking washer
81
Draft Rev. impi.Standard ID Standard Name
Year Month Day
GB 1030-77 Inner round surface washer 67. 12.30 77.7.22 78. 1. 1
GB 1047-70 Nominal dimension of the 70. 11. 16 71. 1. 1pipe and piping accessory
.1 --)48-71 Nominal pressure and testing 70. 11. 16 71. 1. 1pressure of the pipe andpiping accessory
iT ji(95-79 Cross section dimension of 72.4.21 79.6. 23 80.5. 1the flat key, key andKeyway
' U .b-~791 Plain flat key; 72.4.21 79.6.23 80.5.1Type and dimension
0 ' lo :107-79 Guided flat key; 72.4.21 79.6.23 80.5.1Type and dimension
r ±i..- 7 Cross section dimension of 72.4.21 79.6.23 80. 5. 1trf wooriruff key, key and
p Keyway
1D 1u,'-7 Woodruff key; 72.4.21 79.6.23 80. 5. 1Type and dimension
,T 1144-74 Square key fitting 74.2. 14 74.8.1
C5 1152-79 Direct, press feed oil cup; 74. 4.3 79. 12.25 f).i.Basic type and dimension
,;B l:5i-79 Connected type, press feed 74.4.3 79.12.25 10.1./oi I cup;Basic type and dimension
6, 1 154-79 Oil cup with rotary cap; 74.4.3 79. 12. 25 10,7,Basic type and dimension
GB 1155-79 Press fit, press feed 74.4.3 79. 12. 25 ,.1.Ioi I cup;Basic type and dimension
GB li5-79 Rotary fit, oil cup; 74.4.3 79. 12.25 ?.1
Basic type and dimension
G ,B 1157-79 Spring cap oil cup; 74.4.3 79.12.25 -04
82
Draft J Rev. I lmp .Standard ID Standard Name _
Year Month Day
Basic type and dimension
GB 1158-79 Needle valve oil cup cup; 74.4.3 79.12.25 f.7./Basic type and dimension
GB 1159-79 Oil cup technical require- 74.4.3 79.12.25ment, acceptance rules,marking, and packing
GB 1160-79 Round oil scale; 74.4.3 79.12.25Basic type and dimension
GB 1161-79 Long type oil scale; 74.4.3 79. 12.25 21,7.Basic type and dimension
GB 1162-79 Tube type oil scale; 74.4.3 79. 12.25Basic type and dimension
GB 116 -79 Oil scale technical require- 74.4.3 79-1z-25 P.7.ment, acceptance rules,marking, and packing
AM. ii' 4-':1 Ro type oii gun; 74.4.3 79. iz. z'1o..Basic type and dimension
GB 1165-79 Hand type oil gun; 74.4.3 79. 12.25 j.Basic type and dimension
GB 1166-79 Oil scale technical 74.4.3 79.12.25requirement, acceptancerules marking and packing
GB 1168-76 Stud; 76.10.13 77. 10. 1Technical conditions
GB 1228-76 High strength large hexagon 76.2.10 76.9.1bolt used in steelstructure;Type and dimension
GB 1129-76 High strength large hexagon 76.2.10 76.9.1nut used in steelstructure;Type and dimension
GB 1130-76 High strength large hexagon 76.2.10 76.9.1washer used in steelstructure;Type and dimension
83
' Lnord I[, Standard Name -rif t . . ..9 aaac 1jfY.rar Month itD.'
I 1-7 , High str-ngth large hexagon 11 h 10 Z - 1olt, large hexagon nut, and
wanjher whirh used in steel:-, r Ir t i.re ;TechniraI condit Ions
ft-'-/1-, Marking method ot tighten , -. Ie I ements
P i I- ' enerai core spring 7h t 1 77 t 1
1.4 1- 81 Short pitch. driving 7b .). i 1.' zi-, '4 ,used precision rollerchain
4b 44 . - _ ,,urr pitch, ,]riving . H4 1 z , t14.used, precision roi ler(,hdin arid transportationtu -rd acrressory
Sria 1 n whee
j - kexagon Jam nut 7 7.7 ti i
,FB V-A8-77 Small hexagon flat jam nut 77. 7.22 7H. 1.1
., 1 i:9-77 Small hexagon Jam nut 7 7. 722 7ti. 1.
;B !340-77 Floating support jam nut 77. 7. 2z 78. 1 1bracket
CB 1358-78 General core spring; 7b. 2.22 74. 1.1Dimension series
11B IL563-79 Cross section dimension of 79.6.23 80,5.1taper key, key and keyway
GB 1564-79 General taper key; 79.6.23 805.1Type and dimensions
GB 1565-79 Gib head taper key; 79.6.23 80.5.1Type and dimensions
GB 1566-79 Cross section dimension of 79.6.z3 80.5.1thin parallel key, keyand keyway
GB 1567-79 Thin parallel key; 79. b. 23 80.5.1
84
T . . T - -. . . ..-t. .I - 1
t~~.,-ir~ ' nd .tr~ N dnvw - ____ ~ -- ~Y-ar M:ert h I
Y ti I (r?)d i , i i is
"i''rt N I , I Ow~l I I (M1.9
Yv rv. i,- i ai -ix *HImpV r 's .~
: ~ ~ ~ I 0' 1 ,1F it y, oin r .al -l := l,y ,r , . HI ,
" ' r t y jr r i t I, f1 , 4
rf~i. .g~rwr.-i~'11F~rn, -E .~
. ywiy
'.,r a,. ,ii te sirn pring IIIU. I I' s-,i 4 1
0 -- 0 .1
ra i i tn.sion spring 3i) I I u Hi Il, : f :; IC orl
,ev, rai pressed, rirr- ularr Inp
ineraI coil compression 80. 11.2U 81. 10. 1
spring diennsion;r c,-,e n rid coils,
s,,iJurd(j ty grinding)
', lopper alloy single unit 80.3.3 81. 10. 1axle sleeve ot slideti ar i ng;Typ. dimension ando erance
;F :c.iC'- ~1 (,Cpper alloy single unit 80.3.3 81. 10. 1
with guard ring axle sleever,f slide bearing;Type., dinension andt -, I erance
,;P, .0'3-81 Copper alloy single unit 80.3.3 81. 10.1
axle sleeve of slidebearing;Technical conditions
85
"I---ir-I .S..nd.rd Nar.e. -- -- TI I Y o. r Mont h [kq.v
* . 1-* , i te t y pla di rP(: t ioniii' ri nyidrnf I iU va vp
,ri~ru , , p iping 8 1 4 b . 1rlne, I- ',n dimnsl iolf
>i.-,ver sehlpe aKnI H1 4 - 8: 1lr".nsbni r)t g neral
* .. . oxAgn i~nur i djitens ion ij4.28
* nri r tixipfun e.nur scrr-w 81 4 .' . /
lririor riexig''n Knur round 1 4. u . 1~r t a1 s rre w
Irinr rexagor, Knuri counter- 81 4.: 82 7. 11,111K q, r r w
'iit- ear i ng ; b t' 17r.11Powder metallurgictuhp typ- bearing;Type, dimension and- r) I erance
, slioe bearing; 81.6. 17 82. 1. 1Powoer metallurgicIu- type wit h guardring hearing;Type. dimension andt, r)I Prance
,B .,'-,8 1 Slide bearing 81.6,17 82..1Powder metallurgicball bearing;Type, dimension and tolerance
C.B 2688-81 Slide bearing; 81.6. 17 82. 1. 1Powder metallurgic bearing;Technical conditions
(-GB 276-81 Oil tank nominal volume 81. 12.31 83.3.1series of hydraulic pump
*station
86
ii r f, II IDraf t jRev. imp I
j.T anoard I[ Standard NameYear Month Day
7 .7-(7 i Assemble connection 81. 12. 31 8.3. 3. 1dimension of a two way
-t inserted type hydraulic-i vi Ive
S.'874-Hl Connecting thread dimension 81.12.31 83.3.1nf hydraulic gas dynamicsystem and its oil tubes
, :,"- .Dimension series and 81.12.31 83.3. 1tolerance of a hydraulicpiston and the sealedgroove of piston rodi the wide end
-. -,i- l Dimension series and 81. 12.31 83.3. 1toierance of a hydraulicpiston and the sealedgroove of piston rod.31 narrow end
. t earing terminology 82. 2. 3 E2. I(). i
, .. ..2- Slide bearing; 82.3. 16 82. 11. 1Type, dimension andtolerance of windingmade shaft bush
81, Slide bearing; 82.3. 16 82. 11.1Technical condition ofwinding made shaft bush
,' .1-82 Mechanical performance of 82.5.22 83.7. 1
tight element;Bolt, screw and stud
;B 08. 2- 82 Mechanical performance ot 82.5. 22 83. 7. 1tight element;Nut
tB 3098. 3-82 Mechanical performance of 82.5.22 83.7. 1tight element;Jam screw
(.B 3099-82 Terminology of bolt, screw 82.5.22 83.7.1nut and its accessory
GB 3103.1-82 Tolerance of tight element; 82.5.22 83.7.1Bolt, screw and nut
87
Draft iRev.Standard ID Standard Name __ _
Year Month Day
13B 3103.2-82 Tolerance of tight element; 82.5.22 83.7.1Bolt, screw and nut used inprecision machinery
(-B 3103.3-82 Tolerance of tight element; 82.5.22 83.7.1Plain washer
(Th 3104-82 Relative width of tight 82.5.22 83.7.1element;Hexagonal products
, B :(-5-g.' Low round angle radius of 82.5.22 83.7.1bolt and nut head
,!,6-82 Nominal length of blot, 82.5.22 83.7. 1screw and stud, and threadlength of general bolt
Sl6.;-62 Thin wall dimension, struc- 82. 8. 10 83.7.1ture element and toleranceof slide bearing
.Tecinical condilion of 82. 11.25 6.. 1W. 1forgeable cast iron tubeconnect ion element
; 6288-82 Acceptance rule of 82. 11. 25 83. 10.1forgeable cast iron tubeconnection element
r , 3L'_ . 1-82 Type and dimension of 82. 11.25 83. 10.1connecting elements offorgeable cast iron tube;Dimension table of tubingst ructure
-B 3289. 2-82 Type and dimension of 82. 11. 25 83. 10. 1connecting elements offorgeable cast iron tube;Bend;Bend with inner-outer thread
GB 3289.3-82 Type and dimension of 82. 11.25 83. 10. 1connecting elements offorgeable cast iron tube;45 degree bend 45 degreeinner-outer thread bend
GB 3289.4-82 Type and dimension of 82. 11.25 83.10.1connecting elements of
88
Draft Rev. Impl.
Standard ID Standard Name DYear Month Day
forgeable cast iron tube;Reducer bend
GB 3289.5-82 Type and dimension of 82.11.25 83.10.1connecting elements offorgeable cast iron tube;Reducer inner-outer threadbend
GB 3289. 6-82 Type and dimension of 82.11.25 83.10.1connecting elements offorgeable cast iron tube;Side hole bend
i} 3 89,. 7-82 Type and dimension of 82.11.25 83. 10. 1connecting elements offorgeable cast iron tube;Moon shaped bend Inner-outerthread moon shaped bendInner thread moon shaped bend
Type and dimension of 82. A. 83. 1.. 14. connecting elements of
forgeable cast iron tube;45 deg. moon shaped bend,45 deg. inner-outerthread moon shaped bend,45 deg. inner thread moonshaped bend
:; :;8E9.9-82 Type and dimension of 82.11.25 83.10.1connecting elements offorgeable cast iron tube;U shaped bend
CT? 32R9. 10-82 Type and dimension of 82.11.25 83.10.1connecting elements offorgeable cast iron tube;Three-way fitting;Three-way inner-outer threadfitting
GB 32819. 11-82 Type and dimension of 82.11.25 83.10.1connecting elements offorgeable cast iron tube;Three-way reducer;Three-way inner-outer thread reducer
GB 3289. 12-82 Type and dimension of 82.11.25 83.10.1
89
Draft Rev. Imp.Standard ID Standard Name __ _
Year Month Day
connecting elements offorgeable cast iron tube;Medium-Large three-way reducer
.;B 328w. 13-82 Type and dimension of 82. 11. 25 d3 iU 1connecting elements offorgeable cast iron tube;Large side diameter, three-way fitting
-- B 3289. 14-82 Type ard dimension of 82. 11.25 83 'u. 1connecting elements offorgeable cast iron tube;Medium-Small diameter,nree-way fitting
,B KB'.15-82 Type and dimension of 82. 1 11 t
c:ornnecting elements ottorgeable cast iron tube;Smal I side diameter,tree-way fitting
Type anoci imension otronnecting elements offcrge&.ole cast iron tuoe;Medium-Small side diameter,ercentric three-way fitting
,;B 32H9. 17-82 Type and dimension of 82. 11.25 83 10. 1connecting elements offorgeable cast iron tube;45 degree three-way fittingY shaped three-way fitting
,_;P _,289. 18-82 Type and dimension of 82. 11.25 83.10.1* connecting elements of
forgeable cast iron tube;Y shaped different diameterthree-way fitting
GB 3289. 1'-82 Type and dimension of 82. 11.25 83. 10 1connecting elements offorgeable cast iron tube;Side hole three-way fitting
(B 3289.20-82 Type and dimension of 82. 11.25 83.10.1connecting elements offorgeable cast iron tube;Four-way fitting
90
i'.i~ri N! amrci Naiit
-'I tfI~ i r e re i -, An
S~ ~~ rirt.;~g~ e .emewnt S
e~v e t lr,)
~~'.- 'I en * r S
4,.m n io,
r g:- --t e n. a t r )r D
I terer' I I me! er riner
-nne,-1! ,rg 11 enien! s t~. r~e-i.e asl iron lu-se.
.riner-c'uler trireacl
~rr~,. H-$ Type am-I dimension ~ '
-(-'nnecting eiements ottrrgeabie cast iron tur~e-Tro-Fd cut c~utonr connect or
I.?S 2~ >' 'x*Type and dimensic-wri of liI0
connecting elements offorgeable cast iro-n tube;.Jain nut
G~B 32~.31-8-) Type and dimension of KC 1 1.25 83, 10. 1
91*
a rDraf t Rev. f Imp1..,._', -. ... .r;: Standard Name
Year Month Day
,nnt,-ting elements ofr ccst iron tube;
rx-rn,l. tu e niinding
..Typ ano -Imension of 82.11.25 83. 10.1:cnnecting elements of,rgei- " , cast iron tube;trn." *ure t,.inding with
v•" -', z i~ i mierTns-on of 82.11.25 83. 10. 1
ftie "ng ierrents ofSr z-it .e -ast iron tube.,
, " r.; ".. ' e , inaing
i a,:..mension of 62. 11. 25 83.10.1rig en.tmet s or
~. *1~ r-n tuwe.
, - en-ior. H Z. 11 25, 83. 10. 1
'a.- r . . ."€ '.
,,.,~~* -. r :rtjcin € 2.II
- rr . eements of~ erast ,ron tute;
' - , r e-way fitting
" an- f: ir ns 1o)n ol f 82.11283. 10. 1
. i.g ements of- cast iron tube;
.-ir. vp movr,t:,.e three-- - w \' t ' i** 3
p and dimension of 82. 11. 25 83.10.1-nnect-lng elements of
t,,rgeeat e cast iron tube;,-j, nveablp tnree-
-wciy t i ling
. .- . . Type ana cimension of 82. 11. 25 83. 10. 1
(ccnnetling eiernents offorgeabie cast iron tube;
ane type nx",vpable three-UN'. w iv !it.1ing Wsher
G 3374-82 Basic terminology 82.12.29 83.10.1
of gears
qmm11
-A184822 NATIONAL STANDARD CATALOG (SELECTED PAGESM() FORIfh 2/
tTECHNOLOG Y D IV U AIG MT-P RTTE RS N F ON 4 It SEP 97
FTD-ID(RS)T-8421-87
ICLASSIFIED F/G 14/2 UEEEEEEEEomomhhiEs
EEEEEohmhmhhhEsmEEEEEEEmhshEEEEEEEEEEEEEI
L4' 5. 5
1.211 .64= ~
MICROCOPY RESOLUTION TEST CHART
NATIONAL BUREAU OF STANDARDS- 1963-A
I1 O - " "'P " T -. 9 ..O • 0 6 ... 0•. -O __. 0. - . .
Draft Rev. Impl.Standard ID Standard Name I
Year Month Day
GB 3452.1-82 Dimension series and 82. 12.31 83. 10.1tolerance of hydraulicused rubber 0 ring
GB 3507-83 Nominal torque series of 82.2.3 83.12.1mechanical axle connector
GB 3733.1-83 Straight end flanged 82.6. 17 84.3.1fitting
GB 3733.2-83 Straight end flanged 82.6. 17 84.3.1connector body
GB 3734. 1-83 Conical thread, straight 82.6. 17 84.3. 1flanged fitting
GB 3734.2-83 Conical thread, straight 82.6. 17 84.3. 14flanged connector body
GR.3735.1-83 Long straight flanged 82.6. 17 84.3.1fitting
6.) _,.2-8.3 Long straight fiangeo 83.6.17 84.3.2connector body
GB 3736.1-83 Conical thread, long 83.6.17 84.3.1straight flanged fitting
GB 3736.2-83 Conical thread, long 83.6. 17 84. 3. 1straight flanged connectorbody
GB 3737. 1-83 Straight flanged fitting 83.6.17 84.3.1
GB 3737.2-83 Straight flanged connector 83.6.17 84.3.1body
GB 3738.1-83 Rectangular end, flanged 83.6. 17 84.3.1f itt ing
GB 3738.2-83 Rectangular end, flanged 83.6. 17 84.3.1connector body
GB 3739.1-83 Conical thread, rectangular 83.6.17 84.3.1fitting
GB 3739.2-83 Conical thread, rectangular 83.6. 17 84.3.1
connector body
*'GB 3740. 1-83 Rectangular flanged 83.6. 17 84.3.1
93
L O96Ahj .&AtIA
Draft Rev. Impl.
Standard ID Standard Name D RYear Month Day
fitting
GB 3740.2-83 Rectangular flanged 83.6.17 84.3.1connector body
GB 3741.1-83 Three-way, flanged end 83.6.17 84.3.1fitting
GB 3741.2-83 Three-way, flanged end 83.6.17 84.3.1connector body
GB 3742.1-83 Three-way, conical thread 83.6.17 84.3.1flanged fitting
GB 3742.2-83 Three-way, conical thread 83.6.17 84.3.1flanged connector body
GB 3743.1-83 Three-way, rectangular 83.6.17 84.3.1flanged fitting
GB 3743.2-83 Three-way, rectangular 83.6.17 84.3.1flanged connector body
GB 3744.1-83 Three-way, conical thread 83.6.17 84.3.1rectangular flanged fitting
GB 3744.2-8.3 Three-way, conical thread 83 6.17 84.3.1rectangular flangedconnector body
GB 3745.1-83 Three-way, flanged fitting 83.6.17 84.3.1
GB 3745.2-83 Three-way, flanged 83.6.17 84.3.1connector body
GB 3746.1-83 Four-way, flanged fitting 83.6.17 84.3.1
GB 3746.2-83 Four-way, flanged 83.6.17 84.3.1connector body
GB 3747.1-83 Flanged welding fitting 83.6.17 84.3.1
GB 3747.2-83 Flanged welding connector 83.6.17 84.3.1body
GB 3748.1-83 Wall divided, flanged 83.6.17 84.3.1straight fitting
x. GB 3748.2-83 Wall divided, flanged 83.6.17 84.3.1
straight connector body
94
I .1111 1
Standard ID Standard Name Year Month Day
GB 3749.1-83 Wall divided, flanged 83.6.17 84.3.1rectangular fitting
GB 3749.2-83 Wall divided, flanged 83.6.17 84.3.1rectangular connector body
GB 3750.1-83 Flanged fitting with 83.6.17 84.3.1hinge joint
GB 3750.2-83 Flanged connector body 83.6.17 84.3.1with hinge joint
GB 3750.3-83 Flanged hexagon bolt with 83.6.17 84.3.1hinge joint
GB 3751.1-83 Pressure meter flanged tube 83.6.17 84.3.1fitting
GB 3751.2-83 Pressure meter flanged 83.6.17 84.3.1connector body
GB 3752.1-83 Combined, flanged 83.6.17 84.3.1rectangular fitting
GB 3752.2-83 Combined, flanged 83.6.17 84.3.1rectangular connector body
GB 3753.1-83 Combined, three-way flanged 83.6.17 84.3.1fitting
GB 3753.2-83 Combined, three-way flanged 83.6.17 84.3.1connector body
GB 3754.1-83 End-to-end, flanged straight 83.6.17 84.3.1fitting
GB 3754.2-83 End-to-end, flanged straight 83.6.17 84.3.1connector body
GB 3755.1-83 Thread-to-thread, flanged 83.6.17 84.3.1straight fitting
GB 3755.2-83 Thread-to-thread, flanged 83.6.17 84.3.1straight connector body
GB 3756.1-83 Butt end, flanged straight 83.6.17 84.3.1
fitting
GB 3756.2-83 Butt end, flanged straight 83.6.17 84.3.1
95
I0 " I ' ' T !1
Draft I Rev. Impl.Standard ID Standard Name __ _
Year Month Day
connector body
GB 3757.1-83 Erd-to-end, flanged 83.6.17 84.3.1rectangular fitting
GB 3757.2-83 End-to-end, flanged 83.6.17 84.3.1rectangular connector body
GB 3758.1-83 Thread-to-thread, flanged 83.6.17 84.4.1rectangular fitting
GB 3758.2-83 Thread-to-thread, flanged 83.6.17 84.4.1rectangular connector body
GB 3759-83 Flanged tube fitting used 83.6.17 84.4.1nut
GB 3760-83 Flanged tube fitting used 83.6.17 84.4.1butt Joint nut
GB 3761-83 Flanged tube fitting used 83.6.17 84.4.1conical ring
63 37' .Z-83 Flanged tube fitting used 83.6.17 84.4.isharp angle sealing gasket
GB 3763-83 Flanged tube fitting used 83.6.17 84.4.1
hexagon thin nut
GB 3764-83 Clamping sleeve 83.6.17 84.4.1
GB 3765-8.3 Flanged tube fitting; 83.6.17 84.4.1Technical conditions
GB 3766-83 Hydraulic system; 83.6.22 84.4.1General technical conditions
GB 3852-83 Type and dimension of 83.9.8 84.5.1axle connecting hole andkeywvay
GB 3858-83 Hydraulic transmission 83.9.12 84.7.1terminology
GB 3867.1-83 Hydraulic; 83.9.22 84.7.1Type and dimension ofdivided type energy storagerubber container (Type A)
GB 3868-83 Hydraulic; 83.9.22 84.7.1Technical conditions of
96
Draf t JRev. IImpi.Standard ID Standard Name _ I
Year Month Day
divided type energy storagerubber container
GB 3882.1-83 External dimension of 83.10.7 84.8.1radial arranged ballbearing with outer thread
GB 3882.2-83 External dimension of 83.10.7 84.8.1radial arranged ballbearing witheccentric sleeve
GB 3882.3-83 Eccentric sleeve 83.10.7 84.8.1used in radial arrangedball bearing
GB 3882.4-83 Vertical seat of ball 83.10.7 84.8.1bearing with externalround surface
GB 3882.5-83 Square seat for ball 83.10.7 84.8.1.bearing with externalround surface
GB 3882.6-83 Diamond shaped seat for 83. 10.7 84.8.1ball bearing withexternal round surface
GB 3882.7-83 Slide block seat for 83.10.7 84.8.1ball bearing withexternal round surface
GB 3882.8-83 Shock impact, round seat 83.10.7 84.8.1for ball bearing withexternal round suriace
GB 3882.9-83 Shock impact diamond-shape 83.10.7 84.8.1seat for ball bearing withexternal round surface
GB 39.31-83 Mechanical axle connector 83.11.4 84.10.1A terminology
GB 3944-83 Joint bearing vocabularies 83.11.25 84.9.1
GB 3945-83 Radial Joint bearing; 83.11.24 84.9.1Large inner ring ES-2RStype;External dimension
97
0 'r[ ...
Draft . Rev.. I IpStandard ID Standard Name D II Year Month Day
GB 3946-83 Radial joint bearing; 83. 11.24 84.9.1(d=320 - 2000 mm);Dimension series C;External dimension scheme
[Machining Technology]
GB 976-67 Grey iron cast; 67.3.4 68.1.1Classification and technicalconditions
GB 977-67 Grey iron cast; 67.3.4 68.1,1Mechanical performance testingmet hod
GB 978-67 Forgeable cast; 67.3.4 68. 1.1Classification and technicalcondi t ions
-, '-k,-.,-, Caroon steel cast; 67.3.4 68,. 1.Classification and technicalcondit ions
GB 980-76 Welding rod classification 67.3.4 76.3. 17 68. 1. 1and its type numberingme thod
GB 9E81-76 Welding rod for low carbon 67.3.4 76.3.17 74.and low alloy high strengthsteel
GB 982-76 Welding rod for molybdenum 67.3.4 76.3.17 74iD,steel and molybdenum-chromeheat resistant steel
GB 983-76 Welding rod for stainless 67.3.4 76.3.17 1o.IIsteelGB 984-76 Brazing welding rod 67.3.4 76.3.17
GB 985-80 Basic joint type and 67.3.4 80.5.15 81.1.1dimension for arc welding
GB 986-80 Basic joint type and dimen- 67.3.4 80.5.15 81.1.1
sion for submerged-arcwelding
GB 1173-74 Casting aluminum alloy 74. 10.24 75.10.1
98
iDraft Rev. Imp IStandard ID Standard Name D I
Year Month Day
GB 1174-74 Casting bearing alloy 74. 10.24 75. 10.1
GB 1175-74 Casting zirconium alloy 74. 10.24 75. 10.1
GB 1176-74 Casting copper alloy 74. 10.24 75. 10.1
GB 1177-74 Casting magnesium alloy 74. 10.24 75.10.1
GB 1225-76 Welding rod inspection, 76.3.17 76. 10.1packing and marking
(3B 1238-76 Representation method for 76.9. 1 77 8. 1metal coating and chemical
-,B 1238-76 Representation method for 76.9. 1 77. 8. 1metal coating and chemicalprocess
GB 1348-7S Spheroidal graphite cast 78. 1.25 78. 12. 1iron
GB i'954-80 Measurement of iron content 80.5. 15 81. 1. 1for chrome-nickelstainless steel weldingJoint
G_ -100-80 Technical conditions of 80. 12. 13 81,7. 1Stainless acid-resistingsteel cast
t"B 264'-81 Sampling method of the 81.5. 19 82.1.1mechanical te3ting forwelding joint
-'Pi 2650-81 Impact testing method 81.5.19 82.1.1for welding Joint
GB 2651-81 Tensile testing method 81.5.19 82.1.1for welding Joint
2652-81 Welding gap (and stack 81.5. 19 82.1.1welding) metal tensiletesting method
KB Z'_3-81 Welding joint bending and 81.5. 19 82.1.1
pressing test method
2E ',4-81 Welding joint and stack 81.5. 19 82.1.1metal hardness test method
99
Draf t Rev. I Ip.
Standard ID Standard Name D IYear Month Day
GB 2655-81 Welding joint cold work 81.5. 19 82.1.1timing sensitivity testmethod
GB 2656-81 Test for welding gap metal 81.5. 19 82.1.1and welding Joint fatigue
GB 2684-81 Test for casting used .81.6. 19 82.1.1sand and mixture
G-, 3138-82 Common used electroplate 82.7. 15 83.5.1terminology
GB 3180-82 Medium-magnganese anti- 82. 8.30 83.7.1milling spheroidal graphiter-a st ;Technical conditions
GB .3323-82 Steel welding gap radiation 82.12.22 83. 10.1photograph and film classi-f icat ion
(?GB 3375-82 Welding terminology 82. 12-.29 83.10.1
GB 3669-83 Aluminum and Aluminum 83.5. 10 84.3.1alloy welding rod
GB 3670-83 Copper and Copper alloy 83.5. 10 84.3.1welding rod
GB 3731-83 Measurement of efficiency of 83.6.21 84.3.1coating welding rod, rate ofrecovery and melting coeffi-cient
GB 3965-83 Hydrogen diffusion measure- 83. 12. 8 84. 10. 1ment of melting metal ofthe electrical welding rod
(GB 4054-83 Coating material marking 83. 12. 19 84. 10. 1
[Technology Equipment]
GB 967-83 Short handle nut tap 67.3.4 83. 1.29 83. 10. 1
GB 968-83 Tap thread; 67.3.4 83.1.29 83.10.1Tolerance
100
1 '*11I4 i ' ' l " l r " " ' '- --. ..,, .
Draft Rev. Impi.
, Standard ID Standard Name _
Year Month Day
GB 969-83 Tap ttread; 67.3.4 83.1.29 83.10.1Technial conditions
GB 970-83 Hand and machine used 67.3.4 83. 1.29 83. 10. 1round screw bit
GB 971-83 Hobbing wheel 67.3.4 83.1.29 83.10.1
GB 972-83 Thread winding plate 67.3.4 83.1.29 83.10.1
GB 1106-73 Coarse thread, conical 73. 12.6 74.6.1handle, vertical millingcutter
,-B 1107-73 Fine thread, conical 73. 12.6 74.6.1handle, vertical millingc:utter
GB 1108-73 Long blade, conical 73. 12.6 74.6.1handle, vertical millingcutt er
• . 1i09-73 Coarse thread, short conical 73.12.6 74.6.1handle, vertical millingcutter
GB 1110-73 Coarse thread, straight 73. 12.6 74.6.1handle, vertical millingcut ter
GB 1111-73 Fine thread, straight 73.12.6 74.6.1handle, vertical millingcutter
GB 1112-81 Straight handle, keyway 73.12.6 81.11.26 82.8.1milling cutter
(P. 1113-81 Conical handle, keyway 73.12.6 81.11.26 82.8.1milling cutter
GB 1114-73 Shell end mill 73. 12.6 74.6.1
GB 1115-73 Coarse tooth, cylindrical 73. 12.6 74.6.1milling cutter
GB 1116-73 Fine tooth, cylindrical 73. 12.6 74.6.1milling cutter
1GB 11.7-73 Straight tooth, three-blade 73.12.6 74.6.1milling cutter
101
Draft j Rev. j Imp i.Standard ID Standard Name __ _
Year Month Day
GB 1118-73 Staggered tooth, three-blade 73.12.6 74.6.1
milling cutter
GB 1119-73 Fluted milling cutter 73. 12.6 74.6.1
GB 1120-73 Coarse tooth, shell end 73. 12.6 74.6.1milling cutter
GB 1121-73 Fine tooth, shell end 73.12.6 74.6.1milling cutter
GB i122-73 Coarse tooth, corner- 73. 12.6 74.6. 1rounding milling cutter
GB ii23-73 Fine tooth, corner-rounding 73. 12.6 74.6. 1milling cutter
GB !124-73 Convex milling cutter 73. 12.6 74.6.1
tG, 12 --73 Concave milling cutter 73. 12.6 74.6. 1
4GB 1126-73 T-slot- milling cutter 73. 12.6 74:6.1
GB 1127-81 Half circle keyway 73.12.6 81.11.26 82.8. 1milling cutter
GB 1128-73 Tooth-inlaid three-flute 73. 12.6 74.6.1milling cutter
_GB, 1129-73 Tooth-inlaid shell end 73. 12.6 74.6.1milling cutter
GB 1130-73 High speed steel tooth 73. 12.6 74.6.1used in tooth-inlaid three-flute mill and tooth-inlaidshell end mill
GB 11.31-73 Hand reamer 73. 12.6 74.6.1
GB 1132-73 Straight shank chucking 73. 12.6 74.6.1reamer
GB 1133-73 Taper shank chucking 73. 12.6 74.6.1reamer
GB 1134-73 Fluted taper shank chucking 73.12.6 74.6.1
reamer
GB 1135-73 Sleeve type machine used 73. 12.6 74.6.1
102
Draf t Rev. Imp!.Standard ID Standard Name __ _
Year Month Day
reamer
GB 1136-73 1:50 tapper pin reamer 73.12.6 74.6.1reamer
GB 1137-73 Long blade 1:50 tapper pin 73.12.6 74.6.1reamer
LB 1138-73 Taper shank 1:50 tapper pin 73.12.6 74.6.1reamer
GB !i39-73 Morse tapper reamer 73. 12.6 74.6. 1
(-B 1140-73 Taper shank Morse tapper 73. 12.6 74,6.1reamer
t 1141-73 Taper shank counterbore 73. 12.6 74.6.1cuter
GE 1142-73 Sleeve type counterbore 73. 12.6 74.6.1cuter
G! 14---73 Taper shank twist drill 73.12.6 74.6.1
GB 1214-73 Vernier caliper 75.9.30 76.4.1
GB 1215-73 Depth vernier caliper 75.9. 30 76.4. 1
G B 12 i6-73 Micrometer 75.9.30 76.4. 1
(B 1217-73 Normal micrometer 75.9.30 76.4. 1
GB 1218-73 Depth micrometer 75.9.30 76.4. 1
GB 1219-73 Hendred-mark table 75.9.30 76.4.1
'B 1-4.32-73 Plain screw driver 78.9.29 79. 7. 1
GB i433-73 Cross head screw driver 78.9.29 79.7. 1
GB 1435-73 Straight shank short twist 789.29 79.7. 1
rP, 1219-73 Hundred-mark table 75.9.30 76.4.1
GB 14.32-78 Plain screw driver 78.9.29 79.7.1
GB 143.3-78 Cross head screw driver 78.9.29 79. 7. 1
GB 1435-76 Straight shank short twist 78. 10. 20 79.7. 1drill
1030
1:1115.1;=k Al
Draft Rev. Impi.Standard ID Standard Name Year _Month _Day
Year Month Daqy
GB 1436-78 Straight shank twist 78. 10. ?0 79. 7. 1drill
GB 1437-78 Straight shank long twist 78. 10 20 79.7. 1drill
GB 1438-78 Taper shank twist 78. 10 20 79. 7. 1drill
GB 1439-78 Taper shank long twist 78. 10 20 79. 7. 1dri i
GLB 1440-78 Taper shank, extra long 78. 10 20 79. 7. 1twist drill
G B 1441-78 Large taper, shank twist 78. 10 20 79. 7. 1drill
4 '1-2-78 Flat end dimension and 78 10.22 79.7.1tolerance of straight shankt 0K 1
;B 1443-78 Cone dimension and 78. 10. 20 79. 7. 1
tolerance of Morse tool
GB 1483-79 Ball head thread plug gaging 79.2.2 79.5.1
GB 1484-79 Ball head plain plug gaging 79.2.2 79.5.1
:B 1577-79 Metric conical thread; 79. 8.21 80.5. 1Conical hole reamer
CB 1578-7,9 Metric conical thread tap 79. 8. 21 80. 5. 1
B 1 7 l-'7 9 Metric conical thread 79. 8.21 80.5. 1Lobbing wheel
GB 1580-79 Thread winding plate for 79. 8.21 80.5.1metric conical thread
GB 1581-79 Metric conical thread gage 79.8.21 80.5.1
GB 19, 7-81 Smooth limit gage 80. 12. 26 82. 8. 1
G B ;'C;1-80 Steel bar acceptance, 80. 12.9 81. 10. 1packing, marking and thegeneral rule of its qualitycertification
104
D iraftfRev.. , mnpi.Standard ID Standard Name DraftRev. ______
Year Month Day
GB 2102-80 Steel tube acceptance, 80. 12.9 81. 10. 1packing, marking and, thegeneral rule of its qualitycertification
GB 2103-80 Steel wire acceptance, 80. 12.9 81. 10. 1packing, marking and thegeneral rule of its qualitycertification
GB 2104-80 Steel wire rope acceptance, 80.12.9 81. 10.1packing, marking and thegeneral rule of its qualitycert if icat ion
GB 2148-80 Hexagon washer faced nut 80. 12.27 81.10.1
GB 2149-80 Round surface, washer faced 80.12.27 81. 10.1nut
GB( 2i50-80 Joint nut 80.12.27 81.10.1
GB 2151-80 Regulating nut 80. 12.27 81. 10.1
GB 2i52-80 Knurl nut with hole 80. 12.27 81. 10.1
GB 2153-80 Diamond shape nut 80. 12.27 81. 10.1
GB 2154-80 Inner hexagon nut 80. 12.27 81. 10. 1
GB 2155-80 Handle nut 80.12.27 81. 10.1
GB 2156-80 Rotary handle nut 80. 12.27 81.10.1
GB 2i57-80 Multi-handle nut 80. 12.27 81. 10.1
GB 2158-80 Press type screw bush 80. 12.27 81. 10.1
GB 2159-80 Rotary type screw bush 80. 12.27 81. 10.1
GB 2160-80 Press screw 80. 12.27 81. 10. 1
GB 2161-80 Hexagonal head press screw 80. 12.27 81. 10.1
GB 2162-80 Fixed handle press screw 80. 12.27 81. 10. 1
GB 2163--80 Moveable handle press screw 80.12.27 81.10.1
105
Draft Rev. Impl.Standard ID Standard Name __ _
Year Month Day
GB 2164-80 Button head bolt 80. 12.27 81 10. 1
GB 2165--80 T slot, quick release bolt 80. 12.27 81 10.1
GB 2166-80 Hook bolt 80.12.27 81 10.1
GB 2167-80 Hanging type washer 80. 12.27 81 10.1
GB 2168-80 Cruiciform washer 80. 12.27 81 10.1
GB 2169-80 Cruiciform washer used 80. 12.27 811 0. 1washer
G -170-80 Rotary washer 80. 12.27 81. 10.1
GB 2i71-80 Smooth press block 80. 12.27 81. 10.1
GB 2172-80 Grooved press block 80. 12.27 81. 10.1
GB 217-80 Pound press block 80. 12.27 81. 10. 1
Arc press nlocK 80. 12. 27 81. 10. 1
GB 2175-80 Shifting press plate 80. 12.27 81. 10. 1
iB 21'76-80 Rotary press plate 80. 12.27 81. 10. 1
GB 2!77-80 Shifting bent press plate 80. 12.27 81. 10.1
GL 2178-80 Rotary bent press plate 80. 12.27 81. 10. 1
CB 2179-80 Shifting wide head press 80. 12.27 81.10.1p late
*0-( GB 2180-80 Rotary wide head press 80. 12.27 81. 10.1plate
GB 2181-80 Eccentric wheel used press 80. 12.27 81. 10.1plate
GB 2182-80 Eccentric wheel used wide 80. 12.27 81. 10.1head press plate
GB 2183-80 Flat press plate 80. 12.27 81. 10. 1
GB 2184-80 Bent head press plate 80. 12.27 81. 10. 1
GB 2i85- 80 U shaped press plate 80. 12.27 81. 10.1
GB 2!86-80 Saddle press plate 80. 12.27 81. 10.1
106
0
Draft] Rev. Impl.
Standard ID Standard Name IYear Month Day
GB 2187-80 Straight press plate 80.12.27 81. 10. 1
GB 2188-80 Hinge press plate 80. 12.27 81.10.1
GB 2189-80 Reversed press plate 80. 12.27 81.10.1
GB 2190-80 Bidirectional press plate 80. 12.27 81-10.1
GB 2191-80 Circular eccentric wheel 80. 12.27 81 10.1
GB 2192-80 Fork shaped eccentric wheel 80.12.27 81.10.1
(--;B 2193-80 Single side eccentric wheel 80.12.27 81. 10.1
GB 2194-80 Double side eccentric wheel 80.12.27 81.10.1
G, P:195-80 Eccentric wheel used 80. 12.27 81. 10.1shim
_. 219,-80 Hook press plate 80. 12.27 81. 0. 1
; 2i97-80 Hook press plate 80. 12.27 81. 30. 1(assembled)
GB 2198-80 Vertical hook press plate 80. 12.27 81. 10.1(assembled)
,B 2199-80 End hook press plate 80. 12.27 81. 10.1(assembled)
GB 2200-80 Side hook press plate 80. 12.27 81. 10. 1(assembled)
CB 2201-80 Locating shaft bushing 80. 12.27 81. 10. 1
GB 2202-80 Small locating pin 80. 12.27 81. 10.1
GB 2 2,03-80 Fixed type locating pin 80. 12.27 81. 10. 1
GE 2204-80 Changeable locating pin 80. 12.27 81.10.1
GB 20205-80 Locatingblelt pin 80.12.27 81.10.1
GB '2206-80 Locating key 80. 12.27 81. 10.1
GB 2207-80 Direction locating key 80. 12.27 81. 10.1
GE 2208-80 V shaped block 80.12.27 81. 10. 1
107
Draf t Rev. Impi.Standard ID Standard Name Y o
Year Month Day
GB 2209-80 Fixed V shaped block 80. 12.27 81.10. 1
GB 2210-80 Adjustable V shaped block 80. 12.27 81.10.1
GB 2211-80 Moving V shaped block 80. 12.27 81. 10.1
GB 2212-80 Guiding plate 80. 12.27 81. 10.1
GB 2213-80 Thin block 80. 12.27 81 10. 1
GB 2214-80 Thick block 80. 12.27 81. 10.1
GB 2215-80 Hand pull clamp 80. 12.27 81. 10. 1
GB 2216-80 Bolted clamp 80. 12.27 81. 10. 1
GB 2217-80 Inner expander 80. 12.27 81 10.1
GB 2218-80 Knurl handle 80. 12.27 81. 10.1
GB 2219-80 Star handle 80. 12.27 81 10.1
GB 2220-8 0 Moving handle 80. 12. 27 81 10.1
GB 2221-80 Fixed handle 80. 12.27 81. 10.1
GB 2222-80 Gripe 80.12.27 81. 10. 1
GB 2223-80 Welding handle 80. 12.27 81. 10.1
GB 2224-80 Level handle 80. 12.27 81. 10.1
GB 2225-80 Jack bolt 80. 12.27 81. 10.1
GB 2.226-80 Supporting screw 80. 12.27 81. 10. 1
GB 2227-80 Hexagon head support 80. 12.27 81. 10.1
GB 2228-80 Top press support 80. 12.27 81. 10.1
SGB 2229-80 Cylindrical head regulating 80. 12-27 81. 10.1I
support
GB 2230-80 Regulating support 80. 12.27 81. 10. 1
GB 2231-80 Button head support 80. 12.27 81. 10. 1
GB 2232-80 Screw support 80. 12.27 81. 10.1
GB 2233-80 Pillar 80. 12.27 81. 10.1
108
I0 i"Ii II I r .. ',- , !f~ M
Draft Rev. Impi." Standard ID Standard Name
Year Month Day
GB 2234-80 Low pillar leg 80.12.2.7 81. 10.1
GB 2235-80 High pillar leg 80. 12.27 81 10.1
GB 2236-80 Support plate 80. 12.27 81 10.1
GB 2237-80 Supporting plate 80. 12.27 81 10.1
GB 2238-80 Automatic adjusting support 80. 12.27 81. 10.1
G-B 2239-80 Universal pillar 80. 12.27 81 10. 1
GB 2240-80 Round grinding block 80. 12.27 81.10.1
GB 2241-80 Square grinding block 80. 12.27 81 10.1
GB 2242-80 Rectangular grinding block 80. 12.27 81.10.1
i~ 24380 Side mounted grinding block 801.781. 10.1
(4--o. Grinder fiat plug gage 80. 12. 27 81 10. 1
-, B 2245-80 Grinder cylindrical plug 80. 12.27 81. 10. 1gage
GB 2246-80 Hinge axis 80.12.27 81. 10.1
GB 2247-80 Hinge support 80. 12.27 81 10.1
GB 2248-80 Hinge plug seat 80. 12.27 81 10.1
GB 2249-80 Screw support 80. 12.27 81 10.1
* GB 22.50-80 Screw plug 80. 12.27 81 10.1
GB 2251-80 Lock button 80. 12.27 81 10.1
GB 2252-80 Tangential clamping sleeve 80. 12.27 81 10.1
GB 2253-80 Disassemble pad 80. 12.27 81 10. 1
GB 2254-80 Blocking plate 80. 12.27 81 10.1
GB 2255-80 Screw used shim 80. 12.27 81 10.1
GB 2256-80 Plastic clamp used hexagon 80. 12.27 81.10.1
screw
GB 2257-80 Plastic clamp used inner 80. 12.27 81.10.1
109
Draft jRev. Impi.Standard ID Standard Name __ _
Year Month Day
hexagon screw
GB 2258-80 Plastic clamp used plug 80. 12.27 81. 10. 1
GB 2262-80 Fixed drill sleeve 80. 12.27 81. 10.1
GB 2263-80 Drill sleeve used bushing 80. 12.27 81. 10.1
GB 2264-80 Changeable drill sleeve 80. 12.27 81. 10.1
GB 2265-80 Quick change drill sleeve 80.12.27 81 10.1
GB 2266-80 Boring sleeve 80. 12. 27 81. 10. 1
GB-2-7-80 Boring sleeve used bushing 80.12.27 81 10.1
GB 2268-80 Drill sleeve screw 80. 12.27 81. 10. 1
GB 2269-80 Boring sleeve screw 80. 12.27 81. 10. 1
-9 247'- Grinding material index 81.2. 17 83.1.31 84. 1. 1
E-B 2477-83 Grinding material grain 81.2.17 83.1.31 84. 1. 1
size and its compound
GB z478-8$ Brown corundum; 81.2.17 83.1.31 84. 1. 1Technical conditions
GB 2479-8S White corundum; 81.2.17 83.1.31 84. 1. 1Technical conditions
GB 2480-8S Carborundum; 81.2.17 83.1.31 84.1. 1
Technical conditions
GB 2481-84 Grinding material grain 81.2. 17 83. 1. 31 84. 1. 1compound measuring method
GB 2482-82 Grinding material magnetic 81.2. 17 83.1.31 84.1.1compound content measuringmethod
GB 2483-85 Grinding material marking 81.2.17 83.1.31 84.1.1and packing regulation
GB 2484-81 Grinding tool index 81.2. 17 81. 10.1
GB 2485-81 Grinding wheel 81.2. 17 81. 10.1
GB 2486-81 Small grinding wheel and 81.2. 17 81. I). I
grinding head
110
; ?
Draft Rev. Impl.Standard ID Standard Name Yer___
Year Month Day
GB 2487-8. Oilstone 81.2. 17 81. 10.1
Ch 2468-81 Grinding plate 81.2. 17 81. 10. 1
GB 2489-81 Grinding wheel for thin 81.2.17 81. 10. 1
plate
'B 2490-81 Inspection of hardness for 81.2.17 81. 10.1
sand spray
(IB 2491-81 Rockwell hardness inspec- 81.2. 17 81.10.1
tion method
GB 2492-81 Grinding wheel static 81.2.17 81.10.1
balance inspection and staticunbalance value
C;B 247'3-81 Inspection of rotation 81.2.17 81.10.1
strength for grinding wheel
4 &. - Safety rule for grinding 81.2. 17 81. 10. 1
tool
GB 2495-81 Grinding tool marking and 81.2.17 81.10.1
packing regulationGB 2804-81 Structural factors of 81.11.17 82.7.1
assembled clamp parts
GB 2851.1-81 Sliding-guided die holder 81.12.29 84.1.1
for cold moulding;Type A diagonal guidingpost die holder
GB 2851.2-81 Sliding-guided die holder 81.12.29 84.1.1
for cold moulding;Type B diagonal guidingpost die holder
GB 2851. 3-81 Sliding-guided die holder 81. 12.29 84. 1. 1
for cold moulding;Die holder with side rearguiding post
GB 2851.4-81 Sliding-guided die holder 81.12.29 84.1.1for cold moulding;Die holder with side rearnarrow guiding post
III
Draft J Rev. I Impl.0 Standard ID Standard Name iYear Month Day
GB 2851.5-81 Sliding-guided die holder 81.12.29 84.1.1for cold moulding;Die holder with centralguiding post
GB 285i.6-81 Sliding-guided die holder 81.12.29 84.1.1for cold moulding;Die holder with central roundguiding post
GB "2', 8.1 7-81 Sliding-guided die holder 81.12.29 84.1.1for cold moulding;Die holder with fourguiding posts
('B 2852.1-81 Rolling-guided die holder 81.12.29 84.1.1for cold moulding;Die holder with diagonalguiding post
GB 2852.2-81 Rolling-guided die holder 81.12.29 84.1.1for cold moulding;Die holder with centralguiding post
GB 2852.3-81 Rolling-guided die holder 81.12.29 84.1.1for cold moulding;Die holder with fourguiding posts
GB 2853.1-81 Die holder with guiding 81.12.29 84.1.1plate for cold moulding;Die holder with diagonalguiding post
1-,B 2853.2-81 Die holder with guiding 81. 12.29 84.1.1plate for cold moulding;Die holder with centralguiding post
,B 2854-81 Die holder for cold moulding; 81.12.29 P.1.1
Technical conditions
G5 285,. i-8I Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Upper die seat of Type Adiagonal guiding post
GB 2855.2-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;
1124 .. I . . .I I .. . ' ' - ' '' ' - I I ..
Draft JRev. Irnpl,Standard ID Standard Name __ _
Year Month Day
Lower die seat of Type Adiagonal guiding post
GB 2855.3-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Upper die seat of Type Bdiagonal guiding post
GB 2855.4-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Lower die seat of Type Bdiagonal guiding post
GB 2855.5-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Upper die seat of rearside guiding post
GB 2855.6-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Lower die seat of rearsiOe uiding post
,;B .855.7-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Narrow upper die seat ofrear side guiding post
GB 2855.8-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Narrow lower die seat ofrear side guiding post
GB 2855.9-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Upper die seat of centralguiding post
GB 2855.10-81 Sliding-guided die bed 81.12.29 84.1.1for cold moulding;Lower die seat of centralguiding post
lGB 2855.11-81Siiding-guided die bed 81.12.29 84.1.1for cold moulding;Round Lipper die seat ofcentral guiding post
G ;B 2855.12-81 Sliding-guided die bed 81. 12.29 84.1.1for cold moulding;
113
Draf t jRev. Impi.Vy Standard ID Standard Name __ _
Year Month Day
Round lower die seat ofcentral guiding post
GB 2855.13-81 Sliding-guided die bed 81. 12.29 84.1.1for cold moulding;Upper die seat of fourguiding posts
GB 2855.14-81 Sliding-guided die bed 81 12.29 84.1.1for cold moulding;Lower die seat of fourguiding posts
GB 2856. 1-81 Rolling-guided die bed 81. 12.29 84.1.1for cold moulding;Upper die seat of diagonalguiding post
_B 2,8I.2 81 Rolling-guided die bed 81. 12.29 84. 1.1for cold moulding;Lower die seat of diagonalg'.a i ng post
-_ __ ,B 2..3-81 Rolling-guided die bed 81.12.29 84.1.1
for cold moulding;Upper die seat of centralguiding post
GB 2856.4-81 Rolling-guided die bed 81. 12.29 84.1.1for cold moulding;Lower die seat of centralguiding post
GB 2856.5--81 Rolling-guided die bed 81. 12.29 84.1.1for cold moulding;Upper die seat of fourguiding posts
GB 2856.6-81 Rolling-guided die bed 81. 12.29 84.1.1for cold moulding;Lower die seat of fourguiding posts
GB 281)7. 1-81 General purpose die bed 81. 12.29 84.1.1used in cold mouldingRound upper die seatwith shank
GB 2857.2-81 General purpose die bed 81. 12.29 84.1.1used in cold moulding
114
IDraf t JRev. IMP IStandard ID Standard Name __ _
Year Month Day
Square upper die seatwith shank
GB :-857. 3-81 General purpose die bed 81. 12.29 84. 1. 1used in cold mouldingSteel plate die seat
GB 2857.4-81 General purpose die bed 81.12.29 84.1.1used in cold mouldingUpper die seat
I;B 2897.5-81 General purpose die bed 81. 12.29 84.1.1used in cold mouldingType A lower die seat
-B 2857. 6-81 General purpose die bed 81. 12.29 84. 1. 1used in cold mouldingType B lower die seat
-2857. 7-81 General purpose die bed 81. 12.29 84.1.1used in cold mouldingDie seat
B 857. 8-81 General purpose die bed 81. 12.29 84.1.1used in cold mouldingLower die seat of bent die
GB 2858. 1-81 Mould-board used in 81. 12.29 84. 1. 1cold moulding;Square concave mould-board
(,B '2856.2-81 Mould-board used in 81.12.29 84.1.1cold moulding;Square mould-board
GP 2858.3-81 Mould-board used in 81.12.29 84.1.1cold moulding;Square bearing plate
GB 2858.4-81 Mould-board used in 81. 12.29 84.1.1
cold moulding;Round concave mould-board
GB 2858. 5-81 Mould-board used in 81. 12 29 84. 1. 1
cold moulding;Round mould-board
SGB 2858.6-81 Mould-board used in 81. 12.29 84.1.1cold moulding;Round bearing plate
-" 1 15
Standard ID Standard Name Ip.Year Month Day
GB 2859.1-81 Mould-board of single 81.12.29 84.1.1convex mould for coldmou l ding;Fixing board of singleconvex mould
GB 2859.2-81 Mould-board of single 81.12.29 84.1.1convex mould for coldmo u I d i ng;Single convex bearing plate
G, 2R9 .3-81 Mould-board of single 81.12.29 84. 1. 1convex mould for coldmoulding;Type A shift mounted, singleconvex fixing plate
(GB 28151. 4-81 Mould-board of single 81. 12.29 84. 1. 1convex mould for coldmnou lciing;Type A shift mounteci, singleconvex bearing plate
GB ... 5-81 Mould-board of single 81.12.29 84.1.1convex mould for coldmoulding;Type B shift mounted, singleconvex fixed plate
GB 2859. 6-81 Mould-board of single 81.-12.29 84. 1. 1convex mould for coldmou 1 ding;Type B shift mounted, singleconvex bearing plate
£, 2860. 1-81 Guiding plate of guiding- 81. 12.29 84.1.1mould for cold moulding;Diagonal guiding postguide plate
C;Bi 2860. 2-81 Guiding plate of guiding- 81. 12.29 84.1.1mould for cold moulding;Central guiding postguide plate
G;B 2861. 1-81 Guiding device for cold 81. 12.29 84. 1. 1moulding;Type A guiding post
116
Draf t Rev. 1 mp i.
Standard ID Standard Name D IYear Month Day
GB 2861. 2-81 Guiding device for cold 51. 12. 29 84. 1. 1moulding;Type B guiding post
GB 2861 3-81 Guiding device for cold 81. 12. 29 84. 1. 1mo ul di ng;Type C guiding post
GB 2861. 4-81 Guiding device for cold 81. 12.29 84. 1. 1moulding;Type A small guiding post
GB 2861.5-81 Guiding device for cold 81. 12. 29 84. 1. 1moulding;Type B small guiding post
GB 2861.6-81 Guiding device for cold 81.12.29 84.1.1Mou l ding;Type A guiding sleeve
.. "B:i.7-81 Guiding device for cold 81. 12. 29 84.i.1mo u i dng;Type B guiding sleeve
GB 2861.8-81 Guiding device for cold 81. 12.29 84.1.1moulding;Type C guiding sleeve
(,B 2861.9-81 Guiding device for cold 81. 12.29 84.1.1moulding;Small guiding sleeve
GB 2861.10-81 Guiding device for cold 81. 12.29 84.1.1moulding;Steel ball retainer ring
GB 2861 11-81 Guiding device for cold 81. 12. 29 84. 1. 1moulding;Compression coil spring
-B 2861. 12-81 Guiding device for cold 81. 12.29 84. 1. 1moulding;Type A removable guidingpillar
G, 2861. 13-81 Guiding device for cold 81. 12.29 84. 1. 1moulding;Type B removable guidingpillar
117
LM
Standard ID Standard Name Draft Rev.i__ _ _
Year Month Day
GB 2861. 14-81 Guiding device for cold 81. 12.29 84. 1. 1moulding;Shaft bushing
(GB 2E,61. 15-81 Guiding device for cold 81. 12. 29 84. 1. 1moulding;Washing
GB 286 1. 16-81 Guiding device for cold 81. 12.29 84. 1. 1moulding;Pressing board
<IB 281. 17-81 Guiding device for cold 81. 12.29 84. 1. 1moulding;Assemble dimension ofdie bed with removableguiding post
GB 2861. 18-81 Guiding device for cold 81. 12.29 84. 1. 1mou 1ding;Pressing ring fixed guiding
CIO! piliar
>I§'Wj.1-81 Guiding device-for cold 81. 12.-29 84.,1.i1mo ul1ding;Pressing ring fixed guidings 1 eeve
mIi '~b3. 20-81 Guiding device for cold 81. 12.29 84. 1. 1moulding;Pressing ring
6,GB 2862.1-81 Die shank for cold moulding 81.12.29 84.1.1Press-in shank
-'B 2862. 2-81 Die shank for cold moulding 81 12. 29 84. 1. 1Rotate-in shank
GB 2862.3-81 Die shank for cold moulding 81 12. 29 84.1. 1Flanged shank
GB 2862. 4-81 Die shank for cold moulding 81 12. 29 84. 1. 1Grooved shank
B 286,,.5-81 Die shank for cold mouloing 81. 12.29 84.1.1General used shank
GB 2R62.6-81 Die shank for cold moulding 81 12.29 84. 1. 1Floating shank
118
T 4
Draft Rev. ImpI.Standard ID Standard Name __ _
Year Month Day
GB 2862.7-81 Die shank for cold moulding 81.12.29 84.1.1Push-in, moveable shank
GB 2863. 1-81 Convex, concave die for 81 12.29 84. 1. 1cold moulding;Type A, round convex die
GB 2863.2-81 Convex, concave die for 81 12.29 84.1.1cold moulding;Type B, round convex die
GB 2863.3-81 Convex, concave die for 81 12.29 84.1.1cold moulding;Quick change round convex die
GB 2863.4-81 Convex, concave die for 81 12.29 84.1. 1cold moulding;Round concave die
GB 2863.5-81 Convex, concave die for 81. 12.29 84.1.1cold moulding;Round concave die with collar
GB 28,-4. 1-81 Guiding pin for cold 81.12.29 84.1.1moulding;Type A guiding pin
GB 2864. 2-81 Guiding pin for cold 81. 12.29 84. 1. 1moulding;Type B guiding pin
GB 2864.3-81 Guiding pin for cold 81. 12.29 84.1.1moulding;Type C guiding pin
GB 2864.4-81 Guiding pin for cold 81. 12.29 84.1.1moulding;Type D guiding pin
GB 2865. 1-81 Side blade and feeding 81.12,29 84.1.1device for cold moulding;Side blade
GB 2865.2-81 Side blade and feeding 81. 12.29 84.1.1device for cold moulding;Block of Type A side blade
GB 2865.3-81 Side blade and feeding 81. 12.29 84.1.1device for cold moulding;Block of Type B side blade
119
Draft f Rev. Impi.Standard ID Standard Name __ _
Year Month Day
GB 2865.4-81 side blade and feeding 81.12.29 84.1.1device for cold moulding;Block of Type C side blade
GB 2865.5-81 Side blade and feeding 81.12.29 84.1.1device for cold moulding;Feeding plate
GB 2865.6-81 Side blade and feeding 81.12.29 84.1.1device for cold moulding;Retaining plate
c-B ,866. 1-81 Fender and spring device 81.12.29 84.1 1for cold moulding;Initial used fender device
GB 2866.2-8i Fender and spring device 81.12.29 84.1 1for cold moulding;Spring wick pillar
I, . !,- 1 Fender and spring device 81. 12. .29 84. 1. 10 for cold moulding;
Spring side pressing device
GB 2866.4-81 Fender and spring device 81.12.29 84.1.1for cold moulding;Side pressed spring
CB 2866.5-81 Fender and spring device 81.12.29 84.1.1for cold moulding;Fender device with spring
GB 2866.6-81 Fender and spring device 81.12.29 841.1for cold moulding;Fender device with twistingspring
GB 2866.7-81 Fender and spring device 81.12.29 84.1.1for cold moulding;Rubber fender spring
GB 2866.8--81 Fender and spring device 81.12.29 84.1.1for cold moulding;Round belt type fenderdevice
, GB 2866.9-81 Fender and spring device 81.12.29 84.1.1for cold moulding;Steel ball, spring device
120
~~~~ ~ ~ Jl Jl Lad ,,~ : } %~ w ! e~ N " ' J''
Draf t Rev. IMP I.Standard ID Standard Name __ _
Year Month Day
,-B 2866. 10-81 Fender and spring device 81.12.29 841. 1for cold moulding;Spring device
GB 2866.11-81 Fender and spring device 81.12.29 84.1for cold moulding;Fixed fender pin
GB 2867.1-81 Discharging device for 81.12.29 84.1.1cold moulding;Pushing pole with shoulder
GB 2867.2-81 Discharging device for 81.12.29 84.1.1cold moulding;Pushing pole with screw
GB 2867.3-81 Discharging device for 81.12.29 84.1.1cold moulding;Supporting bar
.E: , - :i Discharging device for 81. 12.29 84. 1.cold moulding;Supporting plate
GB 2867.5-81 Discharging device for 81.12.29 84.1cold moulding;Cylindrical headdischarging screw
GB 2867. 6-81 Discharging device for 81.12.29 84.1.1cold moulding;Cylindrical head inner hexagondischarging screw
f. GB 2867.7-81 Discharging device for 81.12.29 84.1.1cold moulding;Extension sleeve ofdischarging screw
-; 2 FV7.8-81 Discharging device for 81.12.29 84.1.1cold moulding;Regulating washer
86. 87.19-81 Discharging device for 81.12.29 84.1.1cold moulding;Polyurethane elastic
p(T 28F .1--81 Waste cutter for cold 81.12 29 84.1,1
moulding;
121
Standard ID Standard Name DraftRev. I__ _ _
Year Month Day
Round waste cutter
GB 2868.2-81 Waste cutter for cold 81.12.29 84.1.1moulding;Square waste cutter
GB 2869.i-81 Supporting device for cold 81.12.29 84.1.1moulding;Stopping key
GB 2869.2-81 Supporting device for cold 81.12.29 84.1.1moulding;Positioning stock
GF, 2869.3-81 Supporting device for cold 81.12.29 84.1.1
mroulding;Supporting ring
GB 2869.4-81 Supporting device for cold 81.12.29 84.1.1moulding;Hinge type supportingOevice
C 2C7-81 Parts for cold moulding; 81. 12.29 84. 1. 1
Technical conditions
(B 2871.1-81 Typical assembly of fixed 81.12.29 84.1.1discharging device forcold moulding;Typical assembly forguideless, longitudinalfeed
GB 2871.2-81 Typical assembly of fixed 81.12.29 84.1.1discharging device forcold moulding;Typical assembly forguideless, lateralfeed
G-,B 2871.3-81 Typical assembly of fixed 81.12.29 84.1.1discharging device forcold moulding;Typical assembly forlongitudinal feed
GB 2871.4-81 Typical assembly of fixed 81.12.29 84.1.1discharging device forcold moulding;Typical assembly for
122
SDraf t Rev. Imp!,0 Standard ID Standard Name ipi
Year Month Day
lateral feed
GB 2872.1-81 Typical assembly of spring 81.12.29 84.1.1pressed discharging devicefor cold moulding;Typical assembly forlongitudinal feed
GB 2872.2-81 Typical assembly of spring 81.12.29 84.1.1pressed discharging devicefor cold moulding;Typical assembly forlateral feed
GLB 2873.1-81 Typical assembly of die set 81.12.29 84.1.1for cold moulding;Typical assembly for squarethick, concave die
GB 2873 .2-81 Typical assembly of die set 81.12.29 84.1.1for cold moulding;Typical assembly for squarethin, concave die
GB 2873.3-81 Typical assembly of die set 81.12.29 84.1.1for cold moulding;Typical assembly for roundthick, concave die
GB 2873.4-81 Typical assembly of die set 81.12.29 84.1.1for cold moulding;Typical assembly for roundthin, concave die
*0 GB 2874.1-81 Typical assembly of guiding- 81.12.29 84.1.1plate die for cold moulding;Typical assembly oflongitudinal feed
G 2?874.2-81 Typical assembly of guiding- 81.12.29 84.1.1plate die for cold moulding;
ko Typical assembly of* lateral feed
SGF 2874.3-81 Typical assembly of guiding- 81.12.29 84.1.1
plate die for cold moulding;Typical assembly of spring
* pressed, longitudinal
I feed12
123
WA
A%- Draft Rev. - Impl.Standard ID Standard Name --I
Year Month Day
GB 2874.4-81 Typical assembly of guiding- 81.12.29 84.1.1plate die for cold moulding;Typical assembly of springpressed, lateral feed
GB 2875-81 Typical assembly for 81.12.29 84.1.1cold moulding;Technical conditions
GB 3043-812 Chemical analysis of 82.4.23 83.1 1brown corundum
GB 3044-82 Chemical analysis of 82.4.23 83.1.1white corundum, chrome-corundum
GB .045-82 Chemical analysis of 82.4.23 83. 1. 1carborundum
1B 3177-82 Dimension inspection for 82.8.26 83.5.1smooth workpieces
GB 5227-82 Rotation range of machine 82.10.22 83.7.1driven socket wrenches
GB 3228-82 Universal socket of 82.10.22 83.7.1machine driven socketwrenches
GB 3229-82 Hexagon driving end of 82.10.22 83.7.1machine driven tools
GE -1390. 1-82 Socket of hand driven 82 12.30 83 9.1socket wrenches
GB 3390.2-82 Driving tenon and square 82.12.30 83.9.1
hole of hand drivensocket wrenches
GB 3390.3-82 Driving accessories of 82.12.30 83.9.1O'ex hand driven socket wrenches
GB 3390.4-82 Connecting accessories of 82.12.30 83.9.1rand driven socket wrenches
GB 3390.5-82 Inspection rule, packing 82.12.30 83.9.1marking of hand drivensocket wrenches
GB 3464-83 Machine used and hand used 83.1.29 83.10.1
124
Draf t [Rev. Imp iStandard ID Standard Name __ _
Year Month Day
thread taps
GB 3465-83 Long shank, machine used 83. 1.29 83. 10.1thread taps
GB 3466-83 Long shank, nut thread tap 83. 1.29 83. 10. 1
GB 3467-83 Round plate tooth holder type 83. 1.29 83. 10. 1and interchanging dimension
GB 3479-83 Categorizing method 83. 1.31 84. 1. 1for grinding tool indexing
GB .3506-83 Helical fluted screw taps 83.2.22 84.1.1
GE 3(-01-83 Bolt tightened flat grinding 83.4.6 84.6.1wheel
GB 3602-83 PH value testing method 83. 4.6 84. 2. 1for general grindingrnat eri a
G, ", -,, Density test 83.4.6 84.2. 1for general grindingmaterial
GB 3604-83 Test of grain density 83.4.6 84 2. 1for general grindingmaterial
GB 3(-,05-83 Test of water affinity 83.4.6 83.2.1for general grindingmaterial
GB 3831-83 Round broach; 83. 8. 16 84.6.1Technical conditions
,IB 3832. 1-83 Round broach square shank; 83. 8. 16 84.6. 1Type and basic dimension
(O' 3832. 2-83 Round broach cylindrical 83. 8. 16 84.6. 1front end;Type and basic dimension
-B 3832. 3-83 Round broach cylindrical 83.8. 16 84.6. 1rear end;Type and basic dimension
- GB 3934-83 General thread gage 83. 11.9 84.8.1
125
Draft IRev. Irpi.Standard ID Standard Name D I
Year Month Day
(Metal Cutting Machine Tool)
GB 1582-79 General lathe parameters 79.9. 1 80.7. 1
GB 2259-80 Lathe chuck parts and 79.9. 1 80. 7. 1e 1 ement s;Technical conditions
GB 255.3-81 Dividing attachment 81.3.30 81. 10. 1parameters
,.B 2554-81 Precision of dividing 81.3.30 81. 10. 1at t achment
., 2813-81 Bench drilling machine 81. 12. 11 82. 8. 1parameters
GB 2814-Si Vertical drilling machine 81. 12. 11 82.8.1parameters
5 o'.i-A1 Axle enr dimension of 81. 12. 11 82. 8. 1driliing machine
Gb :-w,7-82 Indication symbol for the 82.8. 18 83.5. 1operation of metal cuttingmachine tools
,B 3168-82 Indication symbol for the 82.8. 18 83.5.1operation of numericalcontrol machine tools
(FR T68. 1-83 General parts of assembled 83. 5.9 84.3. 1mac:hine tools;Headstock box and drivingaxle dimensions
B 5,8.2-83 General parts of assembled 83.5.9 84.3.1machine tools;Bed dimension
, i O3668. 3-83 General parts of assembled 83.5.9 84.3.1machine tools;Rotary working bench and itspolygon central base dimen-sion
.,, 5_, 8.4-83 General parts of assembled 83.5.9 84.3. 1macrine tools;Slide dimension
llaas'
Drf Rev Impl.Standard ID Standard Name e I
Year Month Day
GB 3668.5-83 General parts of assembled 83.5.9 84.3.1machine tools;Switch box dimension
7B 3668.6-83 General parts of assembled 83.5.9 84.3.1machine tools;Slide base dimension
C, B 3 8. 7-8.3 General parts of assembled 83.5.9 84.3. 1machine tools;Slide side base dimension
L . 8-, u,. -8I General parts of assembled 83.5.9 84.3. 1machine tools;Central base and tailstockd imension
. *3,,. + B3 General parts of assembled 83.5.9 84.3. 1machine tools;
Major axle elementsaimensions
,A:w '?-3 General parts of assembled 83.5.9 84.3. 1machine tools;Major axle elementsdimensions
17B 36 ,.. 10-83 General parts of assembled 83.5.9 84.3. 1machine tools;Dimension of headstockmajor axle end andadiJustable connectingpole
k-;B 3'68. 11-83 General parts of assembled 83.5.9 84.3. 1machine tools;Tailstock dimension
(L 36.8. 12-83 General parts of assembled 83.5.9 84. 3. 1machine tools;Floor type tailstockdimension
, 8. 13-83 General parts of assembled 8..5.9 84. 3. 1machine tools;Dimensions of flanged plateand end driving key used inassembling headstock
127
ff " ' ' ' 1 ' " ... ' ' ' A '
Draft Rev ImpiStandard ID Standard Name
Year Month Day
GB 3837.3-83 7:24 conical connection of 83 9.2 84. 10.1machine tools;Major axle end portion
GB 3837.3-83 7:24 conical connection of 83.9.2 84. 10.1machine tools;Major axle cross sectionkey
GB 3837.3-83 7:24 conical connection of 83.9.2 84. 10.1machine tools;Conical tool shank
GB , rE32-83 Precision of milling machine 83. 11.9 84. 10.1with un-elevating working
*bench
GB, 3.33-83, Precision of milling machine 83. 11.9 84. 10. 1with elevating workinghe nc h
4 . )017-83 Precision of radial drilling 83.12. 15 84. 10. 1mac h i ne
GB 4018-83 Cylindrical vertical 83. 12. 15 84. 10. 1drilling machine
GB 4019-83 Square vertical 83. 12. 15 84. 10. 1drilling machine
,'B 4020-83 General lathe precision 83. 12. 15 84. 10. 1
G 4021-81 Precise lathe precision 83. 12. 15 84. 10. 1
G 4022-83 Precision of plane grinder 83. 12. 15 84. 10. 1with horizontal axle squareworking bench
0: [General Machine Tool)
Gh 146cl-78 Electrical welding 78. 12. 14 79.5.1terminology
GB 15 71-79 Multi-layer heat presser 79.6.23 80.5.1Basic parameters
0128
Draft Rev. Impi
Standard ID Standard NameYear Month Day
(Gene--al Facility]
GB 782-79 Fixed, reciprocating piston 65.11.30 79.8.24 80.5.1type air compressorBasic parameters
GB 123-76 Air ventilator 76.6.5 77.1.1Performance test method
iGB 2.358-80 Crack Opening Displacement 80. 12.31 81.7. 1
(COD) test method
" ,b z658-81 Small axial fan 81.5.20 82. 1. 1
'8 '-6'_-- Noise detecting method for 82.2. 1 83. 1. 1fans and Russ air blowers
GB .3214- 82 Measurement of flow rate 82.10.8 8.3.b. Iof water pump
-. * , -,, entr'ifugal pump usec in 82. 10. 8 50. p-.
refinery, chemical andpetrochemical flow;General technical conditions
3 326--82 Centrifugal pump, mixing flow 82.10.8 83.6.1pump, axial pump, vortex pump;Testing method
;" 3235-82 Air ventilator basic types, 82. 11.6 83.7.1dimensions, parameters andperformance curves
B -3-835-8.3 Performance test method for 83.9. 8 84.5. 1general used, volumetric aircompressor
GB -sc43-83 Round holes and long holes 83. .1124 84. 10. 1screen mesh
[Power Facility]
CB 724-65 Part name of internal- 65.5.5 66. 1. 1combustion engines
(,B 725-82 Indexing rule for the name 65.5.5 82.7.6 83.3.1and type of internal-combustion engines
129
Standard ID Standard Name DYear Month Day
GB 72--65 index for rotating direction 65.5.5 66.1.1and cylinder of internal-combustion engine
-.,B 7 ,7-65 Indexing rule for turbo- 65-5.5 66.1.1charger used in dieselengines
CB 753-6 5 Steam boilers; 65. 11.30 66.5. 1Parameter series
SB 754-65 Steam engines; 65. 11.30 66.5. 1Parameter series
,95-81 Electrical machinery; 65. 11.30 81.12.18 82.8.1Basic technicalrequirements
n 1'- -74 Test of frame for 74.5.4 74 11.1internal-combustion engines
G-03 :147-74 internal-combustion engine; 74. 2. 12 74.8.iTechnical conditions
(1B 1148-82 Aluminum piston of 74.2.12 82. 12.21 83.10.1internal-combustion engines;Tec:hnical conditions
1-B i148-82 Piston ring of 74.2.12 82.12.21 83.10.1internal-combustion engines;
:,?, i50-82 Cast iron cylinder block 74.2.12 82.7.6 83,3.1of internal-combustionengines;Technical conditions
GB i5i-82 crankshaft and connecting 74.2. 12 82.7.6 83.3.1rod shaft of internal-combustion engines;Technical conditions
Gb 1576-79 Low pressure boiler water 79.7.31 80.5.1quality standard
i _; -_ Test for centrifugal 80. 329 80. I). 1cooling pump used forinternal-combustion engine
GB 1883-80 Reciprocating piston type of 80.3.29 80. 10.1internal-combustion engine;
130l-' i~ali i'lit i'l~l i ,lF
1 I_1 ! =DraftI I I Re.I I m !
Standard ID Standard Name D
Year Month Day
Terminology
GB l121i-80 Industry used steam boiler; 80.4.4 80. 10. 1Parameter series
GL, 2784-81 Intake and exhaust valves of 81. 10. 22 82. 8. 1internal-combustion engines;Technical conditions
GB 2785-81 Valve spring of internal- 81. 10. 22 82. 8. 1combustion engines;Tecnnical conditions
;B 280 -81 Metallographic examination 81. 11. 17 82. 8. 1for single casting piston
0' ring of internal-combustionengines
S240-82 Fuel injector, speed regula- 82.3. 16 82. 11. itor, fuel injector spring of
iese iengine;Technical conditions
GB 3166-82 Hot water boiler parameter 82.8. 11 83.5.1series
'- 326?-82 Internal-combustion engine 82.7.6 83.3.1timing gear;Technical conditions
GB 3270-82 Reciprocating Internal- 82.7.6 83.3.1combustion engines;Fngine orientation
,-- 7-82 Connectintg-rod bolts of 82. 7.6 83.3. 1
internal-combustion engines;Technical conditions
GB 31 272 - 82 Connectintg-rod nuts of 82.7.6 83.3.1internal-combustion engines;Technical conditions
1B 3-08-82 GF Type impeller powder 82. 12. 16 83.10.1
feeder
(.B 3508-863 Metallographic examination 83.2.22 84.1.1standard for castingaluminum pistonof internal-combustionengines
131
Draf t Rev. Imp>Standara ID Standard Name I
Year Month Day
B 3509-83 Metallographic examination 83. 2. 22 84. 1. 1standard for castingcylindrical piston ring(.-)f internal-combustionengines
(-:R V339-83 Basic type and technical 83.3.5 84.1.1conditions for high pressurefuel tube fitting used indiesel engine
,, 4)-8: Low pressure fuel tube fit- 83. 3. 5 84. 1. 1ting used in diesel engines;Spherical tube fitting
,I 4i- 8 Low pressure fuel tube fit- 83.3.5 84. 1. 1ting used in diesel engines;Hinge type tube fitting
S... - ,cw pressure rubber fuel 83. -. § . ..tube and fittings used indiesel engine
31 58IP-83 Cleanness test for 83.7.30 84.5. 1median-small internal-combust ion engines
L.'fting, Transportation, Construction Machinery]
A. - 7 Lifting weight series of 65. 11.30 66.7.1, r a n e
-3250 tons electrical, 65.12.7 66. 7. 1bridge type crane;Span series
, 7.1 -%,5 3250 tons electrical, 65. 12.7 66.7.10* bridge type crane;
2. Lifting height series
7- TD type belt conveyer; 67.3.4 77.9. 13 78. . 1Basic parameter and dimension
iB %8-77 TD type belt conveyer 67.3.4 77.9.13 78. 1. 1: . . transmission roller;
-' -.: " Basic parameter and dimension
1',B i9 1-77 Tb type belt conveyer 67. 3.4 77.9. 13 78. 1. 1
132
=~ ~~~~ "A "". %%, '"""" i
Draft j Rev. Impl.
Standard ID Standard NameYear Month Day
direction changing roller;Basic parameter and dimension
GB 990--77 TD type belt conveyer 67.3.4 77.9.13 78.1.1grooved supporting roller;Basic parameter and dimension
GB 1-t91-77 TD type belt conveyer 67.3.4 77.9.13 78.1. 1grooved adjusting roller;Basic parameter and dimension
GB 992-77 TD type belt conveyer 67.3.4 77.9. 13 78. 1. 1flat supporting roller;Basic parameter and dimension
GB 993-77 TD type belt conveyer 67.3.4 77.9.13 78.1.1flat adjusting roller;Basic parameter and dimension
GB, 994-77 TD type belt conveyer 67.3.4 77.9.13 78.1.1spiral tightening device;Basic parameter and dimension
GB 995-77 TD type belt conveyer 67.3.4 77.9.13 78.1.1vertical tightening device;Basic parameter and dimension
GB 996-77 TD type belt conveyer 67.3.4 77.9.13 78.1.1motor tightening device;Basic parameter and dimension
GB 1955-80 Construction hoister 80.5.15 80.12.1
GB 2657-81 Fog reamer 81.5.21 82.1.1
GB 3225-82 Hydraulic excavator bucket 82.10.22 83.7.1capacity demarcation
GB 3226-82 Mechanical excavator bucket 82.10.22 83.7.1capacity demarcation
GB 3732-83 Bag type air cushion plate; 83.6.22 84.4.1Basic parameters
GB 3811-83 Crane design standard 83.7.30 84.5.1
GB 3981-83 DDC belt type electro- 83.12.10 84.10.1magnetic iron cleaner
GB 3982-83 ZG type electro-magnetic 83.12.10 84.10.1
vibrating coal feeder
133
Standard ID Standard Name - R
Year Month Day
K ELECTRICAL ENGINEERING
[Electrical Engineering Summary]
GB 156-80 Rated voltage 59.5.25 80.12.22 81. 8. 1
GB 312-64 Electrical engineering 64.4.24 65.10.1system schematics;Schematic symbol
'IA 313-64 Electrical engineering and 64.4.24 65.10.1lighting plane schematics;Schematic symbol
GR 314-64 Telecommunication plane 64.4.24 65.10.1schematics;Schematic symbol
-'h -15-64 Character, symbol compiling 64.4.24 65. 10. 1ruies for eiectricalengineering equipment
GE 13i6-64 Return loop symbol of power 64.4.24 65.10.1system
GB 762-80 Electrical equipment; 65.11.30 80.11.10 81.5.1Rated current
,B 99-67 Direct current power draw 67.3.4 68.1.1voltage series
GB 1002-80 Type of single phase plug 67.3.4 80.12.9 68.1.1and sockets;Basic parameters anddimensions
GB 100-3-80 Type of three-phase plug 67.3.4 80.12.9 68.1.1and sockets;Basic parameters anddimensions
GB 1203-75 Common used character symbol 75.7.1 76.2.1of power equipment
GB 1245-76 Basic dimensions of parts 76.10.16 77.10.1of electrical equipment;Plate, adJustingplate and wire housing
0134
Standard ID Standard Name t IYear Month Day
GB 1498-79 Shell protection class of 79.2.28 79.10.1low voltage appliance
.B 1980-80 Electrical equipment 80.6.27 81.1.1Rated frequency
b -'099-80 Single phase, three phase 80. 12.9 81.7.1plug, socket;Technical condition
GB' 2681-81 Wire colors of electrical 81.6. 12 81.7.1engineering equipment
GB 82 -81 indicator light and button 81.6. 12 81.7. 1colors of electricalengineering equipment
(-B 2900. 1-82 Terminology of electrical 82.2. 12 82. 10. 1engineering;Basic terminology
rminology of eotrical leti* engineering;
Electrical equipment insula-tion material
'B 2900. 8- Terminology of electrical / ,.engineering;Insulator
1' 2900.9- Terminology of electrical 6. d.2.engineering;Plug
GB 2900. i2-A Terminology of electrical I3,/O0 ro.Iengineering;Lighting arrestor
GB 2900.15-82 Terminology of electrical 82.2.12 82.10.1engineering;Transformer, inductor, regu-lator, reactor
f;B 2c 00. 16-8 Terminology of electrical Fi, 1, d .4.iengineering;Power capacitor
cb 2900. 17-8) Terminology of electrical /3, /O) .engineering;Relay and relay protection
135
04
Draf t Rev ImphStandard ID Standard Name
Year Month Day
device
GB 2900.18-82 Terminology of electrical 82.2. 12 82. 10.1engineering;Low voltage appliance
GB 2900.19-82 Terminology of electrical 82.3.4AJ 82-10.1engineering;High voltage testing tech-nology and insulationcoup1ing
GB 2900. 23-8 Terminology of electrical 0?./4)04 0.engineering;Industry electrical heatingequipment
GB 2900. 25-82 Terminology of electrical 82.Z)4 82.J9engineering ;
F e:.-trical maciinery
2900.26-81 Terminology of electricalengineering;Controllable micro electricalmachinery
GB 2900.28-82 Terminology of electrical L-3 ... lengineering;Power tool
(B 2900.32-82 Terminology of electrical 82. lIDengineering;Electrical semiconductorappliance
GB 2900.33-82 Terminology of electrical A7. .82. 1engineering;Convertor
GB 2900. 34-89 Terminology of electrical 3. 14-, f.t. Iengineering;Electric transmission and itsautomatic control
(.B ,_00.35-8k Terminology of electrical OA1 iengineering;Anti-explosion appliancedevice used in an explosive
136
@7.
Draft Rev. Impl.Standard ID Standard Name __ I
Year Month Day
environment
GB 2900. 36-8$ Terminology of electrical f . /O. / f.4, /engineering;Power drawing
GB 2900.37-0 Terminology of electricalengineering;Battery specialized equip-men t
GB 2900.39-8E Terminology of electrical 03./O.?,engineering;Electrical machinery, trans-former specialized equipment
2,' 2 4900. -8% Terminology of electrical @i.2 12engineering;Water wheel machine, waterpump and energy storage pump ;lop
Te'rtnirilo'y of electrical Be i0.engineering;Sleam wheel machine and itsaccessory devices
_, >i-0. 4 7-8 Terminology of electrical t2.El1-engineering;Gas turbine
GB 2900.48-83 Terminology of electrical we-!.-. 12engineering;Fixed type boiler
(GB 3805-83 Safety voltage 83.7.20 84.5.1
-B 3926-83 Rated voltage of medial 83. 11. 11 84. 10. 1frequency equipment
GB 4026-R3 General rules for distinc- 83. 12. 17 84. 10. 1tion of the wire connectionend of appliance and itsmarking by using charactersand symbols
GB 4064-83 Safety design guides for 83.6. 22 84. 10. 1electrical equipment
137
J0611
Draft Rev. imp!
Standard ID Standard Name -- IYear Month Day
[Electrical Engineering Material]
GB 767-65 Measurement tangential 65.12.3 66.7.1value for power cablemedium loss angle;(Alternating high voltagecurrent bridge method)
GB 1169-74 Common used rubber-covered 74.4.3 74.11.1cable
(B 1170-74 Mining used rubber-covered 74.4.3 74.11.1cable
' D 1179-83 Aluminum twisted wire and 74.10.21 83.12.16 84.12.1steel wick aluminum twistedwire
tG;B 1193-74 Polyester enamel-insulated 74.12.3 75.6.1round wire;(copper, aluminum)
S GB i302-77 "3020, 3021 phenolic layer 77.2. 10 71. 12. 1pressed cardboard
GB 1303-77 3240 epoxy phenolic layer 77.2.10 77.12.1pressed cardboard
GE 1304-77 Products of thermo- 77.2.10 77.12.1hardening, layer-pressed.electrical engineeringused insulation;General testing method
GB 1305-77 Products of thermo- 77.2.10 71.12.1hardening, layer-pressed.electrical engineeringused insulation;General rules foracceptance, packing, markingstorage and transportation
GB 1306-77 2210, 2212 oil varnished 77.2.10 . 12. 1silk
GB 1307-77 2430 asphalt alcohol glass 77.2.10 7f. 12.1varnished cloth
GB 1308-77 2432 alcohol glass 77.2.10 71.12.1
varnished cloth
138
Draf t JRev. Impi.Standard ID Standard Name _
Year Month Day
GB 1309-77 Electrical engineering 77.2 10 77.1 .1insulation varnished cloth;Test method
GB 1310-77 Varnished cloth used in 77.2. 10 77. 12. 1electrical engineeringinsulation;General rules foracceptance, packing, markingstorage and transportation
GB :313-77 Condensed aldehyde enamel- 77.2.24 7P.12.1
insulated, round copper wire
b i342-77 Glass fiber wire 77.9.10 78.4.1
C5 1343-77 Wind wrapped, electro- 77.9.10 78.4.1magnetic wire;Testing method
I403-78 Test for working frequency, 78.7.21 79.3. 1
reakin voltage,breaking strength, andvoitage-resistancy ofinsulating material used insolid electrical engineering
(-B 1409-78 Relative dielectric constant 78.7.21 79.3.1and medium loss angle tangentof solid electrical engineer-ing insulating material underworking frequency, audio fre-quency, high frequency condi-tion;Testing method
'5b 1410-78 Test of insulation resist- 78.7.21 79.3.1ance, volumetric resistancecoefficient and surfaceresistance forsolid electrical engineeringinsulation material
S141;-78 Test of high voltage, 78.7.21 79.3.1small current, intermittentarc resistancefor solid electricalengineering insulationmaterial
139
Dra t Rev I P
Standard ID Standard Name a RYear Month Day
GB 1981-80 Solvent-contained paint of 80.7.1 81.1.1electrical engineeringinsulation;Testing method
;f 1994-80 Physicochemical analysis 80.8.4 81.3. 1for electrical carbonproducts
(B 2346-80 Hydraulic gasdynamic system 80.12.31 81.7.1and its elements nominalpressure series parameters
GB 2347-8u Series parameters of 80. 12.31 81.7. 1nominal output volumeof hydraulic pump and motor
.GB 2348-80 Hydraulic, gas-driven 80. 12.31 81.7. 1system ana its elements;Cylinder diameter and pistonrod external diameter series
3S -:4:,-,0 Hydraulic, gas-driven 80. 12.31 81. 7". Isystem and its elements;Piston displacement series
B 2350-80 Hydraulic, gas-driven 80. 12.31 81.7. 1system and its elements;Piston rod thread type anddimension series
GB2i-80 Hydraulic, gas-driven 80. 12.3i 81.7. 1system and its elements;Hose nominal inner diameterseries
(,B 23,2-80 Hydraulic; 80. 12.31 81.7. 1Nominal pressureand volume seriesof divided type, energystorage container
,-;B 2':53. 1-80 Dimension series and 80. 12.31 81.7. 1marking of hydraulic pumpand motor flange andaxle extension;
C, B :421-81 Procedures of basic 81.8. 10 82.4.1environment test for
140
Draft Rev. I mpIStandard ID Standard Name __ _
Year Month Day
electronic productsof electrical engineering;General rules
(,B 2422-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Terminology
GB 2423. 1-81 Procedures of basic 81 8. 10 82.4.1environment test forelectronic productsof electrical engineering;Test A: Low temperaturetesting method
GB 2423.2-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Tes:t B: High temperaturetest
GB 242.3-81 Procedures of basic 81. 8. 10 82.4. 1environment test forelectronic productsof electrical engineering;Test Ca: Constant damp andhot test
(-B 2423.4-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Test Db: Alternative damp andhot test
GB 2423.5-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Test Ea: Impacting test
hB 242.3.6-81 Procedures of basic 81. 8. 10 82.4.1environment test forelectronic productsof electrical engineering;Test Eb: Collision test
141r0O
Draft Rev. I I8 Standard ID Standard Name Draft _Rev.__mp_.
Year Month Day
GB 2423.7-81 Procedures of basic 81.8. 10 82.4. 1environment test forelectronic productsof electrical engineering;Test Ec: Topple and flipover test
( p, 2423. 8-81 Procedures of basic 81. 8. 10 82.4.1environment test forelectronic productsof electrical engineering;Test Ed: Free fall test
242.. 10-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Test Fe: Vibration (sine)test
11 423.1 -8ZProcedures of basic 81.8. 10 62.4environment test forelechtronic productsof electrical engineering;Test Fd: Wide band randomvibration test;General requirements
GB 2423. i2-4 Procedures of basic 81. 8. 10environment test forelectronic productsof electrical engineering;Test Fd: Wide band randomvibration test;High repeat probability.--,,
GB 2423. 13-8)Procedures of basic 81.8. 10environment test forelectronic productsof electrical engineering;Test Fdb: Wide band randomvibration test;Middle repeat probability I. -.
CE 2423. 14-81Procedures of basic 81.8. 10environment test forelectronic productsof electrical engineering;Test Fdc: Wide band randomvibration test;
142S ,-d - t lh
Draft Rev. Impi.Standard ID Standard Name
Year Month Day
Low repeat probability
GB 2423. 15-81 Procedures of basic 81.8. 10 82.4.1environment test forelectronic productsof electrical engineering;Test Ga: Constant accele-ration test
GB 2423. 16-81 Procedures of basic 81.8. 10 82.4.1environment test forelectronic productsof electrical engineering;Test J: Mildew test
B 242.3.17-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Test Ka: Salt mist test
,. . : - Procedures of basic 81. 8. 10 8 .4. 1environment test forelectronic productsof electrical engineering;Test Kc: Sulphur dioxidetest for contactingpoints and connecting parts
GB 2423.20-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Test Kd: Sulphuratedhydrogen test for contactingpoints and connecting parts
GB 2423.21-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Test M: Low atmospheric:pressure test
GB 2423.22-81 Procedures of basic 81.8.10 82.4. 1environment test forelectronic productsof electrical engineering;Test N: Temperaturevariation test
14304
Draft Rev. ImpStandard ID Standard Name
Year Month Day
GB 2423. 23-8IProcedures of basicenvironment test forelectronic productsof electrical engineering;Test Q: Seal
GB 2423.24-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Test Sa: Simulated surfacesolar radiation test
GB 2423. 25-81 Procedures of basic 81. 8. 10 82.4. 1environment test for
*electronic productsof electrical engineering;Test Z/AM: Synthetic testof low temperature/low atmospheric pressure
(: F43.26-si Procedures of basic 81. 8. 10 82.4. ienvironment test forelectronic productsof electrica. engineering;Test Z/BM: Synthetic testof high temperature/low atmospheric pressure
S2 -4237.7-81 Procedures of basic 81. 8. 10 82.4.1environment test forelectronic productsof electrical engineering;
* Test Z/BM: Continuous,synthetic testof low temperature/low atmospheric pressure/dump heating
-B ;42. 28-8A Procedures of basicenvironment test forelectronic productsof electrical engineering;Test T: Tin welding
GB 2423.29-8XProcedures of basic 8environment test forelectronic productsof electrical engineering;
144@4
Draf t Rev. jimpi.Standard ID Standard Name __ _
Year Month Day
Test U: Leading end and unitinstallation strength
GB 2423. 30-8%,Procedures of basicenvironment test forelectronic productsof electrical engineering;Test XA: Soaking in cleaningsolution
-1B :424. 1-81 Procedures of basic 81. 8. 10 82. 4. 1
environment test forelectronic productsof electrical engineering;Guide lines forhigh temperature, lowtemperature test
;T -. 24. 2-81 .PrOcedures of basic 81. 8. 10 82. 4. 1environment test foreiectronic products
c engineering;iuice lines for
SIal1m ho t test
lB 2424.3-81 Procedures of basic 81. 8. 10 82.4. 1environment test forelectronic productsof electrical engineering;Guide lines forimpact test
0 ,l 2424. 4-81 Procedures of basic 81. 8. 10 82.4. 1
environment test forelectronic productsof electrical engineering;Guide lines forcollision test
'-B 2424. 5-81 Procedures of basic 81.8. 10 82.4.1environment test forelectronic productsof electrical engineering;Guide lines forTopple and flip over test
GB 2424.6-81 Procedures of basic 81. 8. 10 82.4. 1environment test forelectronic productsof electrical engineering;
145
Standard ID Standard Name t I
Year Month Day
Guide lines forFree fall test
GB 2424. 7-81 Procedures of basic 81.8. 10 82.4.1environment test forelectronic productsof electrical engineering;Guide lines forVibration (sine) test
., 2424. 8-81 Procedures of basic 81. 8. 10 82. 4. 1environment test forelectronic: productsof electrical engineering;Guide lines forConstant acceleration test
GB 2424. 9-81 Procedures of basic 81. 8. 10 82. 4. 1environment test forelectronic productsof electrical engineering;* ;,iidi n' dc: cumentat ion):iiae lines formilclew test
13 2424. 10-81 Procedures of basic 81. 8. 10 82.4. 1environment test forelectronic products
of electrical engineering;General guide lines foratmospheric erosion acce-leration test
i; .'424. !i-8LProc:edures of basic 82.4.1environment test forelectronic productsof electrical engineering;Sulphur dioxide test guidelines for contacting pointsand connecting elementso..,, ),;. 1. . I
-, 2424. i2-8, Procedures of basic e. a. t& 82.4.1environment test forelectronic products(-)f electrical engineering;Sulphurated hydrogen testguide lines for contactingpoints and connectinge ement. s
146
@. Q~Jp.
AL Draf t Rev. I Ip.Standard ID Standard Name D IYear Month Day
GB 2424.13-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Guide lines fortemperature variation test
GB 2424.14-81 Procedures of basic 81.8.10 82.4.1environment test forelectronic productsof electrical engineering;Guide lines forsolar radiation test
GB 2424.15-81 Procedures of basic 81.8. 10 82.4.1environment test forelectronic productsof electrical engineering;Guide lines forterperature/Low atmosphericpressure combination test
:.-B 2424. l6-.SLProcedures of basicenvironment test forelectronic productsof electrical engineering;Guide lines forseal test ,l,/
GB 2424. 17-8 Procedures of basicenvironment test forelectronic productsof electrical engineering;Guide lines fortin welding test
iGB 242-4. 18-81 Procedures of basic 1environment test forelectronic productsof electrical engineering;Guide lines forSoaking in cleaningsolution test
GB 2643-81 Electrical engineering 81.5.12 81.12.1insulation solvent-freepaint;Testing method
GB 2951.1-82 Electric wire and cable; 82.3.22 83.3.1
147
Draft I Rev. ilmpl.
Standard ID Standard Name D RYear Month Day
General rules for mechanicalphysical performance test
GB 2951.2-82 Electric wire and cable; 82.3.22 83.3.1Measurement ofinsulation thickness
GB 2951.3-82 Electric wire and cable; 82.3.22 83.3.1Measurement ofProtection cover thickness
GB 2951.4-82 Electric wire and cable; 82.3.22 83.3.1Measurement ofouter diameter
5E 2951.5-82 Electric wire and cable; 82.3.22 83.3.1insulation mechanical per-formance testing method
C;B 2951.6-82 Electric wire and cable; 82.3.22 83.3.1Protection cover mechanicali erformanc test
S- 2. 7-2 Electric wire and cable; 82.3.22 83.3. 1Air box heat ageingtest
GB 2951. 8-83 Electric wire and cable; 83. .1124 84.7.1Air elastic ageingtest
2951. 9-83 Electric wire and cable; 83. 11.24 84.7.1Oxygen elastic ageingtest
GB 2951. 0-82 Electric wire and cable; 82.3.22 83.3. 1Polyvinyl chloride insula-tion thermal weight losstest
GB 2,,1 11-82 Electric wire and cable; 82.3.22 83.3.1Test of thermal weightloss of polyvinyl chlorideprotection cover
GB -951.12-82 Electric wire and cable; 82.3.22 83.1Low temperature windingtest
GB 2951. 13-82 Electric wire and cable; 82.3.22 83.3.1
148
0
Draft Rev. Impi.~ Standard ID Standard Name __ _
I Year Month Day
Low temperature tensiletest
G, 2951.14-82 Electric wire and cable; 82.3.22 83.3.1Low temperature impacttest
GB 2951. 15-82 Electric wire and cable; 82.3.22 83.3.1Oil soaking test
GB 2951.16-82 Electric wire and cable; 82.3.22 83.3.1High temperature andpressure test forinsulation
GB 2951.17-82 Electric wire and cable; 82.3.22 83.3.1High temperature andpressure test forprotection cover
15. I8-82 Electric wire and cable; 82.3.22 83.3. 1Trnerra., extension test
iw, . -. i-_;2 Electric wire and cable; 82.3.22 83. 3. 1Burning test
GB 2951.21-82 Electric wire and cable; 82.3.22 83.3.1Soft wire and soft cable;curve winding test
B 2951. 2.3-82 Electric wire and cable; 82.3.22 83.3.1Bending test
GB 2951. 24-82 Electric wire and cable; 82.3.22 83.3.1*, Naphtheic acid copper
content test for outerprotection cover
GB 2951.25-82 Electric wire and cable; 82.3.22 83.3.1Anaerobe erosion testfor outer protectioncover
U *B 295i.26-82 Electric wire and cable; 82.3.22 83.3.1Salt bath test
C; B 2951.27-82 Electric wire and cable; 82.3.22 83.3.1
Erosion spread test
GP, 2951. 28-82 Electric wire and cable; 82.3.22 83.3.1
149
Draft j Rev. j Impi.
Standard ID Standard Name __ _
Year Month Day
Squeezing scrap testGB 2951.29-83 Ele-tric wire and cable; 83.11.24 84.7.1
Water absorption test;Weight method
GB 2951.30-83 Electric wire and cable; 83.11.24 84.7.1Water absorption test;Voltage method
GB 2951.31-83 Electric wire and cable; 83. 1124 84.7.1Anti-cracking test forPolyvinyl chlorideinsulation
I 2.51.32-83 Electric wire and cable; 83.11.24 84.7.1Anti-cracking test forpolyvinyl chlorideprotection cover
GP, 295i. 33-83 Electric wire and cable; 83. 11. 24 84.7. 1Contract ion test
1B 951.34-83 Electric wire and cable; 83.11.24 84.7.1Anti-tear test
,B 2951.35-83 Electric wire and cable; 83.11.24 84.7.1Anti-ozone test
(,F 2951..36-83 Electric wire and cable; 83.11.24 84.7.1Carbon black content test
GB 2951.37-83 Electric wire and cable; 83.11.24 84.7.1Oxidization induce period
* test
GB 2952-82 Electric cable; 82.3.22 83.3.1External protection layer
GB 3048.1-83 Electric wire and cable; 83.11.24 84.7.1
General rules for electric
performance test
GB 3048.2-83 Electric wire and cable; 83.11.24 84.7.1Metal conductor specificresistance test
,B 3048.3-83 Electric wire and cable; 83.11.24 84.7.1Semi-conducting rubberplastic material specific
150
Draft Rev. Imp l~ Standard ID Standard Name I I
Year Month Day
resistance test
GB 3048.4-83 Electric wire and cable; 83.11.24 84.7.1Wire wick direct currentresistance test
GB 3048.5-83 Electric wire and cable; 83.11.24 84.7.1Insulation resistancetest;Detector comparison method
GB 3048.6-83 Electric wire and cable; 83.11.24 84.7.1Insulation resistancetest;Voltage-current method
GF -3048.7-83 Electric wire and cable; 83.11.24 84.7.1Anti electric mark test
GB 3048.8-83 Electric wire and cable; 83.11.24 84.7.1Alternating voltage test
GE >'48.9-83 Electric wire and cable; 83.11.24 84-7. 1Insulated wire wick workingfrequency spark test
(B SW)48.10-82 Electric wire and cable; 82.3.22 83.3.1Squeezed out anti-erosionprotection cover sparktest
G, 3048.11-83 Electric wire and cable; 83.11.24 84.7.1Test of tangent of lossangle for medium
GB 3048.12-83 Electric wire and cable; 83.11.24 84.7.1NLocal discharge test
GB 3952-83 Electrical engineering 83.11.26 84.10.1Round copper post
GB 31953-83 Electrical engineering 83.11.26 84.10.1Round copper wire
,'B 39r4-83 Electrical engineering 83.11.26 84.10.1Round aluminum post
G B 3955-83 Electrical engineering 83.11.26 84. 10.1Round aluminum wire
151
.0
Draft j Rev. Impl.Standard ID Standard Name __ _
Year Month Day
GB 3956-83 Copper, aluminum wire wick 83.11.26 84. 10. 1of wire and electric cableused in electric equipment
GB 3957-83 Copper, aluminum wire wick 83.11.26 84.10.1of power cable
GB 3958-83 Rubber insulating, weaved, 83.11.26 84.10.1soft electric wire
GB 3969-83 35 kV and under 83. 12.9 84. 10.1transformer ceramic sleeve
GB 3970-83 Power and communication 83.12.9 84.10.1circuit, needle type insula-tor, steel foot
GB 4004.1-83 Electric wire, electric 83.12.13 84.12.1cable machine used wireplate;Types and dimensions
S :B 4.0 4. 83 Eiectric wire, electric t3. 1Z. 13 84. 1z. 1cable machine used wireplate;Technical requirement
GB 4005.1-83 Electric wire, electric 83.12.13 84.12.1cable delivery plate;Types and dimensions
_ Th 4005.2-83 Electric wire, electric 83.12.13 84.12.1rable delivery plate;Technical requirement
GB 4006. 1-83 Winding wire, cylindrical 83.12.13 84. 12. 1wire plate;Types and dimensions
'FGB 4006.2-83 Winding wire, conical 83.12.13 84.12.1wire plate;Types and dimensions
_-B 4006. 3-83 Winding wire, wire bucket; 83.12.13 84. 12. 1Types and dimensions
tlB 4006-,.4-83 Winding wire, wire plate; 83.12.13 84.12.1Technical requirement
GB 4006. 5-83 Test for winding wire, 83.12.13 84.12.1
152
0 ' " " ..° ' 'e',' . ¥ ,.
Draft Rev. j Impi.0 Standard ID Standard Name __ _
Year Month Day
wire plate
GB 4011-83 1.2/4.4 mm coaxial, 83. 12. 15 84.10.1systhetic communicationcable
GB 40i?- 63 2.6/9.5 mm coaxial, 83.12.15 84.10.1systhetic communicationcable
GB 4056-83 Connecting structure dimen- 83. 12.20 84. 10. 1sion of hanging typeinsulator used on highvoltage power ine
,i;F 4074. 2-83 Test for enameled wire; 83. 12. 24 84. 12. 1Dimension measurement
G 4074.3-83 Test for enameled wire; 83. 12.24 84. 12. 1Extension rate test
. et -or enameled wire; 83. 12.'24 84. .IBouncing test forround wire
GB 4074.5-83 Test for enameled wire; 83. 12.24 84.12.1Bouncing test forflat wire
(-'B 4074.6-83 Test for enameled wire; 83. 12.24 84. 12.1Pound winding wire test
GB 4074.7-83 Test for enameled wire; 83. 12.24 84. 12.1Flat wire bending test
G, 4074. 8-83 Test for enameled wire; 83.12.24 84.12.1Rapid stretch breaking test
GB 4074.9-83 Test for enameled wire; 83. 12.24 84. 12.1Peeling test
,reGB 4074. 10-83 Test for enameled wire; 83. 12.24 84. 12. 1
Enamel film adhesivenesstest for flat wire
("B 4074. 11-83 Test for enameled wire; 83. 12.24 84 12. 1Thermal impact testior round wire
(GB 4074. 12-83 Test for enameled wire; 83. 12.24 84. 12. 1
153
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Draft. Rev. I impi.Standard ID Standard Name __ _
Year Month Day
Thermal impact testfor flat wire
,GB 4074. 13-83 Test for enameled wire; 83. 12. 24 84. 12. 1Soften penetrating testfor round wire
GB 4074.14-83 Test for enameled wire; 83. 12.24 84. 12.1One direction, enamelscratching test
GB 4074. 15-83 Test for enameled wire; 83.12.24 84.12.1Dual-direction enamelscratching test
GB 4074.16-83 Test for enameled wire; 83. 12.24 84. 12.1Solvent persistence test
GB 4074. 17-83 Test for enameled wire; 83. 12.24 84. 12. 1Penetrating voltage testfor round wire
GE 4C74. 1--83 Test for enameled wire; 83. 12.24 84. 12. iPenetrating voltage testfor aluminum foil
GB 4074. 19-83 Test for enameled wire; 83. 12.24 84. 12.1Penetrating voltage testfor steel ball
(-,1- 4074. 20-83 Test for enameled wire; 83. 12.24 84. 12.1Enamel film continuity test
GB 4-)74.21-83 Test for enameled wire; 83. 12.24 84. 12.1Heat persistence test
GE 4074.'22-83 Test for enameled wire; 83. 12.24 84. 12.1Test for loss angletangent (t ) of medium
gGB 4074. 23-83 Test for enameled wire; 83. 12.24 84. 12.1
Water content persistenttransformer oil test
GB 4074. 24-83 Test for enameled wire; 83. 12. 24 84. 12. 1Weight loss test
:;,B 4074.25-83 Test for enameled wire; 83. 12.24 84. 12.1Effectiveness loss due tohigh temperature test
154
Draft Rev. I Impi.Standard ID Standard Name D I
Year Month Day
GB 4074.26-83 Test for enameled wire; 83.12.24 84.12.1Tin wilding test
GB 4074.27-83 Test for enameled wire; 83.12.24 84.12.1Thermal glue test
GB 4074.28-83 Test for enameled wire; 83.12.24 84.12.1Anti-freezer test;Chloro-ethylene and methane(B ) extraction method22
G?. 40_74.29-83 Test for enameled wire; 83. 12.24 84. 12.1Anti-freezer testChloro-fluoro-methane(B ) extraction method22
-1 4074. 30-83 Test for enameled wire; 83.12.24 84.12.1Anti-freezer testChioro-fluoro-methane(B ) solvent method
0., 4074.31-83 Test for enameled wire; 83.12.24 84.12.1Anti-freezer testChloro-fluoro-methane(B) bubble method
22GB 40,71H. 1-83 Radio frequency cable 83.12.27 84.12.1
Electric shock test
GB 4098.2-83 Radio frequency cables; 83.12.27 84.12.1Measurement of unbalancefor electric capacitor andcapacitance
,B 4()98. ,--83 Radio frequency cables; 83.12.27 84. 12.1Measurement ofcharacteristic impedance
GB 4098.4-83 Radio frequency cables; 83. 12.27 84. 12.1Measurement ofdecaying constant measuring
GB 4098. 5-83 Radio frequency cables; 83. 12.27 84. 12. 1Capacitance stabilitytest
GB 4098.6-83 Radio frequency cables; 83.12.27 84.12.1Decaying stabilitytest
155
Draft Rev. Impi.
~ Standard ID Standard Name IYear Month Day
GB 4098.7-83 Radio frequency cables; 83. 12.27 84. 12.1High temperature test
GB 4098.8-83 Radio frequency cables; 83. 12.27 84.-12.1Low temperature test
GB 4098.9-83 Radio frequency cables; 83. 12.27 84. 12.1Floating test
GB 4098.10-83 Radio frequency cables; 83.12.27 84. 12.1Dimensional stability test
[Electrical Equipment]
A311. 1-83 Insulation assembly for 64.4.20 83. 12.27 85.10.1high voltage power trans-mission and transformationequ i pinent
,-.!-Eri voitage power test 64. 4. 2C0 83. 12. 27 85. 10. 1technology, part I;General test condition andrequirement
G, 31I. 3-83 High voltage power test 64. 4.20 83. 12.27 85. 10. 1technology, part II;Test procedures
GB 311.4-83 High voltage power test 64. 4.20 83.12.27 85. 10. 1technology, part III;Measuring device
G3 311.5-83 High voltage power test 64.4.20 83.12.27 85.10.1technology, part IV;Measuring device operationrules
GB 311.6-83 High voltage power test 64.4.20 83.12.27 85.10.1technology, part V;
Measurement of ballclearance
GB 763-74 Heating occurs during long 65.11.30 74. 10.21 75.5.1working period of the alter-nating current, high voltageequipment
GB 998-82 Low voltage equipment; 67.3.4 82.7.28 83.10.1
156
Draft r Rev. ! Impl,
9 Standard ID Standard Name IYear Month Day
Basic test
GB 1336-77 Manufacture inspection 77.5.22 78.1.1procedures for anti-explosion electric equipment
GB 1497-79 Low voltage electric 79.2.28 79.10.1equipment;Basic standard
GB 3836. 1-83 Anti-explosion electric 83.8.29 85. 1. 1equipment used in explosiveenvironment;General requirement
GB 3836. 2-83 Anti-explosion electric 83.8.29 85. 1. 1equipment used in explosiveenvironment;Explosion separated typeequipment "d"
-....... -.5 Anti-explosion electric 83.8.29 8. 1.1equipment used in explosiveenvironment;Safety upgrade type equip-ment "e"
(,B 3836.4-83 Anti-explosion electric 83.8.29 85. 1. 1equipment used in explosiveenvironment ;Essential safety type circuitand equipment "i"
GB 4055-83 Mechanical type timer used 83.12.20 84.10.1in electrical fan
[Rotary Electrical Machinery]
GB 755-81 Electrical mechinery; 65.11.30 81.12.18 82.8.1Basic technology requirement
GB 756-79 Electrical mechinery; 65. 11.30 79.6.23 80.5.1Cylindrical axle extension
GB 757-7'9 Electrical mechinery; 65.11.30 79.6.23 80.5.1Conical axle extension
GB 758-65 Electrical mechinery; 65.11.30 66.7.1Height of axial line
157
SDraf t Re implStandard ID Standard Name Da e
Year Month Day
GB 759-65 Electrical mechinery; 65.11.30 66.7.1Types and dimensions offixed flange
GB 760-65 Electrical mechinery; 65. 11.30 66. 7. 1Symbols for assembly dimen-sion and external dimension
GB 761-65 Three-phase asynchronous 61.11.30 66.7.1motor rated power, voltageand rotation speed (powerfrom 0.6 to 100 kilowatts)
GB'9')7-8i Index for electrical 67.3.4 81. 12.22 82. 8. 1mechinery structure andinstallation type
GB 1029-80 Three-phase synchronous 67. 12.24 80. 8. 2 66.7. 1electrical mechinery;Testing method
. :.P ji0.-68 Median, small three-phase 68.5.14 68. C). i
.0, asynchronous motor;
Testing method
GB 1 26-75 Micro electrical mechinery 75.7.31 76.2.iterminology and index(Part I)
GB 1.311-77 Direct current electrical 77.2.24 77. 12.1mechinery;Testing method
GB 1585--79 Micro driving electrical 79.9.3 80. 1. 1mechinery;Terminology and index
GB 1971-80 Electrical mechinery; 80.5.23 80.8. 1End of line marking androtation direction
GB 1993-80 Electrical mechinery; 80.8.2 81. 1. 1Cooling method
GB 2806-81 Electrical mechinery; 81. 11.7 82.7.1Measurement of noise
GB 2807-81 Electrical mechinery; 81. 11.7 82.7.1Measurement of vibration
158
A)&Draft. Rev. impi.-S_ Standard ID Standard Name __ _
Year Month Day
GB 28j9-81 Alternating current working 81. 12. 12 82. 10. 1
frequency movingsubstat ion;General technologicalrequirement
GB 2820-81 250 to 3200 kilowatts diesel 81. 12. 12 82. 10. 1generator set;Basic technology requirement
GE 337-83 Washing machine used XD- 83.3. 10 84.1.1type motor;Technical conditions
(Power Control and Operation]
c 3 3797-83 Electric control equipment 83.7.16 84.5.1Part II;Electric control equipmentequipped with electronic
. apparat us
(Power Supply]
-*B 2296-80 Solar battery type naming 80. 12.23 81.8. 1method
-B 2297-80 Solar battery terminology 80. 12.23 81. 8. 1
[Transmission, Transformation Equipment]
GB 768-81 Power station used outdoor 65.12.3 81.6.16 81.12.1needle type post ceramicinsulator
GB 7,9-7,1 Power station used, 65. 12.3 Ot-6. iindoor post ceramicinsulator for 35 KV andtinder
GB 770-81 Power station used, 65.12.3 81.6.16 81.12.1outdoor wall penetratingpipe for 35 kV and under
GE 771-81 Power station used, 65. 12.3 81.6. 16 81. 12. 1indoor wall penetrating
159
Mal
Draf t JRev. Jimpi.Standard ID Standard Name I
Year Month Day
pipe for 35 kV and under
c-B 772-0 High voltage electric 65.12.3 77.6.4 78.4.1ceramic elements;Technical conditions
7? , 77S-1,B Low voltage electric 65.12.3 77.6.4 78.4.1
ceramic elements;Technical conditions
E/ 774-81 Overhead communication 65. 12.3 81.6. 16 81. 12. 1line needle-type ceramicinsulator
_GB 775-7- insulator test 65. 12. 3 79. 4. 28 79 12. 1
--L 1000-81 High voltage power line 67.3.4 81.6.16 81.12.1needle-type ceramicinsulator
7?:. ){JK-80 Plate-shape, hanging type 67. 3.4 8(. 5. 15 81 1. 1:-:erari.ic insulator used onnigh voltage -power line
IB 1094-779 Power transformer 71. 11. 19 79. 12. 26 80. 5. 1
GB 1207-75 Voltage inductor 75.9. 8 76. 4. 1
G3B 208-75 Current inductor 75.9. 8 76. 4. 1
CB 1247-77 Aluminum conductor and 77.2. 8 77. iz. 1major line type, wallpenetrating pipe
* G, i248-77 Outdoor stick type post 77. 2. 8 77. 12. 1insulator
-78 Low voltage, overhead power 7. 4.78line insulator
,- 1Tii'7-78 Overhead power line used 7'4. 10 78. 11. 1tighteniig insulator
* i 88-78 Low voltage, wiring used 7.4.10 7b. 11. 1insulator
GB 1}3-78 Insulator use on 77. 4. i 78. 11. 1power line ofelectrical train
160
@won
Draft Rev. impi,
Standard ID Standard Name IYear Month Day
(3B 1390-78 Butterfly type insulator 78.4. 10 78.11.1used on high voltagepower line
GB 1984-80 Alternating current, high 80.7. 10 80. 12.1voltage circuit breaker
(;B 1985-80 Alternating current, high 80. 12. 27 81. 8. 1voltage cut off switch
GB 2314-80 power tools. 80.12.27 81.8.1General specificatin
,.> 5-80 Indicating damage loading 80. 12.27 "81.8. 1series and partsconnection dimensionsof power me-t-e4 tool
B ;'-16-80 Power metal tool products; 80.12.27 81.8.1Type naming method
h 2.317-80 Power metal tool inspection 80. 12.27 81. 8. 1rules, testing method,marking and packing
,1:B ;31.8 - 8 0 Hanging line clamp 80. 12.27 81" 8. 1
GB 2319-8_0 Hanging line clamp; 80. 12.27 81. 8. 1Hanging plate
GB 2320-80 Bolt type of extension- 80. 12. 27 81. 8. 1resisting line clamp
GB 2322-80 Wedge type, extension- 80. 12.27 81. 8. 1resisting line clamp
GB 2.323-80 Hanging ring for ball head 80.12.27 81.8.1
GB 2324-80 Hanging plate for bowl head 80.12.27 81.8. 1
GB 2325-80 U shaped hanging ring 80. 12 27 81 8. 1
GB 2326-80 Hanging ring 80. 12 27 81 8. 1
GB 2327-80 Hanging plate 80. 12.27 81.8.1
GB 2328-80 Connecting plate 80. 12.27 81.8.1
GB 2329-80 U shaped screw 80. 12 27 81 8. 1
4 GB 2330-80 Butterfly shaped plate 80. 12 27 81. 8. 1
GB 2331-80 Continuation tube; 80. 12.27 81 8. 1
161
Draf t Rev. Impi.Standard ID Standard Name [ I
Year Month Day
Elliptic shape
GB 2332-80 Continuation tube; 80.12.27 81.8.1Circular shape
GB 2333-80 Repaired tube 80.12.27 81.8.1
GB 2334-80 Line clamp 80. 12.27 81.8.1
GB 2335-80 Slotted line clamp 80.12.27 81.8.1
GB 2336-80 Anti-knock weight 80.12.27 81.8.1
GB 23.37-80 Pre-twisted thread 80.12 27 81. 8. 1
GB 2338-80 Partition rod 80.12.27 81.8.1
GB 2339-80 Uniform pressure shield ring 80.12 27 81 8.1
GB 2340-80 T shaped line clamp 80.12.27 81.8.1
-' .3- Ecjuipmeni line clamp 80. 12.27 . 81. 8. 1
GB 2342-80 Copper, aluminum transient 80.12.27 8.1.8.1plate
GB 2343-80 Major line extension, 80. 12.27 81.8.1contraction Joint
GB '344-80 Hard major line fixing 80. 12.27 81.8.1metal tool
h 2145-80 Soft conducting line fixing 80.12.27 81.8.1metal tool
GB 2694-81 Manufacture for the tower 81.7.18 82.2.1of power transmission" line;Technical conditions
GB 2695-81 Indexing rule for tower 81.7.18 82.2.1of power transmission line
GB 2706-81 Test of thermal stability 81.6.16 82.5.1for alternating currentapparatus
GB 3309-82 Mechanical test of high 82.12.11 83. 10. 1voltage switch equipmentunder constant temperature
162
IDraft IRev. Iimpi.
Standard ID Standard Name Draf t _Rev. _I______
I Year Month Day
GB 3804-83 Alternating current, high 83.7.20 84.8.1voltage loading switch
GB 3859-83 Semiconductor power 83.9. 3 84.5. 1convertor
GB 3886-83 Direct current motor speed 83. 10. 19 84. 8. 1regulating used crystalthyratron power convertor
GB 3906-8.3 3 - 35kV alternating 83. 10.31 84. 10. 1current metal sealedswitch and controle quipment
GB 3980-83 Chain line tightener 83. 12. 10 84. 10. 1
GB 3983-83 Parallel capacitor 83. 12. 10 84. 10. 1
G, 3984-83 Electric thermal capacitor 83. 12. 10 84. 10. 1
- 4.,M- Tube used for over 1000V 83. 12. 26 84. 10. 1
alternating current;General technical condition
[Electric Light Source, Electric Lighting]
CB 1006-67 Incandescent lamp seat; 67.3.4 68.1.1Type, basic parameter anddimension
GB 1312-77 Fluorescent lamp seat and 77.2.24 77.12.1starter
(GB 1405-78 Lamp holder; 78.7. 19 79.1.1Types and dimensions
GB 1406-78 Screw socket; 78.7. 19 79.1.1Types and dimensions
GB 1407-78 Insert socket; 78.7. 19 79.1.1Types and dimensions
6 B 1444-78 Spiral anti-explosion 78.10.20 79.8.1lamp holder
G, 2313-80 Tube shaped fluorescent 80. 12.27 81.8. 1lamp ba)]last
16304
Standard ID Standard Name ( vYear Month Day
GB 2796-81 Electric light source; 81. 11.4 82.4.1Naming method
GB 2797-81 Lamp holder; 81. 11.4 82.4.1General technical condition
(ib 2798-8i Cylindrical and concave- 81. 11.4 82.4.1type lamp holder;Types and dimensions
GB 2799--81 Plug in type lamp holder; 81. 11.4 82.4.1Types and dimensions
GB 2800-81 Pre-focused lamp holder; 81. 11.4 82.4.1Types and dimensions
P 4025-83 indicating light and button 83. 12. 17 84. 10. 1ccO 1 ors
[Electrical Equipment and Appliance]
9- ,0&- . Safety requirement for 82.4.27 83. 1. ialternating current fanand speed regulator
7B 378"--83 Safety technical regulation 83.6.25 84.3. 1for hand-held power toolmanagement, utilization,inspection and maintenance
C; 3R;_3.1-83 Safety of hand holding 83. 10. 19 84. 10.1power tool;General requirement
GB 4001-83 Industry electrical heating 83. 12. 13 84. 10. 1equipment;General test
GB 4002-83 Industry electrical heating 83. 12. 13 84. 10. 1equipment;Basic technical conditions
164
0M
Draft Rev. J Impi.
8 Standard ID Standard NameYear Month Day
L ELECTRONIC TECHNOLOGY, COMPUTER
[General Electronic Technology]
GB 2689. i-81 General rules for constant 81.6.22 81.10.1stress life test andacceleration life test
GB 2689.'2-81 Diagram estimation method 81.6.22 81.10.1for constant stress lifetest and accelerationlife test(apply to Webuer distribution)
C 2 8'9.3-81 Simple linear, no deviation 81.6.22 81.10.1estimation method forconstant stress life testand acceleration life test;(apply to Webuer distribution)
I Th,; 9 .4-8i Best linear, no deviation 81.6.22 410. 1estimation method forconstant stress life test-and acceleration life test;(apply to Webuer distribution)
-B .3907-83 Basic measurement for 83.10.31 84.10.1industrial radioi nterference
GB 4070-83 Common used test 83.12.24 84.11.1for fluorescent powder
GB 4071-83 Light causing fluorescent 83.12.24 84.11.1powder test
GB 4072-83 Cathode ray causing 83.12.24 84. 11. 1fluorescent powder test
4,(-B 4073-8.3 Fluorescent powder brand 83.12.24 84.11.1
[Electronic Part]
08 136t0-78 Printing circuit mesh 78.3.13 78.7.1
GB 1772-79 Test of loss-of- 79.9.25 80.2.1effectiveness rate for
165
04. ., ' 7 ' I'"
Standard ID Standard Name D R
Year Month Day
electronic part
GB 2036-80 Printing circuit; 80.11.3 81.5. 1Terminology and definition
GB 2413-81 Volumetric density 80.12.31 81.10.1measurement forpiezoelectric ceramicsmaterial
CB 24i3-81 Test for piezoelectric 80.12.31 81.10.1ceramics materialproperties;Radial extension-contraction,vibration of circular slice;Lateral extension-ront rart ion,vibration of bar
_? 247C.-81 Type of resistor, capacitor 81.2.17 81.10.1used in electronic'-ju 4 piriernNaming method
-) 947.;-81 indicating resistance 81.2. 17 81.10.1series of resistors andindicating capacitanceseries of fixed capacitorsanni their error allowanceseries used in electronicequipment
GB Z472-81 Electronic equipment used 81.2.17 81.10.1fixed capacitor workingvoltage series
(8 "47-8i Electronic equipment used 81.2.17 81.10.1square metal shell capacitorshape dimension series
(-B 2474-81 Electronic equipment used 81.2.17 81. 10.1round metal shell capacitorshape dimension series
GB 2475-81 Electronic equipment used 81.2. 17 81. 10.1resistor rated power series
, B 2 6c1-81 Resistor, capacitor marking 81.7.16 82.1.1content and marking method
166
MW@6 MLWQMnmLm= t I'" r : '1 '' , erv
Draft I Rev. Impi.Standard ID Standard Name Draft T _Rev.
Year Month Day
GB 2692-81 Test for electronic 81.7.16 82. 1. 1equipment used, fixedresistors
;B 2693-81 Test for electronic 81.7.16 82. 1. 1equipment used, fixedcapacitors
GB 2775-81 Electronic part axle end; 81. 10.20 82.5.1Types and dimensions
, 277(-,-81 Single-hole installed 81. 10.20 82.5.1axle sleeve of electronicpartTypes and dimensions
;B 2845-81 Method of calculation for 81. 12.28 82. 10.1equivalent parameters ofclosed circuit magneticcore
"; 5,47- >,e Plate, rack and cabinet; 82.4.19 83..i
Basic dimension series
C; --51-82 Man-made quartz crystal; 82. 12.25 83. 10. 1
Type designation
GB 332-82 Man-made quartz crystal 82. 12.25 83. 10. 1
r,5B 3353-82 Using guide for man-made 82. 12. 25 83. 10. 1
quartz crystal
6 3.8-82 Piezoelectric material; 82. 12.30 83. 11. 1Designation method
3.3 3389 .1-82 Test of properties for 82. 12.30 83.11.1piezoelectric material;Common used terminology
SB 3389.2-12 Test of properties for 82. 12.30 83. 11.1piezoelectric material;Static testing of longitudi-nal piezoelectric strainconstant OS
GB 338i. 3-82 Test of properties for 82. 12.30 83.11.1piezoelectric material;Curie temperature Tc test
167
Draft Rev. ImpI.
Standard ID Standard Name ft_ _ _
Year Month Day
GB 3389. 4-82 Test of properties for 82. 12.30 83. 11. 1piezoelectric material;Extension and contraction,vibration model forlongitudinal lengthof posts
GB 3. 8 5 -82 Test of properties for 82. 12.30 83.11.1piezoelectric material;Extension and contractionvibration model for thethickness of circular slices
E 38. 6-82 Test of properties for 82. 12.30 83. 11. 1piezoelectric material;Shear vibration model for
*; the thickness of rectangulars I ices
,-, Test of capacitor micro- 83.4.21 84.3.1prione;Stecrinicai condition
'i -- Test of capacitor micro- 83, 4. 21 84. 3. 1phone sound qualitytesting method
;B 3663- 3 First type ceramic di- 83.5.5 84.6.1electric capacitors;General technicalconditions
T8 6-4-83 Second type of ceramic di- 83.5.5 84.6.1electric capacitors;
0.General technicalcondit ions
,B %69-83 House used powered washing 83.5.5 84.1.1machine timer
,B 3 6 6- 63 Musical instrument key 83.5.5 84. 1. 1switch
GD .b7-b-5 Alternating current motor 83.5.5 84. 1. 1capacitors
I B 37H8-83 Vacuum capacitor parameters; 83.6.25 84.4.1Testing method
G(B 3949-83 Laboratory used direct 83. .1128 84. 10. 1
168
iDraf t Rev. 1 mp!.
Standard ID Standard Name Dr iYear Month Day
current resistors
GB 4069-83 Tolerance of electronic 83.1;.23 84.10.1ceramic part
[Electric Vacuum Apparatus]
GB 787-74 Base dimension of 65. 12. 3 74.10.23electron tube
'IB 1956-80 Designation of electron 80.5.20 81.7.1tube
GB 2037-80 Test for kinescope 80.11.8 81.5.1anti-explosion
GB 2987-82 Parameter symbols of 82. 3. 27 82. 12. 1electron tubes
GB 3163-82 Vacuum technological 82. 8. 11 83.5. 1h e rmi n, ogy.
13.7,164-82 Vacuum technology; 82.8. 11 83.5.'1Symbols of diagram
GB 3i88-82 External dimension of 82.9.3 83.10.1electron tubes
GB 3. 189-82 Dimension of connecting 82.9.3 83.10.1cap of electron tube
GB 3212-82 Black and white television; 82.9.25 83.9.1Kinescope test
B 3213-82 Test for thyratron and 82.9.25 83.9.1gas-filled rectifier tube
GB 3306. 1-82 Test of electric 82.12.16 83.10.1performance for small
@10 power electron tubes;Test rules for testequipment and apparatus
GB .3306.2-82 Test of electric 82.12.16 83.10.1performance for smallpower electron tubes;Test of positivecurrent against grid currentof cathode which contain
169
eOE
) i raft I Rev. I mpl,Standard ID Standard Name R nYear Month Day
positive voltage
GB 3306.3-82 Test of electric 82.12.16 83.10.1performance for smallpower electron tubes;Test of positivecurrent against grid currentof cathode which containnegative voltage
GB 3.306.4-82 Test of electric 82.12.16 83.10.1performance for smallpower electron tubes;Test of cathodic current
,-;I 3,30.-82 Test of electric 82.12.16 83.10.1performance for smallpower electron tubes;Cathodic inject currenttest
. .. Test of eiectric 8. L.. i 6 63. 1. .performance for smallpower electron tubes;Rectified condition test
-3306. 1-82 Test of electric 82.12.16 83.10.1performance for smallpower electron tubes;Jump conductance test
-;B 3306. -82 Test of electric 82.12.16 83. 10.1performance for smallpower electron tubes;Amplification test
,B 3306. -82 Test of electric 82.12.16 83.10.1performance for small
Spower electron tubes;Internal resistance test
,B 3306. 10-82 Test of electric 82.12.16 83.10.1performance for smallpower electron tubes;Input resistance test
CiB 3306. 11-82 Test of electric 82.12.16 83.10.1performance for smallpower electron tubes;Equivalent noise resistance
170
Draft. Rev. I IiStandard ID Standard Name __ _
Year Month Day
test
GB 3306. 12-82 Test of electric 82. 12. 16 83. 10. 1performance for smallpower electron tubes;Output power under lowfrequency amplificationcondition and nonlineardistortion test
GB 3306. 13-82 Test of electric 82. 12. 16 83. 10. 1performance for smallpower electron tubes;Grid cut off voltage andgrid current cut off voltagetest
-, 3306. 14-82 Test of electric 82. 12. 16 83. 10. 1
performance for smallpower electron tubes;Low frequency dynamic amp-, , .ip;Jatiti t imes and no'n-synmetric amplifica'tiontest
GB 3306. 15-82 Test of electric 82. 12. 16 83. 10. 1performance for smallpower electron tubes;Each pole current testingmethod under varying fre-quency jump conduction andvarying frequency conditions
G 3306. 16--82 Test of electric 82. 12. 16 83. 10. 1performance for smallpower electron tubes;Static inter-pole capacitancetest
GB 3.306. 17-82 Test of electric 82. 12. 1 83. 10. 1performance for smallpower electron tubes;insulating resistance ofinter-pole and between polea~nd other parts test
C-B 3306. 18-82 Test of electric 82. 12. 11 83. 10. 1performance for smallpower electron tubes;Anode heating time test
171
Draft f Rev. impi.
Standard ID Standard Name ft _Rev_
Year Month Day
GB 3306. 19-82 Test of elctric 82. 12. 14 83. 10. 1performance for smallpower electron tubes;Maximum anode power consump-sion rate test
GB 3306. 20-82 Test of electric 82. 12. 14 83. 10. 1performance for smallpower electron tubes;Short and open circuitlest
GB 3306. 21-82 Test of electric 82. 12. 14 83. 10. 1performance for smallpower electron tubes;impact exciting micro-soundeffect test
,B .. -. 2-82 Test of electric 82. 12. 1 83. 10. 1performance for smallp wer electron tubes;L.OW frequency noise test
C: F3,,. 23-82 Test of electric 82. 12. it 83. 10. 1performance for smallpower electron tubes;High frequency noise test
(F, 3306. 24-82 Test of electric 82. 12. I€ 83. 10. 1performance for smallpower electron tubes;Hum testing method
, 7-_,. Test of breaking of 82. 12. if 83.10.1filament for smallpower electron tubes;
1' 1 -8 3 Test of electric 83.6.29 84.4.1performance for emissiontubes;General rules
rB 37 Eq:-83 Test of electric 83.6.29 84.4.1performance for emissiont ube s ;Test of positivecurrent against grid currentof cathode which containpositive voltage
172
' _llllk l A I
SiDraft Rev. irni.
S t a n d a r d I D S t a n d a r d N a m e D r a f _ _ _ _ _ _1__ _ _ _ _I
Year Month Day
GB 389. 3-83 Test of electric 83.6.29 84. 4.i
7 performance for emission
tubes;Anode emission currenttest
B .$89. 83 Test of electric 83.6.29 84.4.iperformance for emissiontubes;Grid reverse current test
3 -'5-83 Test of electric 83.6.29 84.4.1performance for emissiontubes;Grid hot emitted currenttest
G 489 6-83 Test of electric 83.6.29 84.4.1performance for emissiontubes;
Jmop cona'uc:t, amt i if icationcoefficient test
:B .7-3 Test of electric 83.6.29 84.4. 1
U performance for emission
tubes;Anode ion flow test
P9. 8-8' Test of electric 83.6. 29 84.4.-performance for emissiontubes;Anode maximum consumingpower and anode overloadconsuming power test
GE 389. 9-83 Test of electric 83.6.29 84.4.1performance for emissiontubes;Grid maximum consumingpower test
CB 3189. 10-83 Test of electric 83.6.29 84.4.1I performance for emission
tubes;First grid cut off voltagetest
GB 3189. 11-83 Test of electric 83.6.29 84.4.1
* performance for emission
173Ot
Draft Rev. Impi.Standard ID Standard Name D I
Year Month Day
tubes;Third grid cut off voltagetest
GB 3789. 12-83 Test of electric 83.6.29 84.4.1performance for emissiontubes;Inter-pole insulation resis-tance (or inter-pole leaking:urrent) test
r - . 13-83 Test of electric 83.6.29 84. 4.1performance for emissionTubes)Static inter-pole capaci-tance test
J b,7). 14-8.3 Test of electric 83.6.29 84.4.1performance for emissiontubes;Static characteristic
h '. 15-83 T-est of electric 83.6. 29 84. 4. iperformance for emissiontubes ;Output power test
I '.16-83 Test of electric 83.6.29 84.4.1performance for emissiontubes;Pulse output power test
; 4I... 17-83 Test of electric 83.6.29 84.4.1- performance for emission
tubes;Electric strength test
18-83 Test of electric 83.6.29 84.4.1performance for emission
ON tubes;inter-pole insulator highfrequency loss test
3D89. 19-83 Test of electric 83.6.29 84.4.15 performance for emission
tubes;Frequency characteristiccurve test
174
SDraf t Rev. Ipl.
Standard ID Standard Name __ _
Year Month Day
GB 3789.20-83 Test of electric 83.6.29 84.4.1performance for emissiontubes;First grid current cut offvoltage test
GB 3789.21-83 Test of electric 83.6.29 84.4.1performance for emissiontubes;Static characteristic refer-ance point test
'B 2 9.'-83 Test of electric 83.6.29 84. 4.1performance for emissiontubes;Vibration stability testingme t hod
G'B 378,.23-83 Test of electric 83.6.29 84.4.1performance for emissionunes;
'7?rici gria controJ. capabii-ty test
GL -19. 24-83 Test of electric 83. 6.29 84.4.1performance for emissiontubes;Linear amplifier dual-soundadjusting distortion test
GB 3790-8.3 Test for display tube 83.6.29 84.4. 1which displays fluorescentnumber code
-'L._951-83 Liquid crystal display 83. 11.25 84.10.1
apparatus;Type naming method
(Semiconductor Device]
GCB 249-74 Semiconductor device; 64 2.27 74. 10.23 75.5.1Type naming method
GB 4C -3- Test for semiconductor 83. 12. 15 84. 10. 1device;Rectified diode
,d5 4023-83 Test for semiconductor 83. 12. 15 84. 10. 1
device;
175
Standard ID Standard Name Draft Rev. _IMP_
Year Month Day
Reversed resistor blocktriode thyratron
[Integrated Circuit]
GB -- 81 Thick film, thin film 81.9.2 82.3. 1integrated circuits;Type naming method
GB 3430-82 Integrated circuit of 82. 12.31 83.10.1semiconductor;Type naming method
G-, 3431. 1-82 Semiconductor integrated 82. 12.31 83. 10. 1
circuit character symbols;Electric parameter charactersyrlnbO 1 s
GB=j 34J-82 Integrated circuit of 82.12.31 83. 10. isemiconductor;-=~t::-: ano orancis ofTTL circuit
,. 34,36-81 Integrated circuit of 82. 12 31 8,1. 1u. isemic-onductor;Series and brands ofHTL circuit
GB 3434-82 integrated circuit of 82. 12. 31 83. I0. Isemiconductor;Series and brands ofECL circuit
G 54.;5-8,/ integrated circuit of 82. 12.31 83.10.1
semi conductor;Series and brands ofCMOS circuit
S.4-;6-,. Integrated circuit of 82. 12. 31 83. 10. 1
semiconauctor;Series and brands ofcalculation amplifier
GE 3437-82 Integrated circuit of 82. 12.31 u3. 10. 1
seni conductor;S,-ries and brands ofMr.S register
'.B ,4-92 Inlegrated circuit of 82. 12.31 83. 10. 1
17b
04
Draft Rev. Impi.Standard ID Standard Name I
Year Month Day
semiconductor;Series and brands ofdual-pole register
GB 3439-82 Integrated circuit of 82. 12.31 83. 10.1semiconductor;Basic principle of testof TTL circuit
GL 3440-82 Integrated circuit of 82.12.31 83.10.1semiconductor;Basic principle.6 f testof HTL circuit
G .344i-82 integrated circuit of 82.12.31 83.10.1semiconductor;Basic principle of testof ECL circuit
,18 3442-8 Integrated circuit of 82.12.31 83.10.1semiconductor;
CtSic: princi'pie of "testof caicuiation (voltage)amp l if i er
GB 3443-82 Integrated circuit of 82. 12.31 83. 10. 1semiconductor;Basic principle of testof MOS random register
,B p44 -. 2 Integrated circuit of 82.12.31 83. 10. 1semiconductor;Basic: principle of testof dual-pole type randomregister
38>4-82 Integrated circuit of 83.8.29 84.7.1semiconductor;Basic principle of testof CMOS circuit
GB 3p,5-82 Integrated circuit of 83.8.29 84.7.1semiconductor;Series and brands ofconnection circuit
[Message Processing)
i bB 150,-71-i ALGOL programming language 79.2.13 79. 6. 1
177
Draf t Rev. Irnpl.__ Standard ID Standard Name__________
Year Month Day
GB 152'3-79 Message processing flow 79.4.2 79.9.1chart, graphic symbol
GB 1988-80 Message processing 80.7. 10 81.1.1exchange used sevendigits code
'"B 1 ~80 Message processing 8.7 08.1exchange used seven 8.-08-.
digit~s code;Representation method on12. 7 mma 9-track magnetic tape
B D 90- 8 Mlessage processing 80.7. 10 81. 1. 1exchange used hole--uni-hed pape-r tape;
fjiension and location
GB 2.991-80 Seven-digit code list 80.7.10 81.1.1for info processing;representation method usedhole-punched paper tape
S I _ -Draft Rev. Imp.
Standard ID Standard Name -.L---Year Month Day
-- '0-.e-sae processing 80.9.10 81.3. 1e:xchange used 12. 7 mm9-track, 32 column/mm wideregister magnetic tape
.il-K Expansion method of 82.3.9 82.ii.imessage processing exchangeused seven digits code
Message processing 82.3.9 82. 11.1exchange used Chinesec<haracter code;Basic issue
i-- -- . S-,aoe and size of 81. 1. 31 8i. Ic.message processing exchangeuseo character symbol.ar-, printing graphic; y rriho I(c:onon use character symbolset)
ST-:.--81 Message processing 81. 10.26 82. 8. 1excriange used seven.(.igits code;Keyboard character and numberarrangement
- 8- $ All number representation 81. 11.3 82. 10. 1for date
Message exchange use 81. 11. 3 82. 1u. I
I i
Standard ID Standard Name DYear Month jay
time representationby using day
GB 2901-82 Literature catalog message 82.2.13 83.1.1exchange use magnetictape format
GB 3057-82 FORTRAN programming language 82.5.6 83.5.1
C'E, 3178-82 Hardware representation 82. 8. 13 83.5. 1of ALGOL language;Basic symbol
:B 3236-82 Message exchange used 82. 11.6 83.7.1seven digits and eightdigits code representationon hole-punched papercard
.... ---82 Plate dimension of 82.11.6 83.7.1message exchange usea
, - pncd paper tape
Message exchange used 83. 10.29 84. 10.180 column hole-punched carddimension
GB 309-83 Message exchange used 83. 11.2 84. 10.1symbol, character dot matrixshape
'B 3T'10-83 Office machine and data 83. 11.2 84.10.1processing equipment;Line pitch and characterpitch
G3B 3 11-:83) Message exchange used 83. 11.2 84. 10. 1seven digits code, graphicrepresentation of controlsymbo I
-1 4,. 1-8.3 COBOL programming language 83. 12.26 84-.1.
Prerequisite knowledge
GBR 401 2.2-83 COBOL programming language; 83. 12.26 84. 11 1-a Kernel1
-,R 40")2?. 3-83 COBOL programming language; 83. 12.26 84. 11. 1Chart processing module
li
~~Draf t Rev. [IpStandard ID Standard Name
I R ImN.
Year Month Day
'-B 4092. 4-83 COBOL programming language; 83 12. 26 84. 11. 1Sequence I/O module
GB 4092. 5-83 COBOL programming language; 83. 12. 26 84. 1. 1Relative I/0 module
GB 4092.6-83 COBOL programming language; 83.12.26 84.11.1Index I/O module
GB 40:2. 7-83 COBOL programming language; 83.12.26 84. 11. 1Sorting/Combination module
tS.. 4)-'2. 8--83 COBOL programming language; 83 12.26 84. 11. 1Report arrangement module
Ci. 41_;9i 9-8.3 COBOL programming language; 83. 12.26 84. 11. 1Program paragraphing module
i!:; 4092. j 0-83 COBOL programming language; 83 12.26 84. 11. 1Stock module
,: -- F. -3 COBOL programming language; 83 12.26 84. 1. 1.LA ,:r!rc)r arrangeurent module
:.,. 12-8.-3 COBOL programming language; 83. 12.26 84. 1 1Inter-procedure communica-tion module
,_,_ 4092. 13-83 COBOL programming language; 83. 12.26 84. 11. 1Communication module
(Computer]
;B '3u8-80, Top loading, single piece 80. 12.26 81. 8. 1c:hangeable disk driverperformance
B .209-80 Six pieces changeable disk 80. 12. 26 81. 8. 1set machine performance
1n, B ;,0- 0 Fleven pieces changeable 80. 12. 26 81. 8. 1MiSK set machine performance
GB 6.-5( -81 Data exchange used plate, 81. 12.28 81. 0. Ihole-punched paper tape;General requirement
LB Th887-2 Computer room; 82 1. 7 82. 1M.Technical requirement
@ Draf t Rev. imp-.Standard ID Standard Name
Year Month Day
GB 2948-82 Magnetic energy of 82.3.17 83.1.1Tcp loading, single pieceexchangeable disk
GE 2949-82 Magnetic energy of 82.3.17 83.1.1Six pieces exchangeabledisk set
GB 290b-82 Magnetic energy of 82.3. 17 83. 1. 1Eleven pieces exchangeabledisk set
(,B ."147-82 Message exchange un-punched 82.7.23 83.3.1paper tape
GB J2i-82 Message exchange used 82.6.21 83.3.14 office machine and printer
used ribbon width
-. Message exchange magnetic 82.11.16 83.8. 1disk dimension and perform-
.-ontrol procedures for 82. 12.31 83. 10.1
oasic type of datar:ornmrunicat ion
*: -4R4--2 Connection circuit defini- 82. 12.31 83.10.1
tion table between DataTerminal Equipment (DTE) andData Circuit End connectionEcli-ipment (.DC'-E)
L ,/,Jt' Unbalanced dule-current 82. 12. 31 83. 10. 1connection circuit electricriroPrty
P,74- H-3 Representation of computer 83.10.10 84.8.1system equipment performance
(Electron Measuring Apparatus]
78§,-,o,3 Electric, sound performance 83.6.27 84.3.1of sound level detector andits testing method
ad&
Draft j Rev. 1 ImpI
Standard ID Standard Name __ _
Year Month Day
M COMMUNICATION, BROADCASTING
[Communication]
GB 1416-78 Envelope 78. 8. 15 79. 1. 1
GB 1417-78 Common used telecommunica- 78. 8. 15 79. 1. 1tion equipment;Terinrol1ogy
GB i418-78 Telecorrjunication equipment; 78.8. 15 79. 1. 1
General character and symbol
GB 1492-78 Test for telephone 79. 2. 17 79. 8. 1
GB 1493-78 Public telephone, automatic 79.2.17 79.8.1tel ephone;Technic.al conditions
B 4. -7t Magneto telephone; 79.2. 17 79. 8. 1-: "- ,c-nn :. i ,.onc t ions
,GB 20'-F-C0 Light color and alarm 80. 12.9 81.7.1signal for network,long distance,city telephone exchangingequipment
6 20'9-80 Telephone exchanger; 80. 12.9 81.7.1Graphic symbols inmechanical, electricalelements functional flowdiagram
. ,-80 Teleprinter technical 80. 12.9 81.7.1requ i rementTeerne
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