ISO 10097-1-1999 Wireline diamond core drilling equipment - System A - Part 1 Metric units《金刚石绳索取心钻探设备 系列A 第1部分 米制单位》.pdf

《ISO 10097-1-1999 Wireline diamond core drilling equipment - System A - Part 1 Metric units《金刚石绳索取心钻探设备 系列A 第1部分 米制单位》.pdf》由会员分享，可在线阅读，更多相关《ISO 10097-1-1999 Wireline diamond core drilling equipment - System A - Part 1 Metric units《金刚石绳索取心钻探设备 系列A 第1部分 米制单位》.pdf（18页珍藏版）》请在麦多课文档分享上搜索。

1、A Referencenumbe r ISO100971:1999 (E) INTERNATIONAL STANDARD ISO 100971 Firstedition 19991015 Wirelinediamondcoredrillingequipment SystemA Part1: Metricunits quipementdeforageaudiamantlignecbleaveccarottage SystmeA Partie1:UnitsmtriquesISO100971:1999(E) ISO1999 Allrightsreserved.Unlessotherwisespeci

2、fied,nopartofthispublicationmaybereproducedorutilizedinanyformorbyan ymeans,electronic ormechanical,includingphotocopyingandmicrofilm,withoutpermissioninwritingfromthepublisher. InternationalOrganizationforStandardization Casepostale56 CH1211Genve20 Switzerland Internet isoiso.ch PrintedinSwitzerlan

3、d ii Contents 1Scope 1 2Normativereference 1 3Designation 1 4Materials .2 5Dimensionsandtolerances 2 5.1General .2 5.2Conformity. 2 5.3Eccentricity. .2 5.4Straightness . .2 5.5Technicalconditions . .2 AnnexA (informative) Principaldimensionsofdrillrodthreads .12ISO ISO100971:1999(E) iii Foreword ISO

4、(theInternationalOrganizationforStandardization)isaworldwidefederationofnationalstandardsbodies(ISO memberbodies).TheworkofpreparingInternationalStandardsisnormallycarriedoutthroughISOtechnical committees.Eachmemberbodyinterestedinasubjectforwhichatechnicalcommitteehasbeenestablishedhas therighttobe

5、representedonthatcommittee.Internationalorganizations,governmentalandnongovernmental,in liaisonwithISO,alsotakepartinthework.ISOcollaboratescloselywiththeInternationalElectrotechnical Commission(IEC)onallmattersofelectrotechnicalstandardization. InternationalStandardsaredraftedinaccordancewiththerul

6、esgivenintheISO/IECDirectives,Part3. DraftInternationalStandardsadoptedbythetechnicalcommitteesarecirculatedtothememberbodiesforvoting. PublicationasanInternationalStandardrequiresapprovalbyatleast75%ofthememberbodiescastingavote. InternationalStandardISO100971waspreparedbyTechnicalCommitteeISO/TC82

7、,Mining,Subcommittee SC6, Diamondcoredrillingequipment . ISO10097consistsofthefollowingparts,underthegeneraltitleWirelinediamondcoredrillingequipment SystemA : Part1:Metricunits Part2:Inchunits AnnexAofthispartofISO10097isforinformationonly.ISO100971:1999(E) ISO iv Introduction ISO10097isintendedfor

8、independentuseaswellasforuseincombinationwithISO35511,whichcovers equipmentdesignedforconventionaldiamonddrilling. ThisInternationalStandardcoversequipmentintendedforapplicationwithdiamondbits,butisshouldbe understoodthatbitsmayhaveothercuttingmaterials.INTERNATIONALSTANDARD ISO ISO100971:1999(E) 1

9、WirelinediamondcoredrillingequipmentSystemA Part1: Metricunits 1Scope ThispartofISO10097specifiesthenomenclatureandtheleadingdimensionsnecessaryfortheinterchangeability ofthefollowingwirelinedrillingequipmentfordrillingholes48mmto96mmindiameter,yieldingcoresof27mmto 63mmindiameter. Theequipmentisill

10、ustratedinFigure1andcomprisesthefollowing: a)core bit; b)reaming shell; c)core lifter; d) coreliftercase; e)outer tube; f)inner tube; g) drillrod(smoothpipeonly). 2Normative reference Thefollowingnormativedocumentcontainsprovisionswhich,throughreferenceinthistext,constituteprovisionsof thispartofISO

11、10097.Fordatedreferences,subsequentamendmentsto,orrevisionsof,thispublicationdonot apply.However,partiestoagreementsbasedonthispartofISO10097areencouragedtoinvestigatethepossibility ofapplyingthemostrecenteditionofthenormativedocumentindicatedbelow.Forundatedreferences,thelatest editionofthenormativ

12、edocumentreferredtoapplies.MembersofISOandIECmaintainregistersofcurrentlyvalid InternationalStandards. ISO35511:1992, RotarycorediamonddrillingequipmentSystemAPart1:Metricunits. 3Designation ItemsmadeinaccordancewiththispartofISO10097shallbedesignatedbytheidentificationlettersWLandhole dimensions A,

13、 B, N, H. EXAMPLE Corebitforwirelinedrillinghole Bdimensions:WLBcorebit.ISO100971:1999(E) ISO 2 4Materials MaterialsusedinthemanufactureofthewirelinedrillingequipmentspecifiedinthispartofISO10097shallhave theminimummechanicalpropertiesasspecifiedinTable1. Table1Mechanicalproperties Component Minimum

14、tensile strength, R m N/mm 2 (MPa) Minimumyield stress, R e N/mm 2 (MPa) Minimumelongation afterfracture, A % Drillrods 690 550 12 Coretubes 690 550 12 Otheritems Notspecified 5 Dimensionsandtolerances 5.1General Alldimensionsandtolerancesareinmillimetresunlessotherwisestatedandshallbeinaccordancewi

15、thTables3to 9inclusive. 5.2Conformity Inthoseindustrieswheredrillingdepthsaremeasuredinmetres,therodlengthsshallbe3m,1,5mor0,75m.But whendrillinginconformitywithDCDMAandCDDAstandards,thelengthsofrodsmaybe3,048m,1,524mor 0,762m. 5.3Eccentricity Theeccentricityisdefinedasthedistancebetweenthecentresof

16、theouterandinnerdiametersandmaynot exceed10%ofnominalwallthickness Q. Theeccentricityiscalculatedaccordingtotheformula: QQ Q max min - 2 100 nom where Q max and Q min aremeasuredvaluesinthesamesection. 5.4Straightness Whenmeasuredoverthewholelengthofthetubebyrollingagainstastraightedge,themaximumdev

17、iationshallnot begreaterthan: fordrillrods 1in2000; forcoretubes 1in1500. 5.5Technical conditions Tubesshouldbemadeseamless.Tuberollingtechniqueandmachiningoperationsareoptional. Tubestraightnessischeckedbyrollingthetubeonahorizontalorslightlyinclinedflatsurface.Whenrolling,no clearancesshallbeseenb

18、etweentherodendsandthesurface,norbetweenthemiddleoftherod(tube)andthe surface. HoledrillingbywirelinesystemAequipmentshallbecasedbysystemAcasingasspecifiedinISO35511.ISO ISO100971:1999(E) 3 Table2Systemofdimensionalidentificationletters A, A 1 ,etc. Outsidediameters; Abeinglargest; A 1 , A 2 ,etc.pr

19、ogressivelysmaller B, B 1 ,etc. Insidediameters; Bbeingsmallest; B 1 , B 2 ,etc.progressivelylarger C, C 1 ,etc. Externallengths; Cbeinglongest; C 1 , C 2 ,etc.progressivelyshorter D, D 1 ,etc. Internallengths; Dbeinglongest; D 1 , D 2 ,etc.progressivelyshorter E, E 1 ,etc. Majordiameterofpinthreads

20、; Ebeinglargest; E 1 , E 2 ,etc.smaller F, F 1 ,etc. Minordiameterofpinthreads; Fbeinglargest; F 1 , F 2 ,etc.smaller Threadpitch (threadsperinch) Pinthreads G, G 1 ,etc. Widthatrootofpinthread H, H 1 ,etc. Lengthofo.d.machinedforexternalthreading J, J 1 ,etc. Minimumlengthforfulldepthofpinthreads K

21、, K 1 ,etc. Lengthofreliefatthestartingpointofpinthreads L, L 1 ,etc. Angleofbevelforpinthreadshoulder M, M 1 ,etc. Majordiameterofboxthreads; Mbeinglargest; M 1 , M 2 ,etc.smaller N, N 1 ,etc. Minordiameterofbox; Nbeinglargest; N 1 , N 2 ,etc.smaller Threadpitch (threadsperinch) Boxthreads P, P 1 ,

22、etc. Widthatrootofboxthreads Q, Q 1 ,etc. Lengthofi.d.machinedforinternalthreading R, R 1 ,etc. Minimumlengthforfulldepthofboxthreads S, S 1 ,etc. Lengthofcounterboreatthestartingofboxthreads T, T 1 ,etc. Angleofbevelforthreadshoulder U, U 1 ,etc. Includedangles:Internalandexternal V, V 1 ,etc. Inte

23、rnalangles,notpertainingtothreadedconnections W, W 1 ,etc. Externalangles,notpertainingtothreadedconnections X Diamondsetdimensions:External(o.d.) Y Diamondsetdimensions:Internal(i.d.) NOTE1 Alldecimaldimensionsindicateallowabletolerances. NOTE2 Thefollowingcommonabreviationshavesometimesbeenusedint

24、ablesintheEnglishversion forthesakeofsimplicity: o.d=outsidediameter i.d.=insidediameter.ISO100971:1999(E) ISO 4 Key 1 Head(notstandardized) 6 Reamingshell 2 Bearingunit(notstandardized) 7 Corelifter 3 Outercorebarrel 8 Coreliftercase 4 Stabilizer(notstandardized) 9 Bit 5 Retractablecorebarrel Figur

25、e1WirelinecorebarrelassemblyISO ISO100971:1999(E) 5 a Clearofdiamonds b Seto.d. c Seti.d. Figure2Wirelinecorebit Table3Wirelinecorebit (seeFigure2) Dimension WLA WLB WLN WLH A max. min. 46,66 46,56 57,96 57,86 73,91 73,81 94,31 94,21 B max. min. 27,89 27,76 37,70 36,91 48,82 48,02 64,69 63,90 B 1 ma

26、x. min. 36,91 36,12 46,43 45,64 60,72 59,93 78,18 77,39 C min. 57,91 66,04 65,41 96,22 D max. min. 58,71 57,91 66,83 66,04 66,20 65,41 97,01 96,22 D 1 max. min. 49,61 48,82 57,55 56,75 54,37 53,58 83,74 82,95 M max. min. 42,09 42,04 52,43 52,37 67,51 67,46 85,78 85,70 N max. min. 40,59 40,51 50,85 5

27、0,80 65,99 65.94 84,20 84,12 Threadpitch 6,35 6,35 6,35 6,35 P max. min. 3,20 3,12 3,20 3,12 3,20 3,12 3,20 3,12 Q max. min. 42,29 42,16 42,52 42,39 42,55 42,42 42,75 42,62 R min. 38,89 38,89 38,89 38,89 S max. min. 7,14 6,35 7,14 6,35 7,14 6,35 7,14 6,35 T 15 15 15 15 V 30 30 30 30 X max. min. 47,7

28、5 47,50 59,69 59,44 75,44 75,18 95,76 95,38 Y max. min. 27,10 26,85 36,53 36,27 47,75 47,50 63,63 63,37ISO100971:1999(E) ISO 6 a Seto.d. Figure3Wirelinereamingshell Table4Wirelinereamingshell (seeFigure3) Dimension WLA WLB WLN WLH A max. min. 46,66 46,56 57,96 57,86 73,91 73,81 94,31 94,21 B max. mi

29、n. 36,51 36,36 46,04 45,86 60,33 60,12 77,79 77,53 C max. min. 162,32 161,53 159,15 158,35 171,85 171,05 182,96 182,17 E max. min. 41,96 41,91 52,30 52,25 67,39 67,34 85,62 85,55 F max. min. 40,44 40,39 50,72 50,67 65,86 65,81 84,05 83,97 Threadpitch 6,35 6,35 6,35 6,35 G max. min. 3,20 3,12 3,20 3,

30、12 3,20 3,12 3,20 3,12 H max. min. 41,28 41,15 41,38 41,25 41,28 41,15 41,20 41,07 J min. 38,89 38,89 38,89 38,89 K max. min. 7,14 6,35 7,14 6,35 7,14 6,35 7,14 6,35 L 15 15 15 15 M max. min. 42,09 42,04 52,43 52,37 67,51 67,46 85,78 85,70 N max. min. 40,59 40,51 50,85 50,80 65,99 65,94 84,20 84,12

31、Threadpitch 6,35 6,35 6,35 6,35 P max. min. 3,20 3,12 3,20 3,12 3,20 3,12 3,20 3,12 Q max. min. 61,01 60,88 61,32 61,19 67,69 67,56 74,04 73,91 R min. 38,89 38,89 38,89 38,89 S max. min. 7,14 6,35 7,14 6,35 7,14 6,35 7,14 6,35 T 15 15 15 15 X max. min. 48,13 47,88 60,07 59,82 75,82 75,57 96,27 95,89

32、ISO ISO100971:1999(E) 7 Key 1 Gap Figure4Wirelinecorelifter Table5Wirelinecorelifter (seeFigure4) Dimension WLA WLB WLN WLH A max. min. 30,23 30,18 40,23 40,18 52,04 51,99 68,94 68,88 B max. min. 26,59 26,54 36,02 35,97 47,12 47,07 62,87 62,81 C max. min. 22,62 21,83 25,80 25,00 28,97 28,18 38,50 37

33、,70 U max. min. 5to15 4to45 5to15 4to45 5to15 4to45 5to15 4to45 V 0 0 0 0 V 1 30 30 30 30ISO100971:1999(E) ISO 8 Figure5Wirelinecoreliftercase Table6Wirelinecoreliftercase (seeFigure5) Dimension WLA WLB WLN WLH A max. min. 32,94 32,89 43,00 42,95 55,93 55,88 73,23 73,18 A 1 max. min. 30,68 30,63 40,

34、41 40,35 52,73 52,68 67,99 67,94 B max. min. 28,30 28,24 38,02 37,97 49,56 49,50 65,61 65,56 B 1 max. min. 31,09 31,01 41,43 41,33 53,21 53,14 70,38 70,31 C max. min. 63,90 63,10 70,25 69,45 75,01 74,22 89,30 88,50 M max. min. 31,32 31,27 41,10 41,05 53,47 53,42 70,69 70,64 N max. min. 30,18 30,12 3

35、9,93 39,88 52,20 52,15 69,29 69,24 Threadpitch 3,175 3,175 3,175 3,175 P max. min. 1,63 1,55 1,63 1,55 1,63 1,55 1,63 1,55 Q max. min. 40,08 39,29 44,85 44,05 51,59 50,80 67,07 66,28 R min. 20,64 20,64 20,64 20,64 S max. min. 3,97 3,18 3,97 3,18 3,97 3,18 3,97 3,18 T 30 30 30 30 U max. min. 5to15 4t

36、o45 5to15 4to45 5to15 4to45 5to15 4to45 V 45 45 45 45ISO ISO100971:1999(E) 9 Figure6Wirelinecorebarreloutertube(lowerend) Table7Wirelineoutertube(lowerend) (seeFigure6) Dimension WLA WLB WLN WLH A max. min. 46,19 46,04 57,33 57,15 73,23 73,03 92,33 92,08 B max. min. 36,51 36,36 46,04 45,86 60,53 60,

37、33 77,79 77,53 E max. min. 41,96 41,91 52,30 52,25 67,39 67,34 85,62 85,55 F max. min. 40,44 40,39 50,72 50,67 65,86 65,81 84,05 83,97 Threadpitch 6,35 6,35 6,35 6,35 G max. min. 3,20 3,12 3,20 3,12 3,20 3,12 3,20 3,12 H max. min. 41,28 41,15 41,48 41,35 41,38 41,25 41,28 41,15 J min. 38,89 38,89 38

38、,89 38,89 K max. min. 7,14 6,35 7,14 6,35 7,14 6,35 7,14 6,35 L min. 15 15 15 15ISO100971:1999(E) ISO 10 Figure7Wirelinecorebarrelinnertube(lowerend) Table8Wirelinecorebarrelinnertube,lowerend Dimension WLA WLB WLN WLH A max. min. 32,67 32,54 42,99 42,86 55,74 55,56 73,23 73,03 B max. min. 28,58 28,

39、45 38,10 37,97 50,01 49,83 66,93 66,73 E max. min. 31,24 31,19 40,97 40,92 53,34 53,29 70,56 70,51 F max. min. 30,07 30,02 39,80 39,75 52,07 52,02 69,16 69,11 Threadpitch 3,175 3,175 3,175 3,175 G max. min. 1,63 1,55 1,63 1,55 1,63 1,55 1,63 1,55 H max. min. 22,10 21,97 22,10 21,97 22,10 21,97 22,10

40、 21,97 J min. 20,64 20,64 20,64 20,64 K max. min. 3,97 3,18 3,97 3,18 3,97 3,18 3,97 3,18 L min. 0 0 0 0ISO ISO100971:1999(E) 11 Figure8Drillrod(smoothpipe) Table9Drillrod,smoothpipe (seeFigure8) Dimension WLA WLB WLN WLH A max. min. 44,60 44,45 55,75 55,58 70,05 69,85 89,15 88,90 B max. min. 35,08

41、34,93 46,20 46,02 60,33 60,12 78,00 77,77 NOTE FurtherdetailsaregiveninannexA.ISO100971:1999(E) ISO 12 AnnexA (informative) Principaldimensionsofdrillrodthreads Dimensions WLA WLB WLN WLH Threadtapering 1:28,64 1:28,64 1:28,64 2:28,64 Angleofthreadarrival 1 1 1 1 Angleofthreadprofil 29 29 29 29 Thre

42、adpitch 6,350 8,466 8,466 8,466 Maximumoutsidediameterofboxthreadinstopbattaxis 41,325 52,125 66,425 84,655 Maximumoutsidediameterofboxthreadinstopshoulderaxis 39,805 50,595 64,895 83,135 Meanspiredepthofboxthread 0,752 0,785 0,785 0,785 Widthatrootofboxthread 3,00 4,06 4,06 4,06 Meanlengthofboxthre

43、adfromstopbatttointernalangleofstop shoulder 41,8 44,9 44,9 45,0 Minimumlengthforfulldepthofboxthread 39,7 43,3 43,3 43,3 Minimuminsidediameterofpinthreadinstopbattaxis 38,18 48,84 63,12 81,38 Minimuminsidediameterofpinthreadinshoulderaxis 39,80 50,47 64,74 83,01 Meanspiredepthofpinthread 0,740 0,80

44、0 0,800 0,800 Widthatrootofpinthread 3,00 4,06 4,06 4,06 Meanlengthofpinthreadfromstopbatttoexternalangleofstop shoulder 41,3 44,4 44,4 44,4 Minimumlengthforfulldepthofpinthread 39,7 43,7 43,7 43,7 Anglesofbevelforthreadstopbattesandstopshoulders 15 15 15 15 NOTEManydimensionsareapproximate.ISO100971:1999(E) ISO ICS73.100.30 Pricebasedon12pages