-
NOT MEASUREMENT
MVFMIL-STO-1D5E
10 MAY 1989
SUPERSEDINGMIL-STD-1D5D
29 APRIL 1963
MILITARY’ STANDARD
SAMPLING PROCEDURES AND TABLES
FOR INSPECTION BY AITRIBUTES
I
AMSC N/A AREA QCIC
~~. Approved for public releese; dlstrlbutlon is unlimited.
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MIL-STO-1O5E
DEP~ OF DEFENSEWashington,EC 20301
SN-lPL13KPRKEDUWS AND TABLESFOR INSPECTIONBY ~
1. ‘hismilitarystaxiardis approvedfor use by all Ceprwmts and
Agenciesof * ~t of Mf==e.
2. Ikneficial~ts (recmmmdations,additions,deletims) and
anyprtinent data whiti may be of use in inprovingthis documnt
shouldbeaddressedto:
CcmmnderUs. Army Armment Researdn,Develop-rentandEnginerinq
Center
ATIN: SKAR-BAC-S/BldcJ. 6PicatinnyArsenal,NJ 07806-5000
by using&“ self-addressedStandardization~t -r
ovww.ntProposal(ODForm 1426)am=ring at the md of thisdommnt or
letter.
ii
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MII-S’ID-105E
‘ItLisp.blitationprovidez.sampliqproceduresand referene
tablesfor use inplanningand conductinginspectionby
attributes.‘Thesamplingconceptis basedon the prokbilistic reaxrente
of eventshhena seriesof lots or Mxhes areprtducedin a
stableenvimrmmt.
‘Mispublicationshouldix usedto guidethe user in the
rk?velqzwntof an~ion strategythatprmides a cost effectiveq+math to
attwamfidmm in prcchxtanpliance with
con-~actualtechn.iralrquimmnts. Tneuser is wrned of the asmmxl
risksrelativeco * rhozensanplesizeadMK-
Mili@ ~ifications should~t ~t~ r .”equmrents for use of
wficssIIQlingplans,nor shouldtheyprovideAQL’sor Ll?D’sas a
requimmnt.
Sal@ing plans for continuous,ratherthan lot ~ion, are
containedinMllAIV-1235, “’Singleand Mlci-Level
ContinuousSanplingPmcedxes and Tablesfor I .nscectionby
Attrihxes”.
iii
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MIL-STC-105E
Paragraph1.
1.11.2
2.
2.1
3.
3.13.23.33.43.53.63.73.83.93.103.113.123.133.143.153.163.173.183.193.203.213.223.23
4.
4.14.24.34.4
——..
SCOPE...............................................
-se ....................................-.”.”-”A@ication
.......................................
REmwKED lxKuMmrs.................................
Non applicable....................................
DEFIMTICMS................... ......................
_t*leCmlity-1 (ML)[email protected](~)
....................AverageGutgoingQualityLimit (=L)
.............Classificationof
Defects.........................CriticalDefect...................................CriticalDefective...........:....................Cefect............................................Defective..........................................DefectsPer
Hul@redun.its.........................Inspection........................................Inspectionby
Attributes..........................I_ctor Bat*
......................................I.mor
EatchSize.................................MajorDefect......................................MajorDefective...................................MinorDefect......................................MinorEefective...................................PercentDefective..................................P-ss
Average...................................Sanpl
e............................................Sa@e SizeCede
Letter...........................san@ing
Plan.....................................Unit of
Prcdmt...................................
GmJ=m~s --------------------------------
WrittenProcedures................................Noncunformnm
....................................Formtirm and Identificationof
lots or Batches...ML
...............................................
4.4.1 AQL Use...........................................4.4.2
Limitation........................................4.4.3 Chasing
ins.................. ...................
1
1
1
1
1
222222 .,2333333333344.4444
4
4455555
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mL?S’m-lo5s
C@m2?l’s - CQntinued.
Pa.ragra@4.54.5.14.5.24.5.34.64.74.7.14.7.24.7.34.7.44.84.94.9.14.9.24.9.34.9.44.104.10.14.10.1.14.10.1.24.10.1.34.10.1.44.10.24.114.124.12.14.12.2
sa71Qlhg.........................................RepresentativeSanding..........................Tim20f
S.a@@ .................................~&irrP&tiple
Saupling......................
.............................SwitchiqP~
.............................Mxm.lcoTightened.............
.................Ti@tened to Norml
..............................Noz-mlto Famed
................................Reducedtot+xm.l................
................DkxmtinuationofInspection.
...................San@ing
Plans...................................~ion==l..
...................
............Clxk?l.ettera.....................................Maining
sanplin Golan.........................TYF=of*l%l
Plens..........................Determinationofkxeptabi.lity....................PercentDefectiveInspection.....................SingleSa@ingP
lab...........
..................CoubleSamplingPlan.............................tiltipleSa@ingP
lab.......... .................Sp2CialProce&re
forRdweclIrsection. ....... .D!2fectsPer
[email protected] Protectkn...
...................
...........................................-t%-=-i=ic ~
..................AverageSa@e SizeCurvea.:.....................
5. TABLES...............................................
TableI.II-A.
II-B.
11
-
CcNIENrs - Cclnthuled.
TableIV-A.
IV-B.
Iv-c.
V-A.
V-B.
\T-A.
VI-B.
VII-A.
VII-B.
VIII.Ix.
MTL-S’IC-105E
M.dtipleSapling Plans for Nornksl~im (~ert~le)
................... ...
MiltipleSamplingPlans for
TightenedInspection(Msstertable)......................
[email protected]@ingPlans for Reduced~im
(Msstertable)......................
AveragzDutgoingQualityLimitFacLorsforNormal~ion
(Stiglesampling)............
Average@tgoing @ality LimitFactorsforTightenedIn-ion
(SingleSan@ng) .........
Limittig(Xality (inPercentDefective)forwhicha Pa = 10%
(forNormal ~ion,Singlesanplti g).............................
LimitingQuality (inCefectsper HundredUnits)forwhich the Pa = 10%
(forNormal~im, StigleSa@ing) ...................
limiting@it y (inPercentDefective)forwhichthe Pa = 5% (forNormsl
I.nsp?ction,Singlesanplin g).............................
Ltitk.g CMality (inDefectsper Hundred’Wits) forwhiti the Pa = 5%
(forNormsl~ction, Si.ngle*ling) ....................
LimitNun&rsfor P&ducaiInspection.............AverageSa@e
Size Cumes for
DoubleandtWltipleSampling...............................
Sa@ing Plans and ~rating CharacteristicCurves (andData) for:
X-A. Sa@e SizeCc& I.etterA........................X-B. San@e
SizeCode b?tterB........................x-c. SanpleSizeCa5e
LetterC...:....................X-D.
San’pleSizeCcxieLetterD........................X-E. Sa@e SizeCede
LetterE........................X-F. San@e SizeCede
LetterF........................x-G. Sa@e SizeCo&
LetterG........................X-H. San@e SizeCode
I.etterH........................X-J. San@e SizeCock
LetterJ........................X-K.
SanpleSizeCcrZeI.etterK........................X-L. San@e
SizeCo& LetterL........................x-M. Sa@e SizeCcck
LetterM........................X-N. San@e SizeCode
Lectern........................x-P. SanpleSizeCode
LetterP........................x-Q. San@e S$zeCmie
IetterQ........................X-R. San@e SizeCock
LetterR........................
20
22
24
26
27
28
29
30
3132
33
34363840424446485052545658606264
/
/’
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MR-.5TD-1OSE
)
x-s.
PanCJraph6.
6.16.26.3
CmnENrs - amnued.
~
Sa@e Size Cc@e Letters........................ 66
twnzs............................................ 61
IntendedUse................................... 67,SubjectTezm
(keywozd)Listing................_fmp=viousIs sue.,................
... :
aNmlDIrK tamRIAL .............................. 68
vii
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W*1OSE
,,
sJueLIK P~ AND TAEESFCR lNSP~ICM BY ATmmlm2S,
1. -DE
1.1 Purpose. ~s publicationestablisheslot or batchsanplingplans
adprcesiuresfor inspectionby attributes.‘mis @limtion shallnot be
“interpretedco ~ or am flictwith any contractualm@xwmtS. me
Wrds‘Bae”’, “~”, “~tile”, etct refer~y to ~ ~tr~o~s use oftheqling
plarscontainedin thisstandard~donotitrplym agre9mntbythe @vernmm to
Saept anyprcduct.GOVS17X~ Shallk as
Eeterndnationof acceptabilityby the&scri&d in amtrectual
doam-ems. me San@ing plans
describsdin this standsd are S@iable to A(2L’sof .01~rcent or
higherandare thereforenot suitablefora@i~tions wherequalitylemls in
the &fectivepartsp millioprangecanbe realized.
1.2 lwl:~$. San@ing plans&signat.e3in this publi=tion are
eppli~le,ML not lmt , to impection of Ule follcwing:
a. Fml itens.
c. *rations or services.
d. Materialsin pmmss.
e. Su@ies in storage.
f. Maintenanceqerstions.
9. Dataor remrds.
h. Adniniszrativeprocecbres.
lWse plans are intendsd primsrilyto M used for a
continuingseriesof 10CSor bat-. l?h2plans my alsobe used for the
inspectionof isolatedlotsorbacchss,but, in this lattercase,the user
is cautionedto consultthe qx3rStingcharacteristiccumes to finda
plan wh.itiwill yieldthe &sired protection(Sse4.11).
2.
2.1
3.
PEm@Km IxnMNcs ‘Not ~licable.
DEFINITI@JS
1
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mL-s’Imlo5E
3.1 AcceptableCualityLevel (ML). m a continuousseriesof lots
isconsidered,the AQL is the qualitylevelwhich,for the purpses of
sanplinginspection,is the ltit of a satisfactoryprocessaverage
(See3.19).
Nc7rE:A sanplingplan and an AQL are tisen in accordaro?with the
riskassunsd.Use of a valueof AQL for a ~ain defector groupof
defectsindicatesthatthes~ling Pl~ till a- the -t ~joritY of @ lots
or bat- P*- *processaveragelevelof percat &fective
(ordefectspar hundredunits)in theselotsor batchesbe no
greaterthanthe designatedvalue of AQL. Tnus,the AQL isa
desiqaatedvalueof p2rcentdsfective(ordefects~ hurdredunits)for
whichlotswill be acceptedITOStof the tfi by the sapling prcedure
beingused. Theaanplingplansprovidedhereinare so arrangedthat the
prdability of acceptanceat the designatedAQL valuedeps!ndsupon the
sanplesize,~ing 9enerallYhi~erfor larges.snplesthan for
smallones,for a givenAQL. The AQL done does notidentifythe
chancesof accqZing or rejectingindividuallots or batchesM
nuredirectlyrelatesto what mightte exp+ctedfran a seriesof lots or
batches,providedthe stepsindicatedin thispublicationare taken. It
is necessarYtoreferto the ~ating &aracteristiccurveof the plan
to deterndnethe relativerisks.
3.2 AverageGutgoingGuality (AD2). For a
particularprocessaverage,the 7@ isthe averagequalityof
o~tgoingprcductincludingall acceptedlots or batches,plus all
reject+ lots or bat&es aftertinerejected’lots or
batcheshavekeeneffectively100 ~rcent irqxcted and all defective
replacedby non-rkfectives.
3.3 Average cXIt90ingC?JdityLimit (ACQL). TheJKX)Lis the
n-axhrnAD2 foragivena~ptance Sa@ing plan.Factorsfor -t ing AD2L
VS1= ~ 9iven inTableV-A for each of the singlesapling plans for
normalinspectionand inTableV-B for earh of the singlesanplingplans
for tightenedinqection.
3.4 Classificationof Defects. A classificationof defectsis the
emnerationOfPssible defecLsof the unit of
prcductclassifiedaccordingto theirseriousness.
3.5 Criti& Eefect. A criticaldefectis a defectthat jud-t and
experienceindicatewouldresultin hazardousor unsafeconditionsfor
indivitialsusing,maintaining,or ciqendingupon the product,or a
defectthat judgmt ard~rien= indimte is likelyto prevent~rformsne of
the tacticalfunctionof amajorend itemsuch as a
ship,aircraft,tank,missile,or spacevehicle.
3.6 CriticalDefective. A critid defectiveis a unit of
productwhichcontainsone or mre criticsldefectsand nay also
concainIMjor and/or&ordefects.
3.7 ,~fe. A defectis any nonconformanceof the unit of
productwithef~d requirements.
2
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MIL-mlosE
3.8 Cefectiw. A defectiveis a unit of procbctwhid containsone or
nuredefects.
3.9 Defectspr Hundr@5Units. Ibe nurberof defectsper
hundredunitsof anygivenquantityof unitsof productis one hundrd
tires .ttienu-&erof tkfectsanltainedtherein (oneor nuredefems
bsing~ssible in any unit of product)dividedby the totalnunbsrof
tics of product,i.e.:
Defectsper . Nun&r of defects x 100lmldredunits Nun&r of
unitsimpe@sd
3.10 -ion. Inspectionis the protessof mssuring, testing,or ~se
~in9 the tit of prtckm with the requirsfmts.
,
3.11 ~on by Attributes. ~ion by atcri.butesis “~on
Whersbyeitherthe uruc of prcduct1s classifiedsinplyas defectiveor
non-defective,orthe rnm&r of defectsin theunit of prcductis
wunted, with respct to a givz2n~~t or set or rqi~ts.
3.12 LOK or Batd. The termlot or batch shallnean
“inspectionlot”or“’-Lion batch-,i.e.,a collectionof unitsof
productfromwhicha sapieis to be drawn and irspsctedad ray
differfrana collectionof unitsdesignatd
.. —..—. ... . . .. ..as a La or oacm ror ouer pupses (e.g.,
prooucuon, snqnent, etc.).
3.13 E or Bst~ Size. The lot or batch size is the nunberof
unitsof prcductin a lot or batch.
3.14 Msjor Defect. A mjor defectis a &fect, otherthan
critical,thatislikelyto resultin failure,or to A= mterially the
usabilityof the unitof prcductfor its intendedprpose.
3.15 N!ajorCefective. A mjor defectiveis a unit of
prtductwhichcontainsoneor mre msjor *fects, and ray also
containminordefectsbut containsno criticaldefect.
3.16 minor Defect. A minordefectis a defectthat is not likelyto
reducemateriallythe usabilityof the unit of praiuctfor its
intendedpupose, or is a-= frm establiah05stmhrds - littlebearingon
the effectiveuse orqeration of the unit.
3.17 Minor Defective. A minordefectiveis a unitof
productwhi& containsoneor nxxe minor defectsbut mains no critid
or m jordefect.
3
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MIL-STD-105E
3.18 PercentDefective: The percent&fective of any given
quantityof unitsof productis one hundredtk the nun-herof
defectiveunitsof prcductcontainedthereindividsdby the
totalrnnnkerof unitsof product,i.e.:
PercentDefective = Nwber of defective x 100Nun&r of
unitsinspected
3.19 Pnxess Average. The p-ss averageis the averageprcent
defectiveoraveragenu&er of defectsper hundredunits (whitieveris
.s@icable) of produ~subnittedby the sqplier for
originalinspection.Original~ion is thefirstinspectionof a
particularquantityof prcductas distinguishedfrcanthe-tiion of
PrOdUCttiti has keen resuhn.ittedafterprior rejection.
3.20 Sanple. A .sa@e consistsof one or !mreunitsof prduct drawn
fra a lotor batti,the units of the sanplebeing selectedat
rancbnwithoutregardto theirquality. The ntnrberof unitsof productin
the sa@e is the sa.nplesize.
3.21 SanPle Size Cede Letter. The sanplesizecode letteris a
deviceusedalongwith the AQL for locating’a sanplingplanon a table
of san’plingplans.
3.22 SanplingPlan. A sanplingplan indicatesthe nunberof unitsof
prcductfraneach lot or battiwhi& are to be inspscted(sanplesize
or seriesofsa@e sizes)and the criteriafor*tennining the
acceptabilityof the lot orbatti (arreptanmand rejectionn-rs) .
3.23 Unit of Product. The unitof productis the thing inspsctedin
ordertodetermineits classificationas defedive or non-defectiveor to
countthe nunberof defects. It nBy be a stiglearticle,a pair,a set,
a length,an ~, anopsratia, a volm, a ccsrponentof an end product,or
the end prcductitself.The unit of prcductIMY or nBy not k the sam
as the unit of pur&ase, aqply,production,or shipt.
4.1 WrittenProcedures. Writtenproceduresare o~ily develo@ and
mdeavailablefor the ~t representative’sreview,upon request. Wnen
thewrittenp~ indicateuse of this stadard, they Shall DYl@y with
the~S of this standardand referenceappropriateparts as
necY2s.SaZy.
4.2 Nonconfonnanm. The extentof noncnnfonranceof productshallbe
exprersedeitherin termsof percentdefective‘orin termsof defectsper
hundredunits.
4
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FKL+TW105S
4.3 Forrnatianad Ick!ntifirationof &s or Batches. The
prcductshallbasssn’bledinto
icknt.ifiablelots,sublets,batches,oriniuti othermrun2rasmay b?
prescribed. Each lotor Mtch shall,as far as is
practicable,consistof units of productof a singlet~,
grack,class,size,and
crqosition,manufactureduncisressentiallyt.& saneainditians,and
at essentiallyt& sauetim . Tis310tsor
bstchesshallbei&ntified bytheamtractor andshall be keptintactin
i@quate and suitablestoragespace.
4.4 AQL.—
4.4.1.AQL use. ‘Me AQL,tqsther with the Sa@e SizeCo&
b?tter,is LEA for~ - -1* Plm provi&d hareixl.
4.4.2 Limitation. The sele&n or use of an AQL shallnot iK@y
that thecontractorhas t& rightto sqply any &fective.unit of
produa.
Ziis%%%%%iy, or for indivicha.1&fects. An AQL for a groupof
&f_DifferentAQ1.sray be chosenforgruupsof &fects
my Ix chosenin ackiitionto AQIa for individualdefects,or
s@roups, withinthat gfoup. AQL valussof 10.0or lessway be eqxassed
titherin prcentdefectiveor in defectspsr llundrqdt5; thoseover lo.o
shallbeeqress@kdefectsper hundredunitsonly.
4.5 San@inq.
4.’5.1@xesentative C3tratified)SallQlinq. When ~ropriate, the
nunterofunits in the sanpleshallEe selectedin ~rtim to the sizeof
subletsorSu&bStCkS, or partsof the lot or hat*, identifiedby m
rationalcriterion.When reprasentatives.a@irq ia used,the units frm
eati -lot, s&-batdl orpart of the lot or batd shall&
sel~”.edat randan.
4.5.2 Tine of SamJ inq1 A .sanplemy be drati afterall the
unitsculprisiirqtk lot or batchhave &en assmlsd, or
aanpleunitsmay be drawnduringassenblyof the lot or batch,in
whiticasethe sizeof the 10C or battiwill be determined&fore any
ample unitsaredrawn.If tl-e.5an@eunitsare drawnduring~lyof the lot
or htti, and if ths rejectionnun&r is reachedbeforethe lot
*Cnl@eta that pxtian of the lot alreadyclxlpletedshallbe rejected.
m causeof the defectiveprcductal be determinedand wrrective
actiontaken,afterwhich anewlotorbatch~h begun.
4.5.3 Lhubleor FldtipleSaq3Ml-qUssd, Sa
hhendoubleor multiplesanplingis to bech sarpleshallbe
selecttioverthe entirelot or batch.
5
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MIL-S’ID-1O5E
4.6 Inspection P~. Normal~ion willke used at the startof~ion.
Normal,tightenedor reducedimpction shallcontinueunchangedforeach
classof defectsor defective on succf2ssivelotsor
batchesexceptwheretheswitdd.ngpmcedums givenbelowrequire&ange.
The tit-9 P~ s~lbe a@ied to each classof defectsor defective
independently.
4.7 switdimq Procedures.
4.7.1 Normalto Tightened. When normalinspction is in
effect,tightened~ion shallbe institutedwhen 2 out of 2, 3, 4, or 5
consecutivelots orbat&es have been rejettedon originalinspction
(i.e., ignoringresutxnittedlotsor batchesfor this procdure)-
4.7.2 Tigirtemdto Normal. When tightenedin-ion is
.tieffeet,normal~ion shallEe institutedwhen5 consecutivelots or
batcheshave beenconsideredaceptable on origti inqection.
4.7.3 Nod to Reduced. t?nennormalinspectionis in
effect,reducedinspectionshallke institutedprovidedthat all of the
followingconditionsare satisfied:
a. T’FISpreceding10 lotsor bazches“(ormore, as indicated by the
notetoTableVIII) have been on norrnslinspectionand all have been
acepted on origha.1~ion; and
The totalnumberof *f ectives(ordefects)in * samles frm
thepm&” 10 lots or batde.s (orsutio- nmber as - used for
conditim “a”amve) is qua.1to or.less thanthe appliwble n-r gi- in
Table~11. Ifdoubleor mltiple san@ing is in use, all
sanplesinspectedshouldte ticluded,not “first”sanplesonly; and
c. Productionis at a stezdyrate;and
d.’ Reducedinspectionis consickreddesirable.
4.7.4 RducA to Nor&l. men reducedinspectionis in
effect,norml inspectionshallbe institutedif any of the
followingoccuron originalinspction:
a. A lot or batch is rejected;or
b. A lot or batch is cmsidered acceptableunder the
proceduresOf4.10:1.4,or
c. Productionkecmes irregularor delayed;or
d. Other conditionswarranttit normalin~~~ion shallbe
instituted.
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~-S’ID-105E
4.8 Discontinuationof Inspection. If the cumnul.atimrnnrberof
lotsmta~~ in a sequenceof mnsecutivelots on
originaltightened~ionreachesfive,the acqxanoe pmcedums~ion w e
p~sions of this
of this sllamlardshallbe dismntilnled.stmdard shallnot be
resumeduntil
correctiveactionhas teentaken. TigthenedinspecU“onshall
thenteusdasif4.7.1had keen invciked.
4.9 ~.mg Plans. .
4.9.1 Inspectionlevel: me “inspectionlevel&termines the
relationshipketu=enthe lot or t.atchsize and the ssnplesize.
mehsp2ction levelto be usedfor
. -Y Particuk Ze@mnent tillbe as prescribedby the mmractor’s
writtenprceddres. l?ireeirqection levels:I, II, and III,are given
in TableI forgenemiluse (s&4.1). Normally,InspectionEvel II is
used. However,Inspectionml I my & usedwhen lessdiscriminationis
needsd,or I.@_dIIImy * used for greauerdiscrimination.Four
additionalsfeciallevels:S-1, S-2, S-3, and S-4,aregiven in the dam
tableand my ~ used khrerelativelysm.11sanplesizesare ~sary and
largesanplingrisks~ or rustbe tolerated.
~
NYIE: In the selectionof inspectionlevelsS-1,co S-4,~ rust be
ex-~ised toavoidAQ1.sincnnsist4ntwith+ase impection levels.of the
special “
In”othsrwords,thepurpsa~ion levelsis to keep sanplessmll
wtiennem.ssary.For
~=, tb5 CO& letterSun&r S-1 go no furtherthanD,
equivalentto a Si.@esampleof size 8, but it is of no use to -Se S-1
if tha AQL is 0.10peromr forwfi~ the mininnmsampleis 125.
4.9.2 ~ ~ters. Ssnplesizesare &signatej by-tzxb?letters.
TableI shallbe used to findthe applicablecode letterfor the
~icu.lar lot or batdlsizead the prescrikeslirqection level.
4.9.3 Cbta.Wq SanplingPlan. ‘lk AQLandthe cods lettershallbe
usedtoobtainthe sartplingplan .&m TablesII, 111, or IV. Wnenno
smpling planiSam.ilablefor a givencombinationof AQL and co&
letter,the tablesciinxZtheuser to a differentletter. Tne San@esize
tokusd is givenbythenewadeletter,not by the originalletter. If
thisp~ leadsto differentsanplesizesfor differentclassesof defems,
the cede letteraimespmdq to *_ ~le size-ie my ke used for all
CI.SSSCSof ckfeci.s.k analternativeto a singlesanplingplanwith an
a~ nurr&rofo, theplanwiti m ~ nm&r of 1 with its cor~ ly
largersanplesizefor a-igqated AQL (whereavailable),may be used.
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MIL-S’ID-1OSE
4.9.4 Typ2Sof SalIplingPlans. Threet~s of sanpltigplans:
Single,Eooble,and mltiple, are given in TablesII, III,and IV,
respectively.When severaltypesof plansam2 availablefora givenAQL
and code letter,any one my ke used.A decisionas to type of
plan,eithersingle,double,or nultiple,when amilablefor a givenAQL
and ccxieletter,willusyallyhe based upon the cmparison bet-the
administrativediffim.ltyandthe averagesanplesizesof the
availableplans.Tne averageaanplesize of mltiple plans is less than
for double (exceptiri.thecase correqmndingto singleacce@nce nmber
1) and both of theseare alwayslessthm a singlesanplesize
(seeTableIX). Usuallythe ~Stiatimdifficultyfor singlesanplingandthe
met per unit of the .san@eare lessthanfordoubleor multiple.
4.10 Determinationof ~ ability.
4.10.1 PercentDefectiveInspection.To determineacceptabilityof a
lot orbatchunderperrsmtdef=hive inspection,the a@icable
sanplingplan ehallbeused in accordancewith
4.1O.1.1,4.10.1.2,4.10.1.3,and 4.10.1.4.
4.10.1.1 SingleSaq3ltig Plan. Thenunbarof sampleunits
inspectedshallbeequalto the ~le size givenby theplan. If the
numberof defective foundinthe sanpleis equalto or lessthanthe
acceptancenumber,the lot or bst@ Shallbe considereda-ptable. If
thenunkerof defective is equalto or greatertithe rejectionnunbr,
the lot or battishallbe rejected.
4.10.1.2 DoubleSap q1’ Plan. A n-r of sanpleunits equalto the
firstsanplesize givenby the plan shallk ~ed. If the numberof
defectivefoundin the firsteanpleis equalto or lessthan the
firstaccqtanm number,the lot or bat~ shallbe mnsideredacceptable.
If the nuntxrof defectivefoundin the first.san@eis equalto or
greaterthan the firstrejectionrmbertthe lot or batti shallbe
rejected.If the nmber of defective foundh the~irstsmple is
ketweenthe firstaccqtane and rejectionnumbers;a secondsmple of the
same size shallbe insp3cted.The nurberof defective foundinthe
firstand secondsanplesshallM acnnmlated. If the cumlative nmber
of.defective is equalto or lessthanthe secondaqane number,the lot
or batdshall* mnsidered acceptable. If the emulative nunterof
defective is Wto or greaterthan the ae.mndrej-ion nunber,the lot or
batch shall&rejetted.
4.10.1.3 ~tiple Sanple Plan. Undermltiple sapling, the proedure
shallmsimilarto that specifiedin 4.10.1.2,exceptthat the nmber of
suassivesanplesrequiredto reach a ckcisionmy be as many as
seven.
4.10.1.4 ~al Procedurefor-cd Irqectim. Under tied
insp52tion,theSwim P~ ~Y terminatewithouteitheracceptanceor
rejectioncriteriahatig teen mt. In these circmstantes,the lot or
batch will k considereda~able, but normal impsctionwill k
reinstatedstartingwith the nx lot orbatch (See4.7.4.b).
8
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-
MIL+3IW1OSE
4.10.2 Oefectsp HundredUnitsInspection. To determinet+? a “
ityof alotorbatch un&r*fectspsr hundredunits inspection,the
promdum~~fidforpermnt defective inSpettiM aiwve shall&
used,exceptthat the word“defects”shallk substitutesfor
“Ck!fectives”.
4.11 Limiting wity Protection.IIY2~hg plansW ~a~ P~-s publimtion
= &signed for use wherethe unitsof productare
~XG in a continuingseriesof lotsor batchesover a periodof
tim2.‘Mouemr,if the lot or batcA is of an isolatedrbstum,it is
cksirableto limitthese.kcdon of sanplingplansto
those,associatedwith a dsal~t~ _ ~~1 ~tprcmt& not less than a
specifiedlimitingqualityprotection. SsnplingplansforthisPUZFOSScm *
seksed by -sing a Limiting~ity (UD - a ~’sriskto te
associatedwithit. TablesVI antiVII give valuesof LQ for thethe
Cxmnnly used comumr’s risksof 10 percentand 5 ~t respectively.If
adifferentvalueof comunT#s risk is rquired, tk O.C.
curvesardtkirti-latedvaluesmy be use5. Tmmncept ofmmlyalsobe usem
inspacify+lgtheAOL and I~im” Levelsfora seriesof lotsor bat-s, thus
fixingndsumnn.sanplesizewherethereis Sam reasonfor avoiding(~fi mm
~ a 9i=mnsmer’s risk)ITCIrethana limitingproportionof &fecti-
(orc@f~s) in -Ysinglelot or batti.
4.12 Curves.
4.12.1 @crating maramsristic cumes. ‘me oparating~eristic ~
fornorml irqection, shownin TableX, mte the percentageoflots or
batdeswhichmay be enp2rtedto be arceptedunderthe variousSS@ing
plansfor a givenproa?ssquality. T& mrves ahcnmare for
singleSa@ing; cumes for dmble andmlciple ssa@ing are retchedas
closelyas practicable.The O.C. ~ -forAOLs greaterthan 10.0am based
on the Poissondistributionad are a#i-cablefor defectsper
hundredunits inspe&cion;those for AQLs of 10.0or lessand~le
SiZeSof 80 or 1=s are based on the binonialdistrilmtim ad
areqlirable for permnt defectiveinspection;those for~ of 10.0or
less @sample sizes largerthan 80 are based the
Poissondistributionand are S@icableeitherfor defectsp3r
hurdredunits ~ion, or for parent defective-on (* poissm -him being
an adequateapproximationto thebinmual
distributionunderthesemnd.itiona). Tabulatedvalues,~ to4-4
VS-hIasor pmbabiliciesof ~anm (pa,in percent)are
givenforeatiOfthealrvee shown,m in addition,for tighten@
inspection,h for~f~p2r lnmiredunits forAQIsof 10.0or less and San@e
sizesof 80 or 1-.
4.12.2 Awsraqe~le SizeCumes. AverageSan@e Size C@FSS for=le
andmultipleaa!plingare in TableIX. Theseshow the
averagesamplesizesuhirhmybe ~ed to ocmr underthe
variousaanplingplans for given levelsof prcKJ2SSquality. lhe
curvesassureno curtailrmntof insertion arslare ~roximte tothe
extentthat they are baseclupon tttePoissondistribution,and that the
Sa@esizesfor doubleand mltiple aanplingare assuredto be O.631nand
O.25n~itiY, tie n is the equim.km qle size.
9,
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MIL-STD-105E
=ICN 5
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