Recoil Digital Catalog - Vimat Viterie · Introduction 2 A lcoa Fastening Systems’ (AFS) Recoil...
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Transcript of Recoil Digital Catalog - Vimat Viterie · Introduction 2 A lcoa Fastening Systems’ (AFS) Recoil...
Re
coil
®
Bra
nd
Pro
du
cts
Re
coil
®
Bra
nd
Pro
du
cts
Th
rea
de
d In
sert
s,Ta
ps,
Too
lin
g &
Kit
s
Wo
rld
wid
e c
on
sist
en
cy o
f q
ua
lity
Tota
l co
mm
itm
en
t to
qu
ali
ty a
nd
se
rvic
e
Co
mp
reh
en
siv
e r
an
ge
of
pro
du
cts
Eff
icie
nt
inte
rna
tio
na
l fr
eig
ht
serv
ice
Hig
he
st q
ua
lity
ma
nu
fact
uri
ng
ca
pa
bil
ity
Ne
w P
ro-S
eri
es
Kit
pro
vid
es
all
yo
u n
ee
d
to m
ak
e p
rofe
ssio
na
l th
rea
d r
ep
air
s.
Se
e P
ag
e 3
9
Re
coil
Fa
ste
ne
rs
Co
nte
nts
1
INT
RO
DU
CT
ION
2
PR
OD
UC
T R
AN
GE
RE
CO
IL I
NS
ER
TS
LO
CK
ING
IN
SE
RT
S
FIN
ISH
ES
& C
OA
TIN
GS
ST
I TA
PS
GA
UG
ES
HA
ND
IN
ST
AL
LA
TIO
N T
OO
LS
PO
WE
R T
OO
LS
ST
RIP
-FE
ED
IN
SE
RT
S
TH
RE
AD
RE
PA
IR K
ITS
DE
SIG
N C
ON
SID
ER
AT
ION
S
3 4 7 10
19
31
33
36
38
40
43
BR
ITIS
H T
HR
EA
DS
A
pp
en
dix
Intr
od
uct
ion
2
Alc
oa
Fa
ste
nin
g S
yst
em
s’(A
FS
) R
eco
il m
an
ufa
c-
turi
ng
op
era
tio
ns
are
lo
cate
d i
n A
ust
rali
a,w
ith
sale
sa
nd
war
eh
ou
se f
acili
tie
s st
rate
gic
ally
loca
ted
in
No
rth
Am
eri
ca,A
sia,
and
Eu
rop
e.Ex
ten
sive
wo
rld
wid
e
dis
trib
uti
on
,co
up
led
wit
h t
he
co
mp
any
’s m
anu
fact
uri
ng
stra
teg
y,o
ffe
rs s
ign
ific
ant
adva
nta
ge
s to
en
d u
sers
.
Alc
oa
Fast
enin
g S
yste
ms
ensu
res
a g
lob
al c
on
sist
ency
of
qu
alit
y d
esi
gn
sta
nd
ard
s in
man
ufa
ctu
rin
g t
he
fu
ll
ran
ge
of
wir
e t
hre
ad in
sert
s in
on
e p
rod
uct
ion
fac
ility
.
Use
rs a
rou
nd
th
e w
orl
d c
an b
e a
ssu
red
of
hig
h s
tan
dar
ds
and
th
e c
on
sist
en
cy o
f al
l AFS
pro
du
cts.
Inse
rts
are
man
ufa
ctu
red
in s
tan
dar
d s
ize
s fo
r al
l
me
tric
an
d in
ch t
hre
ad f
orm
s.A
co
mp
reh
en
sive
de
sig
n
faci
lity
is a
vaila
ble
to
en
sure
th
at n
on
-sta
nd
ard
inse
rts
can
be
man
ufa
ctu
red
fo
r sp
eci
al p
art
req
uir
em
en
ts.
Pro
mp
t av
aila
bili
ty o
f pro
du
cts
to c
ust
om
ers
wo
rld
wid
e
is e
nsu
red
by
an e
ffic
ien
t in
tern
atio
nal
fre
igh
t se
rvic
e
and
a n
etw
ork
of
sto
ckin
g d
istr
ibu
tors
.
Alc
oa
Fast
en
ing
Sys
tem
s is
co
mm
itte
d t
o t
he
hig
he
st
qu
alit
y p
rod
uct
s an
d o
pe
rati
ng
sys
tem
s an
d e
mp
loys
a
stri
ct q
ual
ity
man
agem
ent
syst
em in
acc
ord
ance
wit
h:
■A
S910
0 ac
cred
itat
ion
■IS
O90
01 a
ccre
dit
atio
n
■Q
S900
0 ac
cred
itat
ion
■So
ciet
y o
f Bri
tish
Aer
osp
ace
Co
mp
anie
s (S
BA
C) T
S
157
app
rova
l
■C
ivil
Avi
atio
n A
uth
ori
ty A
ust
ralia
■Fo
rd Q
1
Hig
h q
ual
ity
stan
dar
ds
de
man
d t
hat
eve
ry b
atch
of
inse
rts
is s
ub
ject
ed t
o m
ult
iple
vis
ual
,dim
ensi
on
al,a
nd
fun
ctio
nal
ch
ecks
at
pre
det
erm
ined
inte
rval
s th
rou
gh
ou
t
the
pro
du
ctio
n p
roce
ss,u
sin
g t
he
late
st h
igh
-pre
cisi
on
test
eq
uip
me
nt.
Alc
oa
Fast
en
ing
Sys
tem
s w
ill p
rovi
de
te
chn
ical
assi
stan
ce t
o p
rod
uct
ion
en
gin
ee
rs s
o t
hat
op
tim
um
inst
alla
tio
n e
ffic
ien
cy c
an b
e a
chie
ved
an
d m
ain
tain
ed
.
Re
coil
bra
nd
co
ils a
re m
anu
fact
ure
d t
o t
he
fo
llow
ing
cap
abili
ty s
tan
dar
ds:
NA
SM12
2076
Ser
ies
- Fr
ee R
un
nin
g -
UN
C
NA
SM12
4651
Ser
ies
- Fr
ee R
un
nin
g -
UN
F
NA
SM21
209
Seri
es -
Lo
ckin
g
NA
SM88
46
BS7
751
- M
etri
c -
Co
arse
BS7
752
- M
etri
c -
Fin
e
BS7
753
BS
4377
MA
3279
,MA
3280
,MA
3281
- M
etri
c -
Free
Ru
nn
ing
MA
3329
,MA
3330
,MA
3331
- M
etri
c -
Self
Lock
ing
AS6
733
Seri
es -
UN
F -
Un
pla
ted
AS8
455
Seri
es -
UN
F -
Cad
miu
m P
late
d
AG
S360
0 Se
ries
- U
NF
- C
ad.P
late
d -
Sel
f Lo
ckin
g
AG
S370
0 Se
ries
- N
imo
nic
Allo
y 90
- S
elf L
ock
ing
Gen
eral
Ele
ctri
c -
C98
1,N
926
Seri
es
LN 9
499,
LN 9
039
DIN
814
0
1S
O9
00
1
•LLOYD'SREG
IS
TE
RQ
UA
LIT
YASSURANCE
QS
90
00
•
LLOYD'SREG
IS
TE
RQ
UA
LIT
YASSURANCE
Pro
du
ct R
an
ge
3
Th
rea
d I
nse
rts
Th
e R
eco
il sy
ste
m c
on
sist
s o
f p
reci
sio
n in
sert
s,
qu
alit
y h
igh
sp
ee
d t
ap
s,a
nd
ea
sy-t
o-u
se in
sta
llati
on
too
ls w
hic
h a
re u
sed
fo
r re
pa
irin
g d
am
ag
ed
scr
ew
thre
ad
s o
r cr
ea
tin
g s
tro
ng
ne
w t
hre
ad
s.R
eco
il
he
lica
lly w
ou
nd
scr
ew
-th
rea
d in
sert
s a
re g
en
era
lly
ma
nu
fact
ure
d f
rom
Typ
e 3
04
(1
8-8
) st
ain
less
ste
el
wir
e c
old
ro
lled
into
a d
iam
on
d s
hap
ed
cro
ss s
ect
ion
.
Re
coil
inse
rts
can
be
su
pp
lied
in o
the
r m
ate
ria
ls
such
as
Inco
ne
l,N
imo
nic
90
,Nit
ron
ic 6
0,P
ho
sph
or
Bro
nze
an
d T
ype
31
6 s
tain
less
ste
el.
Re
coil
inse
rts
are
ava
ilab
le in
eit
he
r st
an
da
rd f
ree
run
nin
g f
orm
or
scre
w lo
ck t
ype
wh
ich
pro
vid
es
an
inte
rna
l lo
ckin
g f
ea
ture
.In
sert
s a
re m
an
ufa
ctu
red
fo
r
eve
ry t
hre
ad
fo
rm in
clu
din
g U
NC
,UN
F,B
SC
,BS
W,B
SP,
BS
F,B
A,N
PT
an
d IS
O M
etr
ic t
hre
ad
siz
es.
Th
rea
d R
ep
air
Kit
sA
full
ran
ge
of
Re
coil
thre
ad
re
pa
ir k
its,
cove
rin
g
the
ma
jori
ty o
f si
zes
com
mo
nly
in u
se t
od
ay,
is
ava
ilab
le f
rom
AF
S.R
eco
il k
its
con
tain
an
HS
S t
ap
,
inst
alla
tio
n t
oo
ls,p
reci
sio
n s
tain
less
ste
el i
nse
rts,
an
d in
stru
ctio
ns,
in a
stu
rdy
reu
sab
le c
on
tain
er.
Re
coil
pro
ble
m-s
olv
ing
re
pa
ir k
its
are
ava
ilab
le in
sin
gle
or
mu
ltip
le s
ize
fo
rma
t.
Inst
all
ati
on
To
oli
ng
Alc
oa
Fast
en
ing
Sys
tem
sa
lso
off
ers
a s
ele
ctio
n
of
wo
rk a
rms
an
d p
ow
er
too
ling
,in
clu
din
g h
igh
eff
icie
ncy
pn
eu
ma
tic
an
d e
lect
ric
inst
alla
tio
n t
oo
ls
for
in-l
ine
pro
du
ctio
n o
r re
pe
titi
ve m
ain
ten
an
ce
situ
ati
on
s.A
ra
ng
e o
f a
sso
cia
ted
to
olin
g is
ava
ilab
le
tofa
cilit
ate
inse
rt in
sta
llati
on
,in
clu
din
g m
an
ua
l
inst
alla
tio
n t
oo
ling
an
d m
anu
al,s
pri
ng
,an
d p
ne
um
atic
op
era
ted
ta
ng
bre
ako
ff t
oo
ls.
Ta
ps
an
d G
au
ge
sO
pti
mu
m r
esu
lts
can
be
ach
ieve
d w
ith
Re
coil
tap
s
an
d g
au
ge
s to
su
it h
an
d-t
ap
pin
g t
hro
ug
h t
o v
olu
me
pro
du
ctio
n r
eq
uir
em
en
ts.U
sin
g t
he
“G
o -
No
Go
”
ga
ug
e,t
ap
pe
d h
ole
s ca
n b
e g
au
ge
d t
o e
na
ble
a
pre
cisi
on
fit
.
Re
coil
Inse
rts
4
Ho
w a
Re
coil
In
sert
Wo
rks
Re
coil
inse
rts
are
ro
lled
fro
m h
igh
qu
alit
y st
ain
less
ste
el w
ire
wit
h a
dia
mo
nd
sh
ape
d c
ross
se
ctio
n,w
ou
nd
to t
he
sh
ape
of
a sp
rin
g t
hre
ad.O
nce
th
e w
ire
is w
ou
nd
into
a h
elic
al c
oil
and
inst
alle
d in
to a
tap
pe
d h
ole
,it
pro
vid
es
a p
erm
ane
nt
and
we
ar r
esi
stan
t th
read
in t
he
par
ent
mat
eria
l th
at is
gen
eral
ly s
tro
ng
er t
han
th
e o
rig
inal
thre
ad.T
he
inse
rts
are
des
ign
ed t
o b
e g
reat
er in
dia
met
er
than
th
e t
app
ed
ho
le a
nd
co
mp
ress
as
the
y ar
e in
stal
led
.
This
allo
ws
max
imu
m s
urf
ace
co
nta
ct a
rea
wit
h t
he
tap
pe
d t
hre
ad,s
afe
ly a
nd
pe
rman
en
tly
anch
ori
ng
th
e
inse
rts
into
pla
ce.
The
inse
rt’s
co
mp
ensa
tory
act
ion
sh
ares
th
e lo
ad o
ver
the
en
tire
bo
lt a
nd
ho
le,i
ncr
eas
ing
ho
ldin
g o
r p
ull
ou
t
stre
ng
th.W
ith
a R
eco
il in
sert
in p
lace
,lo
ad a
nd
str
ess
are
mo
re e
ven
ly d
istr
ibu
ted
.
Wh
ere
to
Use
Re
coil
In
sert
sR
ep
air
Wh
en y
ou
en
cou
nte
r a
dam
aged
th
read
Rec
oil
off
ers:
■Q
uic
kest
an
d s
imp
lest
me
tho
d o
f re
pai
r to
stri
pp
ed
or
dam
age
d t
hre
ads
■A
su
pe
rio
r th
read
wit
h g
reat
ho
ldin
g p
ow
er
■M
ost
co
st-e
ffe
ctiv
e m
eth
od
of
rep
air
■R
etu
rns
thre
ad t
o t
he
ori
gin
al s
ize
■G
ener
ally
str
on
ger
th
an t
he
ori
gin
al fe
mal
e th
read
Ori
gin
al
Eq
uip
me
nt
Ma
nu
fact
ure
AFS
off
ers
inn
ova
tive
man
ufa
ctu
rers
th
e o
pp
ort
un
ity
to d
esi
gn
hig
h q
ual
ity
pro
du
ct u
sin
g li
gh
ter
we
igh
t
mat
eria
ls s
uch
as
alu
min
um
an
d m
agn
esiu
m a
lloys
as
wel
l
as c
arb
on
fib
er
mat
eri
als
wh
ile s
till
ach
ievi
ng
hig
h
stre
ng
th a
nd
rel
iab
ility
in t
he
thre
aded
fas
ten
er a
ssem
bly
.
Rec
oil
bra
nd
inse
rts
are
wid
ely
use
d b
y m
anu
fact
ure
rs in
:■
Au
tom
oti
ve■
Elec
tro
nic
■A
ero
spac
e■
Ship
Bu
ildin
g■
Def
ense
■Po
wer
Gen
erat
ion
■Tr
ansp
ort
■M
anu
fact
uri
ng
Eq
uip
men
t
Inse
rt M
ate
ria
l
Rec
oil
inse
rts
are
gen
eral
ly m
anu
fact
ure
d fr
om
Typ
e 30
4
stai
nle
ss s
teel
(18-
8),h
ow
ever
inse
rts
are
avai
lab
le in
a ra
ng
e
of m
ater
ials
for s
pec
ial a
pp
licat
ion
s.
■S
tain
less
Ste
el G
rad
e 3
04
(AS7
245)
Au
sten
itic
Co
rro
sio
n R
esis
tan
t St
eel
For
no
rmal
ap
plic
atio
ns
up
to
425
°C (8
00°F
)■
Sta
inle
ss S
tee
l Gra
de
31
6 (A
ISI 3
16) A
ust
enit
ic
Co
rro
sio
n R
esis
tan
t St
eel
For
Mar
ine
app
licat
ion
s u
p t
o 4
25°C
(800
°F)
■In
con
el X
- 7
50
(AS7
246)
Nic
kel A
lloy.
For
hig
h t
emp
erat
ure
ap
plic
atio
ns
425°
C -
550
°C
(80
0°F
- 1
00
0°F
) o
r w
he
re lo
w p
erm
eab
ility
is r
eq
uir
ed
.■
Ph
osp
ho
r B
ron
ze (D
IN 1
7677
or
BS2
783
PB
102
) (30
0°C
)
For
elec
tric
al b
on
din
g jo
ints
or
low
per
mea
bili
ty■
Nim
on
ic 9
0(H
R 5
03
) fo
r h
igh
te
mp
erat
ure
app
licat
ion
s.(6
50
°C/1
20
0°F
)■
Nit
ron
ic 6
0(U
NS
S218
00) A
ust
enit
ic a
nti
-gal
ling
allo
y■
Sp
eci
al p
urp
ose
Mat
eria
ls s
uch
as
Inco
nel
625
an
d S
pri
ng
Ste
el G
rad
e
are
also
ava
ilab
le t
o s
pec
ial o
rder
Ty
pe Th
ere
are
two
bas
ic t
ypes
of R
eco
il in
sert
s av
aila
ble
:
■Fr
ee
ru
nn
ing
inse
rts
wh
ich
pro
vid
e a
stan
dar
d
fem
ale
thre
ad
■Lo
ckin
g in
sert
sw
hic
h p
rovi
de
a lo
ckin
g fu
nct
ion
for
the
fem
ale
thre
ad w
hen
th
e fa
sten
ers
inst
alle
d
Dam
aged T
hre
ad
Ho
w R
eco
il In
sert
s W
ork
5
Ty
pic
al
thre
ad
an
d a
ng
le e
rro
rs m
ay
ca
use
:■
Lim
ited
co
nta
ct p
oin
t■
Poo
r fla
nk
con
tact
bet
wee
n b
olt
to
par
ent
thre
ad■
Un
equ
al d
istr
ibu
tio
n o
f bo
lt lo
ad o
ver
eng
aged
th
read
s■
Failu
re o
f th
read
ed
co
mp
on
en
ts w
he
n lo
ade
d
Re
coil
in
sert
s re
du
ce t
hre
ad
pit
ch a
nd
an
gle
err
ors
to
pro
vid
e:
■G
reat
er fa
sten
er s
tren
gth
■G
reat
er c
on
tact
are
a■
Equ
ally
dis
trib
ute
d lo
ad o
ver
all t
app
ed t
hre
ads
■R
edu
ced
str
ess
con
cen
trat
ion
th
ereb
y ex
ten
din
g fa
tig
ue
life
Inse
rt i
nst
all
ati
on
an
d r
ete
nti
on
Un
inst
alle
d,R
eco
il in
sert
s ar
e g
reat
er
in d
iam
ete
r th
an t
he
tap
ped
ho
le in
th
e p
aren
t m
ater
ial i
nto
wh
ich
th
ey a
re t
o b
e
inst
alle
d.D
uri
ng
th
e a
sse
mb
ly o
pe
rati
on
th
e d
iam
ete
r o
f th
e
lead
ing
co
il is
re
du
ced
th
ere
by
pe
rmit
tin
g e
ntr
y o
f th
e in
sert
into
th
e t
app
ed
ho
le.W
he
n t
he
inse
rt is
inst
alle
d a
t th
e
corr
ect
de
pth
,th
e c
oils
exp
and
an
d p
erm
ane
ntl
y re
tain
s th
e
inse
rt in
pla
ce.
Un
like
man
y ‘s
olid
’in
sert
typ
es,
it is
no
t n
ece
ssar
y to
use
lock
ing
,sw
agin
g o
r ke
yin
g o
pe
rati
on
s to
loca
te a
nd
re
tain
Re
coil
inse
rts.
Stre
ss c
on
cen
trat
ion
pro
ble
ms
wh
ich
typ
ical
ly
occ
ur
in t
he
par
en
t m
ate
rial
wh
en
usi
ng
so
lid in
sert
s ar
e
the
refo
re e
limin
ate
d.
A R
eco
il in
sert
will
dim
en
sio
nal
ly a
dju
st b
oth
rad
ially
an
d
axia
lly,t
o a
ny
exp
ansi
on
or
con
trac
tio
n w
ith
in t
he
par
ent
mat
eria
l.R
ecoil I
nsert
in "
Sem
i In
sta
lled" p
osit
ion.
Pit
ch a
nd
An
gle
Err
or
Co
mp
en
sati
on
Pro
ble
ms
Angle
err
or
Pit
ch e
rror
Recoil c
om
pensati
on e
ffect
So
luti
on
Ho
w R
eco
il In
sert
s W
ork
6
% 30
22
17
13
10 8
% 50
25
12
6 3 2
Bo
lt w
ith
Re
coil
In
sert
Sta
nd
ard
Bo
lt
The
dia
gra
m a
bo
ve d
ep
icts
gra
ph
ical
ly t
he
ad
van
tag
es
a R
eco
il in
sert
has
ove
r a
con
ven
tio
nal
th
read
.In
co
nve
nti
on
al t
hre
ade
d jo
ints
ove
r 7
5%
of
the
load
is p
lace
d o
n
the
fir
st t
hre
e t
hre
ads
of
the
ass
em
bly
.Th
e R
eco
il in
sert
on
th
e le
ft s
ho
ws
ho
w t
he
spri
ng
-lik
e d
esig
n o
f th
e in
sert
allo
ws
the
shea
r lo
adin
g t
o b
e tr
ansf
orm
ed in
to a
pre
fera
ble
“ho
op
str
ess
”or
rad
ial l
oad
ing
ove
r th
e e
nti
re le
ng
th o
f th
e in
sert
.Th
is p
rovi
de
s a
mu
ch
stro
ng
er
thre
ad t
han
can
be
ob
tain
ed
by
con
ven
tio
nal
dri
llin
g o
r ta
pp
ing
.Th
is im
pro
ved
stre
ng
th a
llow
s d
esig
ner
s to
sel
ect
a fa
sten
er b
ased
on
th
e m
inim
um
str
eng
th o
f th
e b
olt
,
also
allo
win
g t
he
m t
o s
ele
ct s
mal
ler
dia
me
ters
an
d s
ho
rte
r th
read
len
gth
s co
nfi
de
ntl
y
even
in lo
w s
tren
gth
mat
eria
ls s
uch
as
mag
nes
ium
or
alu
min
um
allo
ys.(
Ref
er t
o p
age
43
-
De
sig
n C
on
sid
era
tio
ns)
Lo
we
r st
ren
gth
st
ress
co
nce
ntr
ate
d o
n f
irst
th
rea
ds
Hig
h s
tre
ng
th
stre
ss s
pre
ad
mo
re e
ve
nly
Lock
ing
Inse
rts
7
Ho
w L
ock
ing
In
sert
s W
ork
The
Re
coil
scre
w-l
ock
ing
inse
rt is
de
sig
ne
d t
o p
rovi
de
a sc
rew
-lo
ckin
g f
eat
ure
wh
ich
will
re
tain
scr
ew
s o
r b
olt
s
un
de
r th
e m
ost
se
vere
vib
rati
on
or
vary
ing
te
mp
era
ture
con
dit
ion
s.
The
inse
rt lo
ckin
g c
on
fig
ura
tio
n c
om
pri
ses
a se
rie
s
of
un
iqu
ely
de
sig
ne
d lo
ckin
g c
ho
rds
wh
ich
,up
on
th
e
en
gag
em
en
t o
f a
scre
w o
r b
olt
,de
fle
ct r
adia
lly t
o p
erm
it
the
inst
alla
tio
n o
f th
e b
olt
.Up
on
bo
lt e
ntr
y,th
ese
stra
igh
t
seg
men
ts a
re f
lexe
d o
utw
ard
ly,c
reat
ing
pre
ssu
reo
n t
he
bo
lt.T
his
pre
ssu
re is
ap
plie
d b
etw
een
th
e fla
nks
of t
he
bo
lt
thre
ad s
o t
hat
co
nta
ct a
rea
is m
axim
ized
.Lo
ckin
g in
sert
s
reta
in lo
ckin
g t
orq
ue
ove
r n
um
ero
us
asse
mb
ly c
ycle
s.
Re
fer
to r
ele
van
t sp
eci
fica
tio
ns
for
inse
rt li
fe.
Each
Rec
oil
scre
w-l
ock
ing
inse
rt t
ype
has
a s
pec
ifica
lly
des
ign
ed lo
ckin
g c
on
figu
rati
on
.Th
is e
nsu
res
that
th
e in
sert
me
ets
its
de
sig
n s
pe
cifi
cati
on
re
qu
ire
me
nts
.Th
ere
fore
the
shap
e,d
epth
,an
d n
um
ber
of
lock
ing
ch
ord
s w
ill
ine
vita
bly
var
y fo
r d
iffe
rin
g t
hre
ad t
ype
s an
d s
ize
s.
Note
:It
is r
ecom
mended t
hat
a c
adm
ium
pla
ted o
r dry
-film
lubri
cate
d s
cre
w/b
olt
is u
sed f
or
scre
w-l
ockin
g i
nsert
s
applicati
ons.
(See p
age 1
0 -
Lubri
cants
and C
oati
ngs)
Lo
ckin
g I
nse
rt D
esi
gn
Sho
uld
a s
pe
cifi
c lo
ckin
g t
orq
ue
or
fun
ctio
n b
e
req
uir
ed,A
FS e
ng
inee
rs c
an d
evel
op
par
ts t
o s
uit
cu
sto
mer
s’
ne
ed
s.A
s th
e b
olt
is w
ou
nd
th
rou
gh
th
e lo
ckin
g c
ho
rds
of
the
inse
rt it
de
fle
cts
the
wir
e a
s sh
ow
n b
y th
e in
tern
al
arro
ws
(A).
This
de
fle
ctio
n c
ause
s th
e in
sert
to
pu
sh
agai
nst
th
e b
olt
res
ult
ing
in a
rep
eata
ble
lock
ing
fun
ctio
n
fro
m t
he
inse
rt.
Note
:In
sta
llati
on o
f R
ecoil s
cre
w-l
ockin
g i
nsert
s r
equir
es
use
of
the
Rec
oil P
rew
inder
tooling. (R
efer
to p
age
33 -
Tooling)
(A)
Lock
ing
Inse
rt T
orq
ue
Va
lue
s
8
Un
ifie
d C
oa
rse
(U
NC
)
2 (
.086")
- 56
20 o
z.in
3 o
z.in
3 (
.099")
- 48
32 o
z.in
7 o
z.in
4 (
112")
- 40
48 o
z.in
10 o
z.in
5 (
.125")
- 40
75 o
z.in
13 o
z.in
6 (
.138")
- 32
6 I
b.in
1.0
Ib.in
8 (
.164")
- 32
9 I
b.in
1.5
Ib.in
10 (
.190")
- 24
13 I
b.in
2.0
Ib.in
12 (
.216)
- 24
24 I
b.in
3.0
Ib.in
1/4
(.2
50")
- 20
30 I
b.in
4.5
Ib.in
5/1
6 (
.3125")
-18
60 I
b.in
7.5
Ib.in
3/8
(.3
750")
- 18
80 I
b.in
12.0
Ib.in
7/1
6 (
.4375")
- 14
100 I
b.in
16.5
lb.in
1/2
(.5
000")
- 13
150 I
b.in
24.0
Ib.in
9/1
6 (
.5625")
- 12
200 I
b.in
30.0
Ib.in
5/8
(.6
250")
- 11
300 I
b.in
40.0
Ib.in
3/4
(.7
500")
- 10
400 I
b.in
60.0
Ib.in
7/8
(.8
750")
- 9
600 I
b.in
82.0
Ib.in
1 (
1.0
00")
- 8
800 I
b.in
110.0
Ib.in
11 /
8(1
.1250")
- 7
900 I
b.in
137.0
Ib.in
11 /
4(1
.250")
- 7
1000 I
b.in
165.0
Ib.in
13 /
8(1
.3750")
- 6
1150 I
b.in
185.0
Ib.in
11 /
2(1
.5000)
- 6
1350 I
b.in
210.0
Ib.in
NO
MIN
AL
Ma
x L
oc
kin
gM
in L
oc
kin
gT
HR
EA
D S
IZE
To
rqu
eTo
rqu
e
3 (
.099)
- 56
32 o
z.in
7oz.in
4 (
.112)
- 48
48 o
z.in
10 o
z.in
6 (
.138)
- 40
6 lb.in
1.0
lb.in
8 (
.164)
- 36
9 I
b.in
1.5
Ib.in
10 (
.190)
- 32
13Ib
.in
2.0
Ib.in
1/4
(.2
500)
- 28
30 I
b.in
3.5
Ib.in
5/1
6 (
.3125)
- 24
60 I
b.in
6.5
Ib.in
3/8
(.3
750)
- 24
80 I
b.in
9.5
Ib.in
7/1
6 (
.4375)
- 20
100 I
b.in
14.0
Ib.in
1/2
(.5
000)
- 20
150 I
b.in
18.0
Ib.in
9/1
6 (
.5625)
- 18
200 I
b.in
24.0
lb.in
5/8
(.6
250)
- 18
300 I
b.in
32.0
Ib.in
3/4
(.7
500)
- 16
400 I
b.in
50.0
Ib.in
7/8
(.8
750)
- 14
600 I
b.in
70.0
Ib.in
1 (
1.0
000)
- 12
800 I
b.in
90.0
Ib.in
11 /
8(1
.1250)
- 12
900 I
b.in
117.0
Ib.in
11 /
4(1
.2500)
- 12
1000 I
b.in
143.0
Ib.in
13 /
8(1
.3750)
- 12
1150 I
b.in
165.0
Ib.in
11 /
2(1
.5000)
- 12
1350 I
b.in
190.0
Ib.in
NO
MIN
AL
Ma
x L
oc
kin
gM
in L
oc
kin
gT
HR
EA
D S
IZE
To
rqu
eTo
rqu
e
Lock
ing
to
rqu
e v
alu
es
for
me
tric
Re
coil
inse
rts
con
form
to
MA
33
29
,MA
33
30
an
d M
A3
33
1.
The
se lo
ckin
g t
orq
ue
limit
s ar
e s
ho
wn
ab
ove
.
Note
:U
npla
ted,heat-
treate
d s
cre
ws o
r sta
inle
ss s
teel
scre
ws s
hould
not
be u
sed w
ith s
cre
w-l
ock i
nsert
s. A
n a
nti
-seiz
e
com
pound (
Moly
bdenum
Dis
ulp
hid
e,etc
) should
be a
pplied t
o t
he s
cre
w t
o m
inim
ize g
allin
g a
nd a
chie
ve m
axim
um
cycle
lif
e. A
lso a
vailable
are
insert
s p
late
d w
ith c
adm
ium
per
-P-4
16,Ty
pe I
I,or
dry
film
lubri
cant
per
MIL
-L-4
6010
(no g
raphit
e)
whic
h i
mpro
ves w
ear
life
of
the s
cre
w a
nd i
nsert
.
Note
:It
is i
mpera
tive t
hat
the b
olt
s f
ully e
ngage a
ll l
ockin
g c
oils f
or
corr
ect
torq
ue a
nd a
ll i
nsert
coils f
or
maxim
um
str
ength
.
Lock
ing
to
rqu
e va
lues
for
un
ified
inse
rts
con
form
to
NA
SM88
46.T
hes
e lo
ckin
g t
orq
ue
valu
es a
re s
ho
wn
bel
ow
.
Un
ifie
d F
ine
(U
NF
)
Lock
ing
Inse
rt T
orq
ue
Va
lue
s
9
M2.2
x 0
.45
0.1
4 N
m0.0
2 N
m
M2.5
x 0
.45
0.2
3 N
m0.0
5 N
m
M3 x
0.5
0.4
5 N
m0.1
Nm
M3.5
x 0
.60.6
8 N
m0.1
2 N
m
M4 x
0.7
0.9
Nm
0.1
5 N
m
M5 x
0.8
1.6
Nm
0.3
Nm
M6 x
13 N
m0.4
Nm
M7 x
14.5
Nm
0.6
Nm
M8 x
1.2
56 N
m0.8
Nm
M10 x
1.5
10.5
Nm
1.4
Nm
M12 x
1.7
515.5
Nm
2.1
Nm
M14 x
223.5
Nm
3 N
m
M16 x
231.5
Nm
4.2
Nm
M18 x
2.5
42 N
m5.5
Nm
M20 x
2.5
54 N
m7 N
m
M22 x
2.5
67.5
Nm
9 N
m
M24 x
380 N
m10.5
Nm
M27 x
394 N
m12 N
m
M30 x
3.5
108 N
m14 N
m
M33 x
3.5
122 N
m15.5
Nm
M36 x
4136 N
m17.5
Nm
M39 x
4150 N
m19.5
Nm
NO
MIN
AL
Ma
x L
oc
kin
gM
in L
oc
kin
gT
HR
EA
D S
IZE
To
rqu
eTo
rqu
e
M8 x
16 N
m0.8
Nm
M10 x
110.5
Nm
1.4
Nm
M10 x
1.2
510.5
Nm
1.4
Nm
M12 x
1.2
515.5
Nm
2.1
Nm
M12 x
1.5
15.5
Nm
2.1
Nm
M14 x
1.5
23.5
Nm
3 N
m
M16 x
1.5
31.5
Nm
4.2
Nm
M18 x
1.5
42 N
m5.5
Nm
M20 x
1.5
54 N
m7 N
m
M22 x
1.5
67.5
Nm
9 N
m
M18 x
242 N
m5.5
Nm
M20 x
254 N
m7 N
m
M22 x
267.5
Nm
9 N
m
M24 x
280 N
m10.5
Nm
M27 x
294 N
m12 N
m
M30 x
2108 N
m14 N
m
M33 x
2122 N
m15.5
Nm
M36 x
2136 N
m17.5
Nm
M39 x
2150 N
m19.5
Nm
M36 x
3136 N
m17.5
Nm
M39 x
3150 N
m19.5
Nm
NO
MIN
AL
Ma
x L
oc
kin
gM
in L
oc
kin
gT
HR
EA
D S
IZE
To
rqu
eTo
rqu
e
Lock
ing
to
rqu
e v
alu
es
for
me
tric
Re
coil
inse
rts
con
form
to
MA
33
29
,MA
33
30
an
d M
A3
33
1.
The
se lo
ckin
g t
orq
ue
limit
s ar
e s
ho
wn
ab
ove
.
Note
:U
npla
ted,heat-
treate
d s
cre
ws o
r sta
inle
ss s
teel
scre
ws s
hould
not
be u
sed w
ith s
cre
w-l
ock i
nsert
s. A
n a
nti
-seiz
e
com
pound (
Moly
bdenum
Dis
ulp
hid
e,etc
) should
be a
pplied t
o t
he s
cre
w t
o m
inim
ize g
allin
g a
nd a
chie
ve m
axim
um
cycle
lif
e. A
lso a
vailable
are
insert
s p
late
d w
ith c
adm
ium
per
-P-4
16,Ty
pe I
I,or
dry
film
lubri
cant
per
MIL
-L-4
6010
(no g
raphit
e)
whic
h i
mpro
ves w
ear
life
of
the s
cre
w a
nd i
nsert
.
Note
:It
is i
mpera
tive t
hat
the b
olt
s f
ully e
ngage a
ll l
ockin
g c
oils f
or
corr
ect
torq
ue a
nd a
ll i
nsert
coils f
or
maxim
um
str
ength
.
Me
tric
Co
ars
e S
eri
es
Me
tric
Fin
e S
eri
es
Fin
ish
es
& C
oa
tin
gs
10
Lu
bri
can
tsa
nd
Co
ati
ng
s It
is im
po
rtan
t th
at c
orr
ect
sele
ctio
n o
f th
e m
ost
su
itab
le
fast
en
ing
lub
rica
nt
or
coat
ing
is m
ade
at
the
de
sig
n s
tag
e
for
lon
g t
erm
se
curi
ty w
ith
in t
he
bo
lte
d jo
int.
The
ide
al f
inis
h o
r co
atin
g f
or
the
inse
rt is
de
pe
nd
en
t
up
on
th
e o
pti
mu
m c
oe
ffic
ien
t o
f fr
icti
on
(g
ove
rne
d b
y th
e
bo
lt m
ate
rial
an
d s
urf
ace
fin
ish
) an
d t
he
re
qu
ire
d s
erv
ice
con
dit
ion
s o
f th
e as
sem
ble
d p
arts
,e.g
.tem
per
atu
re,c
hem
ical
infl
ue
nce
s,h
um
idit
y,an
d d
ust
.
The
co
eff
icie
nt
of
fric
tio
n (
µ)
of
mo
st t
hre
ade
d c
om
po
-
ne
nts
will
ge
ne
rally
var
y b
etw
ee
n µ
= 0
.15
an
d µ
= 0
.35
.
For
exa
mp
le d
iffe
ren
ces
occ
ur
be
twe
en
bo
lts
mad
e o
f
Gra
de
8.8
ste
el (
We
rkst
off
1.0
50
3),
com
par
ed
wit
h t
he
sam
e s
ize
of
bo
lt p
rod
uce
d f
rom
an
au
ste
nit
ic s
tain
less
ste
el X
5 C
rNi 1
8-9
,(W
erk
sto
ff 1
.43
01
).
Dif
fere
nce
s al
so o
ccu
r b
etw
ee
n b
olt
s h
avin
g d
iffe
ren
t
surf
ace
coat
ing
s,su
ch a
s el
ectr
o-g
alva
niz
ing
,ho
t g
alva
niz
ing
,
cad
miu
m p
lati
ng
,or
chro
miu
m p
lati
ng
.
Silve
r P
lati
ng
AG
DT
D 9
39
Ca
dm
ium
Pla
tin
gC
P-4
16 o
r D
EF
ST
D 0
3-1
9
Dry
Film
Lu
bri
ca
nt
DM
IL-L
-8937 o
r M
IL-L
-46010
Re
d D
ye
Not A
pplic
able
Applie
d t
o a
ll R
ecoil
lockin
g insert
s f
or
identification
where
calle
d for
by s
pecific
ation*
PL
AT
ING
/ F
INIS
HPA
RT
NU
MB
ER
SU
FF
IXA
PP
LIC
AB
LE
PR
OC
ES
S S
PE
CIF
ICA
TIO
N
Ty
pic
al
Re
coil
wir
e t
hre
ad
in
sert
fin
ish
es
an
d c
oa
tin
gs
* R
eco
il in
sert
s m
ay a
lso
be
dye
d in
oth
er c
olo
rs s
uch
as
Gre
en a
nd
Blu
e fo
r id
enti
ficat
ion
pu
rpo
ses.
PE
AK
CO
NT
INU
OU
S
Sta
inle
ss 3
04
425°C
(800°F
)315°C
(600°F
)M
ost
genera
l applic
ations in a
ll m
ate
rials
Non-f
inis
hed
Dry
film
lubricant
Silv
er
Cadm
ium
Sta
inle
ss 3
16
425°C
(800°F
)315°C
(600°F
)Im
pro
ved c
orr
osio
n r
esis
tance
Non-f
inis
hed
Salt w
ate
r applic
ations
Dry
film
Lubricant
Silv
er
Cadm
ium
Nit
ron
ic 6
0425°C
(800°F
)315°C
(600°F
)A
nti-g
alli
ng
Dry
film
lubricant
Ph
osp
ho
r B
ron
ze
300°C
(572°F
)235°C
(455°F
)C
opper
part
sC
adm
ium
Non m
agnetic
/ L
ow
perm
eabili
ty a
pplic
atio
ns
Silv
er
Inc
on
el
x 7
50
650°C
(1200°F
)550°C
(1020°F
)A
ero
space /
Turb
ines /
Corr
osiv
eS
ilver
atm
osphere
s /
Hig
h t
em
pera
ture
use
Copper
Nim
on
ic a
llo
y 9
0650°C
(1200°F
)550°C
(1020°F
)A
ero
space /
Turb
ine a
pplic
ations
Silv
er
MA
TE
RIA
LM
AX
. T
EM
PE
RA
TU
RE
TY
PIC
AL
AP
PL
ICA
TIO
NS
CO
AT
ING
ST
YP
E(S
EE
SE
CT
ION
ON
LU
BR
ICA
NT
S)
Fin
ish
es
& C
oa
tin
gs
11
Sil
ve
r P
lati
ng
Pri
mar
ily u
sed
to
red
uce
th
e ef
fect
s o
f gal
ling
(sei
zure
)
of s
crew
th
read
s in
hig
h t
emp
erat
ure
ser
vice
ap
plic
atio
ns.
Silv
er
pla
tin
g is
th
e m
ost
co
mm
on
ly u
sed
co
atin
g f
or
aero
-en
gin
e f
aste
ne
rs p
rovi
din
g a
n e
ven
de
gre
e o
f
lub
rica
tio
n u
p t
o a
max
imu
m s
erv
ice
te
mp
era
ture
of
abo
ut
65
0°C
(1
20
0°F
).
The
pla
ted
silv
er is
ele
ctro
lyti
cally
dep
osi
ted
in t
ypic
al
thic
kne
sse
s u
p t
o 6
.3µ
m (
0.0
00
25
").
Silv
er p
late
d w
ire
th
read
inse
rts
may
be
inst
alle
d in
to
vari
ou
s h
ou
sin
g m
ate
rial
s in
clu
din
g m
agn
esi
um
allo
ys,
alu
min
um
allo
ys,c
orr
osi
on
an
d h
eat
resi
stan
t m
ater
ials
,etc
.
Ca
uti
on
mu
st b
e e
mp
ha
size
d w
he
re i
nse
rts
are
tob
e i
nst
all
ed
in
to t
ita
niu
m a
llo
y c
om
po
ne
nts
wh
ich
ma
y e
xce
ed
a s
erv
ice
te
mp
era
ture
of
30
0°C
(57
0°F
).S
ilv
er
pla
ted
in
sert
s a
re n
ot
reco
mm
en
de
d
wit
h t
ita
niu
m h
ou
sin
gs
as
stre
ss c
orr
osi
on
,re
sult
ing
fro
m t
he
co
mb
ina
tio
n o
f si
lve
r w
ith
tit
an
ium
ma
y
occ
ur
in t
he
ho
usi
ng
ma
teri
al.
Ca
dm
ium
Pla
tin
gIn
mild
ly c
orr
osi
ve o
r m
arin
e e
nvi
ron
me
nts
,cad
miu
m
pla
tin
g is
th
e p
refe
rred
tre
atm
ent
for
pro
vid
ing
pro
tect
ion
agai
nst
pit
tin
g o
f th
e in
sert
/bo
lt m
ater
ials
an
d t
o m
inim
ize
the
ris
k o
f th
read
se
izu
re.
Pla
tin
g t
hic
kne
ss m
ay v
ary
de
pe
nd
ing
on
par
ticu
lar
app
licat
ion
s,b
etw
ee
n 2
µm
- 5
µm
(0
.00
01
" -
0.0
00
2")
.
Follo
win
g c
adm
ium
pla
tin
g,e
ith
er a
bro
nze
or
oliv
e d
rab
chro
mat
e fin
ish
will
be
use
d t
o p
rovi
de
un
iform
ity
in t
he
ove
rall
fin
ish
.
It s
ho
uld
be
no
ted
th
at c
adm
ium
pla
ted
par
ts
mu
st n
ot:
■B
e su
bje
cted
to
tem
per
atu
res
exce
edin
g 2
35°C
(455
°F)
■C
om
e in
to c
on
tact
wit
h fu
el o
r h
ot
oil
■C
om
e in
to c
on
tact
wit
h fo
od
or
dri
nki
ng
wat
er
■B
e u
sed
wit
h t
itan
ium
co
mp
on
en
ts e
ith
er
dir
ectl
y o
r in
dir
ectl
y as
,at
elev
ated
tem
per
atu
res,
em
bri
ttle
me
nt
and
su
bse
qu
en
t co
mp
on
en
t
failu
re m
ay o
ccu
r
Wa
rnin
g:C
ad
miu
m is
a h
igh
ly t
ox
ic c
om
po
un
d.
Be
cau
se o
f it
s p
ois
on
ou
s n
atu
re e
xtr
em
e c
are
mu
st
be
ta
ke
n w
he
n h
an
dli
ng
.
Dry
Fil
m L
ub
rica
nts
Use
d f
or
mild
ly c
orr
osi
ve o
r h
igh
te
mp
era
ture
app
licat
ion
s,d
ry f
ilm lu
bri
can
ts c
om
pri
se s
usp
en
sio
ns
of
smal
l par
ticl
es
of
solid
lub
rica
nts
su
ch a
s m
oly
bd
en
um
dis
ulp
hid
e (
Mo
S2)
or
PT
FE,i
n o
rgan
ic o
r in
org
anic
bin
de
rs.T
he
y ar
e a
pp
lied
as
a th
in f
ilm (
5µ
m -
20
µm
) to
gre
ase
-fre
e m
eta
l su
rfac
es.
Thro
ug
h c
are
ful s
ele
ctio
n o
f ap
pro
pri
ate
ad
dit
ive
s
and
so
lve
nts
,sp
eci
fic
lub
rica
nts
may
be
fo
rmu
late
d t
o
suit
mo
st in
du
stri
al a
pp
licat
ion
s to
se
rvic
e t
em
pe
ratu
res
aro
un
d 3
15
°C (
60
0°F
).
Spe
cial
hig
h t
em
pe
ratu
re lu
bri
can
t co
atin
gs
are
avai
lab
le f
or
use
up
to
42
5°C
(8
00
°F).
Re
coil
inse
rts
may
be
co
ate
d w
ith
dry
film
lub
rica
nt
in e
ith
er
the
no
n-f
inis
he
d (
pas
siva
ted
) co
nd
itio
n o
r af
ter
cad
miu
m p
lati
ng
tre
atm
en
t fo
r m
axim
um
co
rro
sio
n
pro
tect
ion
.
Re
d D
ye
Co
ati
ng
Re
coil
scre
w-l
ock
ing
inse
rts
are,
ge
ne
rally
co
lor
cod
ed
wit
h a
re
d d
ye c
oat
ing
fo
r id
en
tifi
cati
on
pu
rpo
ses
on
ly.
This
org
anic
re
sin
bas
ed
dye
do
es
no
t af
fect
th
e
inst
alla
tio
n o
r fu
nct
ion
of
the
inse
rts
and
no
rmal
ly d
oe
s
no
t n
ee
d t
o b
e r
em
ove
d.
Ho
we
ver,
if in
ext
rem
e c
on
dit
ion
s o
f cl
ean
line
ss
(su
ch a
s p
reci
sio
n in
stru
me
nt
asse
mb
ly in
cle
an r
oo
m
con
dit
ion
s) r
em
ova
l of
the
dye
may
be
de
sire
d.T
he
re
d
dye
may
be
re
mo
ved
by
soak
ing
th
e in
sert
s in
a d
en
a-
ture
d a
lco
ho
l so
luti
on
pri
or
to u
se.
Top
reve
nt
gal
ling
or
seiz
ing
wh
en u
sin
g a
n u
np
late
d
or
corr
osi
on
re
sist
ant
scre
w/b
olt
in a
scr
ew
-lo
ckin
g
inse
rt,w
e re
com
men
d t
he
use
of a
n a
nti
-sei
ze c
om
po
un
d
on
th
e b
olt
th
read
s.
Fin
ish
es
& C
oa
tin
gs
12
Co
rro
sio
n P
rote
ctio
nU
nd
er s
om
e se
rvic
e co
nd
itio
ns,
Rec
oil
inse
rts
and
thei
r m
atin
g p
arts
may
be
sub
ject
ed t
o a
deg
ree
of c
or-
rosi
on
,th
e se
veri
ty o
f wh
ich
is d
epen
den
t u
po
n t
he
par
ticu
lar
app
licat
ion
.
Fact
ors
su
ch a
s d
iffer
ing
mat
eria
l typ
es,a
tmo
sph
eric
con
dit
ion
s,ch
emic
al a
ttac
k,an
d e
ven
freq
uen
cy o
f use
will
hav
e an
ap
pre
ciab
le e
ffec
t o
n t
he
lon
gev
ity
of t
he
bo
lted
join
t.
The
follo
win
g a
re r
eco
mm
end
atio
ns
to m
inim
ize
corr
osi
on
wit
hin
th
e b
olt
ed R
eco
il in
sert
ass
emb
lies.
No
rma
l Ser
vice
:Nat
ura
l atm
osp
her
ic e
nvi
ron
men
t
wit
h t
he
scre
w/b
olt
per
man
entl
y in
stal
led
into
th
e in
sert
no
t ad
jace
nt
to s
alt
wat
er.
Sev
ere
Se
rvic
e:M
ildly
co
nta
min
ated
atm
osp
her
ic
envi
ron
men
ts in
volv
ing
mo
istu
re,o
ccas
ion
al e
xpo
sure
to
a ch
lori
de
air
or
sea
spra
y,an
d w
her
e th
e sc
rew
/bo
lt m
ay
be
rem
ove
d fr
om
th
e in
sert
for
exte
nd
ed p
erio
ds
of t
ime.
Ex
tre
me
Se
ve
re S
erv
ice
:Ass
em
bly
is e
xpo
sed
to
salt
wat
er,c
orr
osi
ve a
tmo
sph
ere,
hig
h t
emp
erat
ure
,or
the
scre
w/b
olt
is fr
equ
entl
y re
mo
ved
fro
m t
he
asse
mb
ly,
allo
win
g t
he
ing
ress
of
wat
er
into
a b
lind
ho
le.
In a
dd
itio
n t
o m
eth
od
s 1
,2 a
nd
3 b
elo
w,f
urt
he
r
corr
osi
on
pro
tect
ion
can
be
ach
ieve
d b
y:
■U
sin
g b
lind
ho
les
wh
erev
er p
oss
ible
■U
sin
g a
sea
ling
,in
sula
tin
g,o
r st
ep-d
ow
n t
ype
was
her
un
der
th
e h
ead
of t
he
bo
lt
■U
sin
g b
olt
s th
at e
xten
d c
om
ple
tely
th
rou
gh
th
e
enti
re le
ng
th o
f th
e in
sert
■In
cri
tica
l ap
plic
atio
ns,
the
use
of a
no
n-h
ard
en-
ing
sea
l or
com
po
un
d o
ver
the
join
t an
d
pro
tect
ing
bo
lt t
hre
ad is
rec
om
men
ded
Note
- F
or
extr
em
ely
severe
serv
ice c
ondit
ions i
nvolv
ing
tem
pera
ture
s i
n e
xcess o
f 425°C
(800°F
) or
conta
ct
wit
h
acid
s,alk
alies o
r sea w
ate
r,sta
inle
ss s
teel
insert
s a
re
not
recom
mended.
Alu
min
um
None
Meth
ods 2
or
3M
eth
ods 1
, 2 &
3
Ma
gn
esiu
mM
eth
ods 2
or
3M
eth
ods 2
and 3
Meth
ods 1
, 2 &
3
SE
RV
ICE
CO
ND
ITIO
NS
PA
RE
NT
MA
TE
RIA
LN
OR
MA
LS
EV
ER
EE
XT
RE
ME
SE
VE
RE
ME
TH
OD
1M
ET
HO
D 2
ME
TH
OD
3
Ty
pic
al
Co
rro
sio
n R
eco
mm
en
da
tio
ns
Ga
s a
nd
Wa
ter
Ap
pli
cati
on
sW
her
e g
as o
r w
ater
th
read
s ar
e b
ein
g m
anu
fact
ure
d o
r re
pai
red
it is
imp
ort
ant
that
an
AFS
sal
es o
ffic
e b
e co
nsu
lted
reg
ard
ing
th
e ty
pe
of s
eal t
hat
will
be
pro
vid
ed in
th
is s
itu
atio
n.A
wir
e in
sert
may
no
t p
rovi
de
a sa
tisf
acto
ry t
hre
ad s
eal.
Pare
nt
Mate
rial P
rote
ction
Alu
min
um
: F
or
oxid
e c
oating u
se
Alo
din
e, A
nodiz
e,Iridite,
or
sim
ilar.
Irid
ite 1
4 o
r 14-2
(M
IL-C
-554)
is
recom
mended f
or
critical part
s
rath
er
then a
nodiz
ing (
MIL
-S-5
002)
Coat
the insert
with o
ne o
f th
e f
ol-
low
ing:
Cadm
ium
per
-P-4
16,
Type I
I 0.0
001
"th
ick;
or
Dry
Film
Lubricant
per
MIL
- L-
893 (
must
be
free o
f gra
phite)
Se
pa
rate
th
e p
are
nt
ma
teri
al
fro
m t
he
in
se
rt b
y u
sin
g l
iqu
id
zin
c c
hro
ma
te p
rim
er,
Fe
de
ral
Sp
ecific
atio
n T
T-P
-17
57
. A
pp
ly
the
pri
me
r to
th
e h
ole
sp
ari
ng
ly
an
d i
nsta
ll w
hile
th
e p
rim
er
is
still w
et.
MS
Inse
rt D
ime
nsi
on
al D
ata
13
Dra
win
g C
all
-Ou
t
A t
ypic
al d
raw
ing
cal
l-o
ut
for
a R
eco
il sc
rew
-lo
ckin
g in
sert
3/8
" -
24 x
11/
2 d
ia.l
on
g C
lass
3B
Un
ified
Fin
e Th
read
(UN
F)
is s
ho
wn
.
Dra
win
g c
all-
ou
ts c
an b
e si
mp
ly d
efin
ed b
y u
sin
g a
pro
du
ctio
n s
equ
ence
pro
cess
sh
eet
to p
rovi
de
the
op
erat
ion
al
step
s w
ith
th
e d
raw
ing
sh
ow
ing
dim
ensi
on
al li
mit
s an
d d
ata.
(Exa
mp
le s
ho
wn
bel
ow
)
1) D
rill
ho
le 2
5 /64
" (.3
906"
) dia
met
er,d
epth
.812
" p
lus
you
r n
orm
al s
tan
dar
d fo
r d
rilli
ng
dep
th.
2) C
ou
nte
rsin
k 12
0°+
/-5°
.42"
/.45
" d
iam
eter
.
3) T
ap w
ith
Rec
oil
STI T
ap N
o.4
4065
(cla
ss 3
B) f
ull
thre
ad d
epth
.600
".
4) G
aug
e w
ith
Rec
oil
Gau
ge
No
.640
63 o
r ac
cord
ing
to
yo
ur
insp
ecti
on
req
uir
emen
ts.
5) In
stal
l Rec
oil
scre
w-l
ock
inse
rt 1
4063
wit
h R
eco
il In
sert
ing
To
ol N
o.5
4061
.
6) B
reak
off
dri
vin
g t
ang
wit
h R
eco
il Ta
ng
Bre
ak-o
ff T
oo
l No
.592
80.
En
d o
f co
il m
ay b
e s
qu
are
or
an
gu
lar
Ve
e n
otc
h o
n t
op
or
sid
e f
ace
of
firs
t co
il
Fre
e c
oil
dia
me
ter
No
. o
f co
il =
11
.44
8''
.46
8''
An
exa
mp
le o
f a t
ypic
al d
raw
ing
sp
ecifi
cati
on
for
a R
eco
il in
sert
is s
ho
wn
bel
ow
:
1.R
eco
il in
sert
par
t n
um
ber
140
63.
2.Si
ze a
nd
Lo
cati
on
of n
otc
h,s
hap
e o
f tan
g,r
edu
ced
firs
tco
il &
all
dim
ensi
on
s n
ot
sho
wn
will
be
pro
du
ced
to
Rec
oil
stan
dar
ds.
3.N
um
ber
of f
ree
coils
to
be
cou
nte
d fr
om
th
e n
otc
h.
NA
ME
MA
TER
IAL
DES
CR
IPTI
ON
STA
INLE
SS S
TEEL
INSE
RT
3/8"
-24X
11 /2
D
AS
7245
.562
" LO
NG
ST.
STL
NA
ME
PAR
T N
o.
MA
NU
FAC
TUR
ERA
FS
MS
Inse
rt D
ime
nsi
on
al D
ata
14
Re
coil
Th
rea
d I
nse
rt P
art
Nu
mb
eri
ng
Sy
ste
mR
eco
il in
sert
pro
du
ct p
art
nu
mb
eri
ng
sys
tem
use
s a
log
ical
ly s
tru
ctu
red
5 d
igit
bas
ic p
art
nu
mb
er.
Suff
ixe
s ar
e
typ
ical
ly a
dd
ed
to
dif
fere
nti
ate
be
twe
en
sp
eci
al o
r n
on
-sta
nd
ard
fe
atu
res.
This
gu
ide
de
fin
es
the
str
uct
ure
of
Re
coil
par
t n
um
be
rs a
nd
may
be
use
d f
or
refe
ren
ce t
o id
en
tify
a R
eco
il in
sert
fro
m it
s p
art
nu
mb
er.
Re
coil
In
sert
Pa
rt N
um
be
r E
xa
mp
le
Firs
t D
igit
= P
rod
uct
Gro
up
0 =
Inse
rts
Bu
lk -
Fre
e R
un
nin
g
1 =
Inse
rts
Bu
lk -
Sel
f Lo
ckin
g
2 =
Inse
rt P
acke
ts (F
ree
run
nin
g o
nly
)
Fif
th D
igit
= L
en
gth
Len
gth
in 1
/2
Dia
met
ers
2 =
1D
3 =
1.5
D
4 =
2D
5 =
2.5
D
6 =
3D
Sp
eci
al S
uff
ixe
s
AG
= S
ilver
pla
ted
C =
Cad
miu
m p
late
d
D =
Dry
film
lub
rica
tio
n
LH =
Lef
t H
and
P =
Ph
osp
ho
r B
ron
ze
SF =
Str
ip F
eed
T =
Nit
ron
ic 6
0
X =
Inco
nel
X75
0
Y =
316
Sta
inle
ss S
teel
Se
con
d D
igit
= T
hre
ad
Ty
pe
0 =
BS
F,
BA
1 =
BS
P2 =
BS
W3 =
UN
C4 =
UN
F,
UN
EF,
UN
S,
ET
C.
5 =
ME
TR
IC C
oars
e6 =
NP
T,
BS
C,
8U
N7 =
Metr
ic M
ediu
m8 =
Metr
ic F
ine &
Spark
-Plu
g9 =
Tang b
reak t
ool
Th
ird
an
d F
ou
rth
Dig
it =
Th
rea
d D
iam
ete
r0 =
siz
e in 1
/16"s
(ie
08 =
1/2
" )
1 =
siz
e in 1
/16"s
(ie
08 =
1/2
" )
2 =
siz
e in 1
/16"s
(ie
08 =
1/2
" )
3 =
siz
e in 1
/16"s
(ie
08 =
1/2
" )
4 =
siz
e in 1
/16"s
(ie
08 =
1/2
" )
5 =
siz
e in 1
mm
's (
ie 0
8 =
8m
m )
6 =
siz
e in 1
/16"s
(ie
08 =
1/2
" )
7 =
siz
e in 1
mm
's (
ie 0
8 =
8m
m )
8 =
siz
e in 1
mm
's (
ie 0
8 =
8m
m )
05
08
2Y
AG
Exam
ple
- O
5082-Y
AG
=
M8 -
1.2
5 x
1D
316S
S,silver
pla
ted i
nsert
Inch
Se
rie
s In
sert
Dim
en
sio
na
l Da
ta
15
INC
H S
ER
IES
- C
OA
RS
E T
HR
EA
D
2 (.0
86) -
56
0352
203
523
0352
403
525
0352
613
522
1352
313
524
1352
513
526
.110
.119
3.00
05.
250
7.37
59.
625
11.8
75
3 (.0
99) -
48
0353
203
533
0353
403
535
0353
613
532
1353
313
534
1353
513
536
.128
.139
2.87
55.
000
7.25
09.
375
11.5
00
4 (.1
12) -
40
0354
203
543
0354
403
545
0354
613
542
1354
313
544
1354
513
546
.144
.159
2.75
04.
750
6.75
08.
875
10.8
75
5 (.1
25) -
40
0355
203
553
0355
403
555
0355
613
552
1355
313
554
1355
513
556
.158
.173
3.25
05.
500
7.75
010
.000
12.2
50
6 (.1
38) -
32
0356
203
563
0356
403
565
0356
613
562
1356
313
564
1356
513
566
.178
.193
2.75
04.
750
6.87
58.
875
10.7
50
8 (.1
64) -
32
0358
203
583
0358
403
585
0358
613
582
1358
313
584
1358
513
586
.205
.220
3.50
06.
000
8.37
510
.750
13.2
50
10 (.
190)
- 24
0360
203
603
0360
403
605
0360
613
602
1360
313
604
1360
513
606
.244
.259
2.87
55.
000
7.12
59.
250
11.3
75
12 (.
216)
- 24
0362
203
623
0362
403
625
0362
613
622
1362
313
624
1362
513
626
.270
.285
3.50
06.
000
8.37
510
.625
13.1
25
1/4
(.250
0) -
2003
042
0304
303
044
0304
503
046
1304
213
043
1304
413
045
1304
6.3
10.3
303.
375
5.75
08.
000
10.3
7512
.750
5/16
(.31
25) -
18
0305
203
053
0305
403
055
0305
613
052
1305
313
054
1305
513
056
.380
.400
4.00
06.
625
9.25
011
.875
14.6
25
3/8
(.375
0) -
1603
062
0306
303
064
0306
503
066
1306
213
063
1306
413
065
1306
6.4
52.4
724.
375
7.25
010
.000
12.8
7515
.750
7/16
(.43
75) -
14
0307
203
073
0307
403
075
0307
613
072
1307
313
074
1307
513
076
.526
.551
4.50
07.
375
10.2
5013
.125
16.1
25
1/2
(.500
0) -
1303
082
0308
303
084
0308
503
086
1308
213
083
1308
413
085
1308
6.5
97.6
224.
875
7.87
511
.000
14.1
2517
.125
9/16
(.56
25) -
12
0309
203
093
0309
403
095
0309
613
092
1309
313
094
1309
513
096
.669
.694
5.12
58.
250
11.5
0014
.750
17.1
25
5/8
(.625
0) -
1103
102
0310
303
104
0310
503
106
1310
213
103
1310
413
105
1310
6.7
42.7
675.
250
8.50
011
.750
15.0
0018
.375
3/4
(.750
0) -
1003
122
0312
303
124
0312
503
126
1312
213
123
1312
413
125
1312
6.8
81.9
065.
875
9.37
513
.000
16.5
0020
.125
7/8
(.875
0) -
903
142
0314
303
144
0314
503
146
1314
213
143
1314
413
145
1314
61.
022
1.05
26.
250
10.0
0013
.750
17.5
0021
.250
1 (1
.000
0) -
803
162
0316
303
164
0316
503
166
1316
213
163
1316
413
165
1316
61.
166
1.19
66.
375
10.1
2514
.000
17.7
5021
.625
11 / 8(1
.125
0) -
703
182
0318
303
184
0318
503
186
1318
213
183
1318
413
185
1318
61.
315
1.35
56.
125
9.87
513
.625
17.5
0021
.250
11 / 4(1
.250
0) -
703
202
0320
303
204
0320
503
206
1320
213
203
1320
413
205
1320
61.
443
1.48
37.
000
11.2
5015
.375
19.5
0023
.750
13 / 8(1
.375
0) -
603
222
0322
303
224
0322
503
226
1322
213
223
1322
413
225
1322
61.
598
1.64
36.
500
10.5
0014
.375
18.3
7522
.250
11 / 2(1
.500
0) -
603
242
0324
303
244
0324
503
246
1324
213
243
1324
413
245
1324
61.
727
1.77
27.
250
11.5
0015
.875
20.1
2524
.500
Re
coil
In
ch I
nse
rt P
art
Nu
mb
er
Ca
ll-O
ut
an
d D
ime
nsi
on
al
Da
ta
TH
RE
AD
PA
RT
# -
STA
ND
AR
D I
NS
ER
TPA
RT
# -
LO
CK
ING
IN
SE
RT
FR
EE
CO
ILN
UM
BE
R O
F C
OIL
S
SIZ
EN
OM
INA
L L
EN
GT
HN
OM
INA
L L
EN
GT
HD
IAM
ET
ER
NO
MIN
AL
LE
NG
TH
1D
11
⁄2D
2D
21
⁄2D
3D
1D
11
⁄2D
2D
21
⁄2D
3D
MIN
MA
X1
D1
1
⁄2D
2D
21
⁄2D
3D
FREE COIL DIAMETER
No
min
al L
en
gth
Note
:D
imensio
ns a
pply
to M
IL s
pecif
icati
on p
art
s o
nly
.
Inch
Se
rie
s In
sert
Dim
en
sio
na
l Da
ta
16
INC
H S
ER
IES
- F
INE
TH
RE
AD
3 (.0
99) -
56
0453
2MS
0453
3MS
0453
4MS
0453
5MS
0453
6MS
1453
214
533
1453
414
535
1453
6.1
31.1
463.
375
5.62
58.
000
10.3
7512
.625
4 (.1
12) -
48
0454
2MS
0454
3MS
0454
4MS
0454
5MS
0454
6MS
1454
214
543
1454
414
545
1454
6.1
47.1
623.
375
5.62
57.
875
10.2
5012
.500
6 (.1
38) -
40
0456
2MS
0456
3MS
0456
4MS
0456
5MS
0456
6MS
1456
214
563
1456
414
565
1456
6.1
73.1
933.
500
6.00
08.
375
10.7
5013
.250
8 (.1
64) -
36
0458
2MS
0458
3MS
0458
4MS
0458
5MS
0458
6MS
1458
214
583
1458
414
585
1458
6.2
04.2
243.
875
6.50
09.
125
11.6
2514
.250
10 (.
190)
- 32
0460
2MS
0460
3MS
0460
4MS
0460
5MS
0460
6MS
1460
214
603
1460
414
605
1460
6.2
36.2
564.
125
6.87
59.
500
12.0
0014
.875
1/4
(.250
0) -
2804
042M
S04
043M
S04
044M
S04
045M
S04
046M
S14
042
1404
314
044
1404
514
046
.306
.326
5.00
08.
250
11.3
7514
.500
17.6
25
5/16
(.31
25) -
24
0405
2MS
0405
3MS
0405
4MS
0405
5MS
0405
6MS
1405
214
053
1405
414
055
1405
6.3
80.4
005.
500
8.87
512
.250
15.6
2519
.000
3/8
(.375
0) -
2404
062M
S04
063M
S04
064M
S04
065M
S04
066M
S14
062
1406
314
064
1406
514
066
.448
.468
6.87
511
.000
15.0
0019
.125
23.1
25
7/16
(.43
75) -
20
0407
2MS
0407
3MS
0407
4MS
0407
5MS
0407
6MS
1407
214
073
1407
414
075
1407
6.5
24.5
496.
625
10.6
2514
.625
18.5
0022
.500
1/2
(.500
0) -
2004
082M
S04
083M
S04
084M
S04
085M
S04
086M
S14
082
1408
314
084
1408
514
086
.592
.617
7.87
512
.375
16.8
7521
.375
25.8
75
9/16
(.56
25) -
18
0409
2MS
0409
3MS
0409
4MS
0409
5MS
0409
6MS
1409
214
093
1409
414
095
1409
6.6
66.6
918.
000
12.5
0017
.125
21.7
5026
.250
5/8
(.625
0) -
1804
102M
S04
103M
S04
104M
S04
105M
S04
106M
S14
102
1410
314
104
1410
514
106
.733
.758
9.00
014
.125
19.2
5024
.250
29.3
75
3/4
(.750
0) -
1604
122M
S04
123M
S04
124M
S04
125M
S04
126M
S14
122
1412
314
124
1412
514
126
.876
.901
9.75
015
.125
20.6
2526
.000
31.5
00
7/8
(.875
0) -
1404
142M
S04
143M
S04
144M
S04
145M
S04
146M
S14
142
1414
314
144
1414
514
146
1.02
11.
051
9.87
515
.500
21.1
2526
.625
32.2
50
1 (1
.000
0) -
1404
162-
1404
163-
1404
164-
1404
165-
1404
166-
1414
162-
1414
163-
1414
64-1
414
165-
1414
166-
141.
156
1.18
611
.500
17.8
7524
.250
30.6
2537
.000
1 (1
.000
0) -
1204
162M
S04
163M
S04
164M
S04
165M
S04
166M
S04
162
1416
314
164
1416
514
166
1.16
91.
199
9.62
515
.000
20.5
0026
.000
31.5
00
11/8
(1.1
250)
- 12
0418
2MS
0418
3MS
0418
4MS
0418
5MS
0418
6MS
1418
214
183
1418
414
185
1418
61.
304
1.33
411
.125
17.2
5023
.375
29.5
0035
.750
11/4
(1.2
500)
- 12
0420
2MS
0420
3MS
0420
4MS
0420
5MS
0420
6MS
1420
214
203
1420
414
205
1420
61.
439
1.46
912
.500
19.3
7526
.250
33.0
0039
.875
13/8
(1.3
750)
- 12
0422
2MS
0422
3MS
0422
4MS
0422
5MS
0422
6MS
1422
214
223
1422
414
225
1422
61.
575
1.61
013
.750
21.3
7528
.875
36.5
0044
.000
11/2
(1.5
000)
-12
0424
2MS
0424
3MS
0424
4MS
0424
5MS
0424
6MS
1424
214
243
1424
414
245
1424
61.
710
1.74
515
.250
23.5
0031
.625
39.8
7548
.125
Re
coil
In
ch I
nse
rt P
art
Nu
mb
er
Ca
ll-O
ut
an
d D
ime
nsi
on
al
Da
ta
TH
RE
AD
PA
RT
# -
STA
ND
AR
D I
NS
ER
TPA
RT
# -
LO
CK
ING
IN
SE
RT
FR
EE
CO
ILN
UM
BE
R O
F C
OIL
S
SIZ
EN
OM
INA
L L
EN
GT
HN
OM
INA
L L
EN
GT
HD
IAM
ET
ER
NO
MIN
AL
LE
NG
TH
1D
11
⁄2D
2D
21
⁄2D
3D
1D
11
⁄2D
2D
21
⁄2D
3D
MIN
MA
X1
D1
1
⁄2D
2D
21
⁄2D
3D
FREE COIL DIAMETER
No
min
al L
en
gth
Note
:D
imensio
ns a
pply
to M
IL s
pecif
icati
on p
art
s o
nly
.
Me
tric
Se
rie
s In
sert
Dim
en
sio
na
l Da
ta
17
ME
TR
IC S
ER
IES
- C
OA
RS
E T
HR
EA
D
M2.
2 x
0.45
0501
2MA
0501
3MA
0501
4MA
0501
5MA
0501
6MA
1501
215
013
1501
415
015
1501
62.
803.
003.
125
5.37
57.
625
9.87
512
.125
M2.
5 x
0.45
0525
2MA
0525
3MA
0525
4MA
0525
5MA
0525
6MA
1525
215
253
1525
415
255
1525
63.
203.
703.
375
5.75
08.
125
10.5
0012
.750
M3
x 0.
505
032M
A05
033M
A05
034M
A05
035M
A05
036M
A15
032
1503
315
034
1503
515
036
3.80
4.35
3.75
06.
375
8.87
511
.375
13.8
75
M3.
5 x
0.6
0535
2MA
0535
3MA
0535
4MA
0535
5MA
0535
6MA
1535
215
353
1535
415
355
1535
64.
404.
953.
750
6.37
58.
625
11.3
7513
.625
M4
x 0.
705
042M
A05
043M
A05
044M
A05
045M
A05
046M
A15
042
1504
315
044
1504
515
046
5.05
5.60
3.62
56.
125
8.62
511
.125
13.6
25
M5
x 0.
805
052M
A05
053M
A05
054M
A05
055M
A05
056M
A15
052
1505
315
054
1505
515
056
6.25
6.80
4.12
56.
875
9.62
512
.375
15.1
25
M6
x 1
0506
2MA
0506
3MA
0506
4MA
0506
5MA
0506
6MA
1506
215
063
1506
415
065
1506
67.
407.
954.
000
6.75
09.
500
12.1
2514
.875
M7
x 1
0507
2MA
0507
3MA
0507
4MA
0507
5MA
0507
6MA
1507
215
073
1507
415
075
1507
68.
659.
204.
875
8.00
011
.125
14.1
2517
.250
M8
x 1.
2505
082M
A05
083M
A05
084M
A05
085M
A05
086M
A15
082
1508
315
084
1508
515
086
9.80
10.3
54.
500
7.37
510
.250
13.2
5016
.125
M10
x 1
.505
102
0510
305
104
0510
505
106
1510
215
103
1510
415
105
1510
611
.95
12.5
04.
875
8.00
011
.125
14.2
5017
.375
M12
x 1
.75
0512
205
123
0512
405
125
0512
615
122
1512
315
124
1512
515
126
14.3
015
.00
5.00
08.
250
11.5
0014
.625
17.8
75
M14
x 2
0514
205
143
0514
405
145
0514
615
142
1514
315
144
1514
515
146
16.6
517
.35
5.12
58.
500
11.7
5015
.000
18.3
75
M16
x 2
0516
205
163
0516
405
165
0516
615
162
1516
315
164
1516
515
166
18.9
019
.60
6.12
59.
750
13.5
0017
.250
21.0
00
M18
x 2
.505
182
0518
305
184
0518
505
186
1518
215
183
1518
415
185
1518
621
.30
22.0
05.
375
8.87
512
.250
15.6
2519
.000
M20
x 2
.505
202
0520
305
204
0520
505
206
1520
215
203
1520
415
205
1520
623
.55
24.4
06.
125
9.87
513
.625
17.3
7521
.125
M22
x 2
.505
222
0522
305
224
0522
505
226
1522
215
223
1522
415
225
1522
625
.90
26.9
06.
750
10.8
7514
.875
19.0
0023
.125
M24
x 3
0524
205
243
0524
405
245
0524
615
242
1524
315
244
1524
515
246
28.0
029
.00
6.12
510
.000
13.7
5017
.500
21.3
75
M27
x 3
0527
205
273
0527
405
275
0527
615
272
1527
315
274
1527
515
276
31.4
032
.40
7.00
011
.250
15.5
0019
.750
24.0
00
M30
x 3
0530
205
303
0530
405
305
0530
615
302
1530
315
304
1530
515
306
34.9
036
.10
7.87
512
.500
17.1
2521
.875
26.5
00
M33
x 3
0733
2-3
0733
3-3
0733
4-3
0733
5-3
0733
6-3
1733
2-3
1733
3-3
1733
4-3
1733
5-3
1733
6-3
38.1
039
.50
8.75
013
.875
19.0
0024
.125
29.2
50
M36
x 3
0736
207
363
0736
407
365
0736
617
362
1736
317
364
1736
517
366
41.3
042
.70
9.75
015
.250
20.8
7526
.500
32.0
00
M39
x 3
0739
207
393
0739
407
395
0739
617
392
1739
317
394
1739
517
396
44.4
045
.80
10.7
5016
.750
22.7
5028
.875
34.8
75
Note
:R
ecoil m
etr
ic i
nsert
s a
re m
ade t
o D
in l
ockin
g t
orq
ue r
equir
em
ents
. M
ilit
ary
specif
icati
on M
A p
art
s n
eed t
o b
e
specif
ically o
rdere
d b
y a
ddin
g M
A t
o t
he s
tandard
part
num
ber
above.
Note
:D
imensio
ns s
how
n a
re f
or
MA
part
s o
nly
.
FREE COIL DIAMETER
No
min
al L
en
gth
Re
coil
Me
tric
In
sert
Pa
rt N
um
be
r C
all
-Ou
t a
nd
Dim
en
sio
na
l D
ata
TH
RE
AD
PA
RT
# -
STA
ND
AR
D I
NS
ER
TPA
RT
# -
LO
CK
ING
IN
SE
RT
FR
EE
CO
ILN
UM
BE
R O
F C
OIL
S
SIZ
EN
OM
INA
L L
EN
GT
HN
OM
INA
L L
EN
GT
HD
IAM
ET
ER
NO
MIN
AL
LE
NG
TH
1D
11
⁄2D
2D
21
⁄2D
3D
1D
11
⁄2D
2D
21
⁄2D
3D
MIN
MA
X1
D1
1
⁄2D
2D
21
⁄2D
3D
Me
tric
Se
rie
s In
sert
Dim
en
sio
na
l Da
ta
18
ME
TR
IC S
ER
IES
- F
INE
TH
RE
AD
M8
x 1
0708
2MA
0708
3MA
0708
4MA
0708
5MA
0708
6MA
1708
217
083
1708
417
085
1708
69.
7010
.25
5.87
59.
375
13.0
0016
.500
20.1
25
M10
x 1
.25
0710
2MA
0710
3MA
0710
4MA
0710
5MA
0710
6MA
1710
217
103
1710
417
105
1710
612
.10
12.6
55.
875
9.50
013
.125
16.7
5020
.375
M12
x 1
.25
0812
2MA
0812
3MA
0812
4MA
0812
5MA
0812
6MA
1812
218
123
1812
418
125
1812
614
.30
15.0
07.
250
11.6
2515
.875
20.2
5024
.500
M12
x 1
.507
122M
A07
123M
A07
124M
A07
125M
A07
126M
A17
122
1712
317
124
1712
517
126
14.2
514
.95
6.00
09.
625
13.3
7517
.000
20.7
50
M14
x 1
.507
142M
A07
143M
A07
144M
A07
145M
A07
146M
A17
142
1714
317
144
1714
517
146
16.5
517
.25
7.12
511
.375
15.6
2520
.000
24.2
50
M16
x 1
.507
162M
A07
163M
A07
164M
A07
165M
A07
166M
A17
162
1716
317
164
1716
517
166
18.9
019
.60
8.25
013
.125
18.0
0022
.750
27.6
25
M18
x 1
.508
182M
A08
183M
A08
184M
A08
185M
A08
186M
A18
182
1818
318
184
1818
518
186
21.0
521
.75
9.50
015
.000
20.3
7525
.875
31.3
75
M18
x 2
0718
2MA
0718
3MA
0718
4MA
0718
5MA
0718
6MA
1718
217
183
1718
417
185
1718
621
.15
21.8
57.
000
11.1
2515
.375
19.5
0023
.625
M20
x 1
.508
202M
A08
203M
A08
204M
A08
205M
A08
206M
A18
202
1820
318
204
1820
518
206
23.1
524
.00
10.7
5016
.875
22.8
7528
.875
35.0
00
M20
x 2
0720
2MA
0720
3MA
0720
4MA
0720
5MA
0720
6MA
1720
217
203
1720
417
205
1720
623
.20
24.0
57.
875
12.5
0017
.250
21.8
7526
.500
M22
x 1
.508
222M
A08
223M
A08
224M
A08
225M
A08
226M
A18
222
1822
318
224
1822
518
226
25.5
526
.45
11.8
7518
.500
25.1
2531
.625
38.2
50
M22
x 2
0722
2MA
0722
3MA
0722
4MA
0722
5MA
0722
6MA
1722
217
223
1722
417
225
1722
625
.60
26.5
08.
750
13.7
5018
.875
23.8
7529
.000
M24
x 2
0724
2MA
0724
3MA
0724
4MA
0724
5MA
0724
6MA
1724
217
243
1724
417
245
1724
628
.10
29.1
09.
500
15.0
0020
.375
25.8
7531
.250
M27
x 2
0727
2MA
0727
3MA
0727
4MA
0727
5MA
0727
6MA
1727
217
273
1727
417
275
1727
631
.30
32.3
010
.875
17.0
0023
.250
29.3
7535
.500
M30
x 2
0730
2MA
0730
3MA
0730
4MA
0730
5MA
0730
6MA
1730
217
303
1730
417
305
1730
634
.50
35.7
012
.250
19.1
2525
.875
32.7
5039
.500
M33
x 2
0733
2MA
0733
3MA
0733
4MA
0733
5MA
0733
6MA
1733
217
333
1733
417
335
1733
637
.80
39.2
013
.625
21.1
2528
.625
36.0
0043
.500
M36
x 2
0736
2-2M
A07
363-
2MA
0736
4-2M
A07
365-
2MA
0736
6-2M
A17
362-
217
363-
217
364-
217
365-
217
366-
241
.00
42.4
015
.000
23.2
5031
.375
39.5
0047
.750
M39
x 2
0839
2MA
0839
3MA
0839
4MA
0839
5MA
0839
6MA
1839
218
393
1839
418
395
1839
644
.30
45.7
016
.375
25.2
5034
.125
43.0
0051
.87
Note
:R
ecoil m
etr
ic i
nsert
s a
re m
ade t
o D
in l
ockin
g t
orq
ue r
equir
em
ents
. M
ilit
ary
specif
icati
on M
A p
art
s n
eed t
o b
e
specif
ically o
rdere
d b
y a
ddin
g M
A t
o t
he s
tandard
part
num
ber
above.
Note
:D
imensio
ns s
how
n a
re f
or
MA
part
s o
nly
.
FREE COIL DIAMETER
No
min
al L
en
gth
Re
coil
Me
tric
In
sert
Pa
rt N
um
be
r C
all
-Ou
t a
nd
Dim
en
sio
na
l D
ata
TH
RE
AD
PA
RT
# -
STA
ND
AR
D I
NS
ER
TPA
RT
# -
LO
CK
ING
IN
SE
RT
FR
EE
CO
ILN
UM
BE
R O
F C
OIL
S
SIZ
EN
OM
INA
L L
EN
GT
HN
OM
INA
L L
EN
GT
HD
IAM
ET
ER
NO
MIN
AL
LE
NG
TH
1D
11
⁄2D
2D
21
⁄2D
3D
1D
11
⁄2D
2D
21
⁄2D
3D
MIN
MA
X1
D1
1
⁄2D
2D
21
⁄2D
3D
Re
coil
In
sert
Ta
ps
Re
coil
tap
s d
iffe
r fr
om
sta
nd
ard
tap
s d
ime
nsi
on
ally
and
on
ly R
eco
il Sc
rew
Th
read
Inse
rt (
STI)
Tap
s ar
e su
itab
le
for
use
wit
h R
eco
il W
ire
Thre
ad In
sert
s.
Re
coil
tap
s ar
e m
anu
fact
ure
d t
o p
reci
se s
tan
dar
ds
fro
m e
ith
er
Hig
h S
pe
ed
Ste
el (
HSS
) o
r (H
SS-E
) w
ith
gro
un
d t
hre
ads
and
are
ava
ilab
le w
ith
tap
er,i
nte
rmed
iate
,
and
bo
tto
min
g le
ads.
The
y h
ave
a la
rge
r d
iam
ete
r b
ut
the
sam
e p
itch
as
a st
and
ard
tap
in o
rder
to
acc
om
mo
dat
e
the
wir
e in
sert
.
Spir
al p
oin
t an
d s
pir
al f
lute
mac
hin
e t
aps
are
als
o
avai
lab
le fo
r vo
lum
e p
rod
uct
ion
pu
rpo
ses.
For
all s
par
kplu
g
app
licat
ion
s,p
ilot
no
se t
aps
are
re
com
me
nd
ed
an
d a
re
avai
lab
le f
or
com
mo
n m
etr
ic t
hre
ad s
ize
s.
The
Rec
oil
thre
ad in
sert
wh
en in
stal
led
into
a c
orr
ectl
y
tap
pe
d h
ole
will
pro
vid
e t
he
ap
plic
able
inte
rnal
th
read
tole
ran
ce f
or
the
inst
alle
d b
olt
.N
ote
:Ta
pped h
ole
siz
e c
an b
e s
ignif
icantl
y a
ffecte
d b
y
vari
ati
ons i
n d
rill s
ize,
pare
nt
mate
rial,
or
lubri
cant
so i
n
clo
se t
ole
rance a
pplicati
ons s
om
e t
esti
ng f
or
an o
pti
mum
com
bin
ati
on i
s r
ecom
mended.
Th
rea
dC
lass
Un
ifie
d T
hre
ad
Cla
ss
In t
he
un
ifie
d t
hre
ad
sys
tem
,th
e m
inim
um
pit
ch
dia
me
ter
for
a 2
B h
ole
(m
ed
ium
fit
) o
r 3
B h
ole
(cl
ose
fit
)
are
th
e s
am
e,w
hile
th
e m
axi
mu
m p
itch
dia
me
ter
is
gre
ater
on
th
e 2
B h
ole
(med
ium
fit)
.Rec
oil
tap
s fo
r u
nifi
ed
thre
ad
s a
re m
ad
e t
o a
3B
ho
le (
clo
se f
it)
tole
ran
ce.
Me
tric
Th
rea
d C
lass
In t
he
me
tric
th
read
sys
tem
th
e m
inim
um
pit
ch
dia
me
ter
for
a 5
H h
ole
(m
ed
ium
fit
) o
r 4
H5
H h
ole
(cl
ose
fit)
are
th
e s
ame,
wh
ile t
he
max
imu
m p
itch
dia
me
ter
is
gre
ater
on
th
e 5
H h
ole
(m
ediu
m f
it).
Rec
oil
tap
s fo
r m
etri
c
thre
ads
are
mad
e t
o 4
H5
H h
ole
(cl
ose
fit
) to
lera
nce
.
Me
tric
th
rea
d t
ole
ran
ce e
qu
iva
len
ts s
tan
da
rds
Sta
nd
ard
sR
eco
il S
tan
da
rds
Med
ium
Met
ric
6H5H
Clo
seM
etri
c 5H
4H5H
Ta
p T
yp
e a
nd
Ap
pli
cati
on
sTh
e m
ost
co
mm
on
ly u
sed
typ
e o
f R
eco
il ta
ps
are
de
fin
ed
to
ge
the
r w
ith
th
eir
typ
ical
ap
plic
atio
ns.
The
Tap
er,
Inte
rme
dia
te,a
nd
Bo
tto
min
g a
re s
ho
rt m
ach
ine
tap
s (s
uit
able
fo
r h
and
tap
pin
g),
wh
ile t
he
Sp
iral
Po
int
and
Sp
iral
Flu
te a
re u
sed
in p
rod
uct
ion
ap
plic
atio
ns.
Ta
pe
r
Tap
er
(or
Ro
ug
hin
g T
aps)
are
use
d f
or
star
tin
g
pre
cisi
on
an
d d
iffi
cult
ho
les.
This
tap
has
a le
ad o
f e
igh
t
thre
ads,
bu
t n
o s
ize
re
du
ctio
n.
Inte
rme
dia
te
Inte
rme
dia
te (
or
Plu
g/S
eco
nd
),u
sed
in m
ost
ge
ne
ral
pu
rpo
se a
pp
licat
ion
s to
fac
ilita
te t
hre
ad c
utt
ing
tru
e
toth
e d
rille
d h
ole
.Th
e t
ap h
as a
lead
of
fou
r th
read
s,b
ut
no
siz
e r
ed
uct
ion
.
Bo
tto
min
g
Bo
tto
min
g T
aps
are
use
d t
o e
nsu
re t
he
min
imu
m
thre
ad r
un
-ou
t w
hen
tap
pin
g t
o t
he
bo
tto
m o
f blin
d h
ole
s.
The
tap
has
a le
ad o
f tw
o t
hre
ads
and
wo
uld
no
rmal
ly
be
pre
ced
ed
by
a ta
pe
r o
r an
inte
rme
dia
te t
ap.
ST
I Ta
ps
19
A B C
A =
Min
imu
m P
itc
h D
iam
ete
r
2B
& 3
B
4H
5H
& 5
H
B =
Ma
xim
um
Pit
ch
Dia
me
ter
3
B &
4H
5H
C =
Ma
xim
um
Pit
ch
Dia
me
ter
2
B &
5H
Min
imu
m &
Ma
xim
um
pit
ch d
iam
ete
r
ST
I Ta
ps
20
Pil
ot
No
seP
ilot
no
se t
aps
hav
e b
een
dev
elo
ped
for
rep
airi
ng
dam
-
aged
th
read
s w
ith
ou
t th
e n
eed
for
dri
llin
g p
rio
r to
tap
pin
g.
This
sty
le o
f tap
allo
ws
the
use
of t
he
exis
tin
g t
hre
ad a
s a
gu
ide
in t
app
ing
a s
trai
gh
t h
ole
.Th
is s
tyle
of t
ap is
wid
ely
use
d in
rep
airi
ng
dam
aged
sp
ark
plu
g t
hre
ads.
Sp
ira
l F
lute
Spir
al F
lute
tap
s ar
e re
com
men
ded
for
mac
hin
e ta
p-
pin
g fo
r al
l blin
d h
ole
ap
plic
atio
ns,
par
ticu
larl
y in
so
ftm
ater
ials
su
ch a
s co
pp
er,m
agn
esiu
m a
nd
alu
min
um
wh
ich
pro
du
ce lo
ng
str
ing
y sw
arf.
Sp
ira
l P
oin
t
Spir
al P
oin
t Tap
s ar
e re
com
men
ded
for
mac
hin
e ta
p-
pin
g t
hro
ug
h h
ole
s.Th
ese
tap
s p
rovi
de
for
chip
cle
aran
ce
wit
hin
th
e le
ad o
f th
e ta
p.
Su
rfa
ce C
oa
tin
gs
Rec
oil
tap
s ca
n b
e su
pp
lied
in d
iffer
ent
surf
ace
coat
ing
s
for
spec
ial o
rder
req
uir
emen
ts.B
enef
its
of s
urf
ace
coat
ing
s
incl
ud
e:■
Lon
ger
to
ol l
ife■
Incr
ease
d p
rod
uct
ivit
y■
Too
ls c
an b
e ru
n a
t h
igh
er fe
eds
and
sp
eed
s■
Low
er m
ain
ten
ance
co
sts
Tit
an
ium
Ca
rbo
nit
rid
e -
TiC
Nit
e (
TiC
N)
TiC
Nit
e co
ated
tap
s h
ave
a ve
ry h
igh
su
rfac
e h
ard
nes
s
and
are
gen
eral
ly t
ou
gh
er t
han
oth
er c
oat
ing
mat
eria
ls.I
t h
as
a h
igh
resi
stan
ce t
o e
dg
e ch
ipp
ing
.
Tit
an
ium
Nit
rid
e -
TiN
ite
(T
iN)
TiN
ite
coat
ing
is a
go
od
ch
oic
e fo
r p
rote
ctin
g t
he
tap
.It
can
ach
ieve
a lo
ng
er li
fe t
han
un
coat
ed t
aps
and
can
be
use
d a
t h
igh
er s
pee
ds.
Ch
rom
ium
Nit
rid
e (
CrN
)
Th
is P
VD
co
atin
g w
as d
eve
lop
ed
fo
r u
se in
no
n-f
err
ou
s ar
eas
wh
ere
tit
aniu
m b
ase
d c
oat
ing
s w
ere
no
t su
cce
ssfu
l.It
is r
eco
mm
en
de
d f
or
the
mac
hin
ing
and
fo
rmin
g o
f ti
tan
ium
an
d c
op
pe
r an
d is
har
de
r th
an
con
ven
tio
nal
ch
rom
e p
lati
ng
.Th
e P
VD
co
atin
g p
roce
ss
has
no
en
viro
nm
en
tal s
ide
eff
ect
s.
The
sys
tem
of
ide
nti
fica
tio
n u
sed
fo
r R
eco
il ta
ps
is c
ate
go
rize
d in
to t
wo
pri
mar
y se
ctio
ns:
inch
th
read
s an
d
me
tric
th
read
s.Th
e t
ap a
nn
ota
tio
n f
or
bo
th t
hre
ad d
esi
gn
atio
ns
is v
ery
sim
ilar
and
th
ere
fore
eas
y to
fo
llow
.
Tap P
art
Num
ber
4
304
5
Inc
h S
eri
es
Pro
du
ct
Th
rea
d T
yp
e
Th
rea
d S
ize
Ta
p S
tyle
Dia
mete
r in
1/1
6"
4 =
Tap
3 =
UN
C04 =
1/4
"4 =
taper
4 =
UN
F5 =
inte
rmedia
te
6 =
bottom
ing
7 =
pilo
t nose
8 =
spiral poin
t
9 =
spiral flute
Me
tric
Se
rie
s5 =
Coars
e04 =
4m
m4 =
taper
7 =
Mediu
m5 =
inte
rmedia
te
8 =
Extr
a F
ine
6 =
bottom
ing
7 =
pilo
t nose
8 =
spiral poin
t
9 =
spiral flute
Re
coil
Ta
p P
art
Nu
mb
eri
ng
Sy
ste
m
Re
coil
Ta
p P
art
Nu
mb
ers
an
d D
ime
nsi
on
al D
ata
21
UN
C
2-5
643524
43525
43526
43528
43529
1.8
75
0.5
62
0.1
41
0.1
10
3-4
843534
43535
43536
43538
43539
1.9
37
0.6
25
0.1
41
0.1
10
4-4
043544
43545
43546
43548
43549
2.0
00
0.6
87
0.1
41
0.1
10
5-4
043554
43555
43556
43558
43559
2.1
25
0.7
50
0.1
68
0.1
31
6-3
243564
43565
43566
43568
43569
2.3
75
0.8
75
0.1
94
0.1
52
8-3
243584
43585
43586
43588
43589
2.3
75
0.9
37
0.2
20
0.1
65
10
-24
43604
43605
43606
43608
43609
2.5
00
1.0
00
0.2
55
0.1
91
12
-24
43624
43625
43626
43628
43629
2.7
18
1.1
25
0.3
18
0.2
38
1/4
-20
43044
43045
43046
43048
43049
2.7
18
1.1
25
0.3
18
0.2
38
5/1
6-1
843054
43055
43056
43058
43059
2.9
37
1.2
50
0.3
81
0.2
86
3/8
-16
43064
43065
43066
43068
43069
3.3
75
1.6
56
0.3
67
0.2
75
7/1
6-1
443074
43075
43076
43078
43079
3.5
93
1.6
56
0.4
29
0.3
22
1/2
-13
43084
43085
43086
43088
43089
3.8
12
1.8
12
0.4
80
0.3
60
9/1
6-1
243094
43095
43096
43098
43099
4.0
31
1.8
12
0.5
42
0.4
06
5/8
-11
43104
43105
43106
43108
43109
4.2
50
2.0
00
0.5
90
0.4
42
3/4
-10
43124
43125
43126
43128
43129
4.6
87
2.2
18
0.6
97
0.5
23
7/8
-943144
43145
43146
43148
43149
5.1
25
2.5
00
0.8
00
0.6
00
1-8
43164
43165
43166
43168
43169
5.7
50
2.5
62
1.0
21
0.7
66
11
/8-7
43184
43185
43186
--
--
--
11
/4-7
43204
43205
43206
--
--
--
13
/8-6
43224
43225
43226
--
--
--
11
/2-6
43244
43245
43246
--
--
--
TH
RE
AD
TA
PE
RIN
TE
RM
ED
IAT
EB
OT
TO
MIN
GS
PIR
AL
SP
IRA
LO
VE
RA
LL
TH
RE
AD
SH
AN
KS
QU
AR
E
SIZ
EP
OIN
TFLU
TE
LE
NG
TH
LE
NG
TH
DIA
ME
TE
RD
RIV
E
Un
ifie
d T
hre
ad
Se
rie
s
OV
ER
RA
LL
L
EN
GT
H TH
RE
AD
LE
NG
TH
LE
NG
TH
OF
SH
AN
K
SH
AN
K
DIA
ME
TE
R
SQ
UA
RE
SIZ
E
Note
:Ta
p d
imensio
nal
data
are
based o
n A
meri
can S
tandard
s (
AN
SI)
Re
coil
Ta
p P
art
Nu
mb
ers
an
d D
ime
nsi
on
al D
ata
22
UN
F
3-5
644534
44535
44536
43538
43589
1.9
37
0.6
25
0.1
41
0.1
10
4-4
844544
44545
44546
44548
44549
2.0
00
0.6
87
0.1
41
0.1
10
6-4
044564
44565
44566
44568
44569
2.1
25
0.7
50
0.1
68
0.1
31
8-3
644584
44585
44586
44588
44589
2.3
75
0.9
37
0.2
20
0.1
65
10
-32
44604
44605
44606
44608
44609
2.5
00
1.0
00
0.2
55
0.1
91
12
-28
44624
44625
44626
--
2.7
18
1.1
25
0.3
18
0.2
38
1/4
-28
44044
44045
44046
44048
44049
2.7
18
1.1
25
0.3
18
0.2
38
5/1
6-2
444054
44055
44056
44058
44059
2.9
37
1.2
50
0.3
81
0.2
86
3/8
-24
44064
44065
44066
44068
44069
3.1
56
1.4
38
0.3
23
0.2
42
7/1
6-2
044074
44075
44076
44078
44079
3.3
75
1.6
56
0.3
67
0.2
75
1/2
-20
44084
44085
44086
44088
44089
3.5
93
1.6
56
0.4
29
0.3
22
9/1
6-1
844094
44095
44096
44098
44099
3.8
12
1.8
12
0.4
80
0.3
60
5/8
-18
44104
44105
44106
44108
44109
4.0
31
1.8
12
0.5
42
0.4
06
3/4
-16
44124
44125
44126
44128
44129
4.4
68
2.0
00
0.6
52
0.4
89
7/8
-14
44144
44145
44146
44148
44149
5.1
25
2.5
00
0.8
00
0.6
00
1-1
244164
44165
44166
44168
44169
5.4
37
2.5
62
0.8
96
0.6
72
1-1
444164-1
444165-1
444166-1
444168
44169
5.4
37
2.5
62
0.8
96
0.6
72
11
/8-1
244184
44185
44186
--
--
--
11
/4-1
244204
44205
44206
--
--
--
13
/8-1
244224
44225
44226
--
--
--
11
/2-1
244244
44245
44246
--
--
--
TH
RE
AD
TA
PE
RIN
TE
RM
ED
IAT
EB
OT
TO
MIN
GS
PIR
AL
SP
IRA
LO
VE
RA
LL
TH
RE
AD
SH
AN
KS
QU
AR
E
SIZ
EP
OIN
TFLU
TE
LE
NG
TH
LE
NG
TH
DIA
ME
TE
RD
RIV
E
Un
ifie
d T
hre
ad
Se
rie
s
OV
ER
RA
LL
L
EN
GT
H TH
RE
AD
LE
NG
TH
LE
NG
TH
OF
SH
AN
K
SH
AN
K
DIA
ME
TE
R
SQ
UA
RE
SIZ
E
Note
:Ta
p d
imensio
nal
data
are
based o
n A
meri
can S
tandard
s (
AN
SI)
Re
coil
Ta
p P
art
Nu
mb
ers
an
d D
ime
nsi
on
al D
ata
23
ME
TR
IC C
OA
RS
E
M2
x 0
.445024
45025
45026
45028
45029
45
10
2.8
02.2
4
M2
.2 x
0.4
545014
45015
45016
45018
45019
48
11
3.1
52.5
0
M2
.5 x
0.4
545254
45255
45256
45258
45259
48
11
3.1
52.5
0
M3
x 0
.545034
45035
45036
45038
45039
50
13
3.5
52.8
0
M3
.5 x
0.6
45354
45355
45356
45358
45359
53
13
4.5
03.5
5
M4
x 0
.745044
45045
45046
45048
45049
58
16
5.0
04.0
0
M5
x 0
.845054
45055
45056
45058
45059
66
19
6.3
05.0
0
M6
x 1
45064
45065
45066
45068
45069
72
22
8.0
06.3
0
M7
x1
45074
45075
45076
--
72
22
9.0
07.1
0
M8
x 1
.25
45084
45085
45086
45088
45089
80
24
10.0
08.0
0
M9
x 1
.25
45094
45095
45096
--
85
25
8.0
06.3
0
M1
0 x
1.5
45104
45105
45106
45108
45109
89
29
9.0
07.1
0
M1
1 x
1.5
45114
45115
45116
--
89
29
9.0
07.1
0
M1
2 x
1.7
545124
45125
45126
45128
45129
95
30
11.2
09.0
0
M1
4 x
245144
45145
45146
--
102
32
12.5
010.0
0
M1
5 x
245154
45155
45156
--
112
37
14.0
011.2
0
M1
6 x
245164
45165
45166
45168
45169
112
37
14.0
011.2
0
M1
8 x
2.5
45184
45185
45186
--
118
38
16.0
012.5
0
M2
0 x
2.5
45204
45205
45206
--
130
45
18.0
014.0
0
M2
2 x
2.5
45224
45225
45226
--
135
48
20.0
016.0
0
M2
4 x
345244
45245
45246
--
135
48
20.0
016.0
0
M2
7 x
345274
45275
45276
--
151
51
22.4
018.0
0
M3
0 x
3.5
45304
45305
45306
--
162
57
25.0
020.0
0
M3
0 x
345304-3
45305-3
45306-3
--
162
57
25.0
020.0
0
M3
3 x
3.5
45334
45335
45336
--
170
60
28.0
022.4
0
M3
6 x
445364
45365
45366
--
170
60
28.0
022.4
0
M3
9 x
445394
45395
45396
--
187
67
31.5
025.0
0
M4
2 x
4.5
45424
45425
45426
--
187
67
31.5
025.0
0
M4
2 X
445424-4
45425-4
45426-4
--
200
70
35.5
028.0
0
M5
2 X
545524
45525
45526
--
221
76
40.0
031.5
0
Note
:The T
aps l
iste
d a
bove r
epre
sent
the m
ost
popula
r of
the R
ecoil T
aps a
vailable
. O
ther
siz
es a
nd t
ypes a
re a
vailable
inclu
din
g B
SF,
BS
W,N
PT,
BA
,8U
N e
tc.
Note
:Ta
p d
imensio
ns b
ased u
pon i
nte
rnati
onal
(IS
O)
sta
ndard
Me
tric
Se
rie
s
TH
RE
AD
TA
PE
RIN
TE
RM
ED
IAT
EB
OT
TO
MIN
GS
PIR
AL
SP
IRA
LO
VE
RA
LL
TH
RE
AD
SH
AN
KS
QU
AR
E
SIZ
EP
OIN
TFLU
TE
LE
NG
TH
LE
NG
TH
DIA
ME
TE
RD
RIV
E
Re
coil
Ta
p P
art
Nu
mb
ers
an
d D
ime
nsi
on
al D
ata
24
ME
TR
IC M
ED
IUM
& F
INE
M8
X 1
47084
47085
47086
--
80
24
10.0
08.0
0
M9
X 1
47094
47095
47096
--
85
25
8.0
06.3
0
M1
0 X
1.2
547104
47105
47106
47108
47109
85
25
8.0
06.3
0
M1
0 X
148104
48105
48106
48108
48109
85
25
8.0
06.3
0
M1
1 x
1.2
547114
47115
47116
--
89
29
9.0
07.1
0
M1
1 x
148114
48115
48116
--
89
29
9.0
07.1
0
M1
2 x
1.5
47124
47125
47126
--
95
30
11.2
09.0
0
M1
2 x
1.2
548124
48125
48126
--
95
30
11.2
09.0
0
M1
4 x
1.5
47144
47145
47146
--
102
32
12.5
010.0
0
M1
4 x
1.2
548144
48145
48146
--
102
32
12.5
010.0
0
M1
5 x
1.5
47154
47155
47156
--
112
37
14.0
011.2
0
M1
6 x
1.5
47164
47165
47166
--
112
37
14.0
011.2
0
M1
8 x
247184
47185
47186
--
112
37
14.0
011.2
0
M1
8 x
1.5
48184
48185
48186
--
112
37
14.0
011.2
0
M2
0 x
247204
47205
47206
--
118
38
16.0
012.5
0
M2
0 x
1.5
48204
48205
48206
--
118
38
16.0
012.5
0
M2
2 x
247224
47225
47226
--
130
45
18.0
014.0
0
M2
2 x
1.5
48224
48225
48226
--
130
45
18.0
014.0
0
M2
4 x
247244
47245
47246
--
135
48
20.0
016.0
0
M2
4 x
1.5
48244
48245
48246
--
135
48
20.0
016.0
0
Note
:The T
aps l
iste
d a
bove r
epre
sent
the m
ost
popula
r of
the R
ecoil T
aps a
vailable
. O
ther
siz
es a
nd t
ypes a
re a
vailable
inclu
din
g B
SF,
BS
W,N
PT,
BA
,8U
N e
tc.
Note
:Ta
p d
imensio
ns b
ased u
pon i
nte
rnati
onal
(IS
O)
sta
ndard
Me
tric
Se
rie
s
TH
RE
AD
TA
PE
RIN
TE
RM
ED
IAT
EB
OT
TO
MIN
GS
PIR
AL
SP
IRA
LO
VE
RA
LL
TH
RE
AD
SH
AN
KS
QU
AR
E
SIZ
EP
OIN
TFLU
TE
LE
NG
TH
LE
NG
TH
DIA
ME
TE
RD
RIV
E
Re
coil
Ta
pp
ed
Ho
le a
nd
Fit
ted
Siz
e D
ata
25
DR
ILL S
IZE
TA
PP
ED
HO
LE
UN
CA
BC
CE
SIZ
ET.
P.I
MM
INC
HM
IN D
IAM
AJ D
IAC
LA
SS
2B
CLA
SS
3B
INSE
RTS
FITT
ED
Un
ifie
d T
hre
ad
Se
rie
s
UN
C
No.2
56
2.3
3/3
20.0
94
0.0
90
0.1
092
0.0
996
0.0
976
0.9
89
0.0
976
0.0
667
No.3
48
2.7
No.3
60.1
08
0.1
04
0.1
261
0.1
147
0.1
125
0.1
139
0.1
125
0.0
764
No.4
40
3N
o.3
10.1
22
0.1
18
0.1
445
0.1
307
0.1
282
0.1
298
0.1
282
0.0
849
No.5
40
3.4
No.2
90.1
35
0.1
31
0.1
575
0.1
437
0.1
412
0.1
429
0.1
412
0.0
979
No.6
32
3.7
No.2
50.1
50
0.1
45
0.1
786
0.1
611
0.1
583
0.1
601
0.1
583
0.1
042
No.8
32
4.4
11/6
40.1
75
0.1
71
0.2
046
0.1
872
0.1
843
0.1
862
0.1
843
0.1
302
No.1
024
5.0
13/6
40.2
05
0.1
99
0.2
441
0.2
204
0.2
171
0.2
193
0.2
171
0.1
449
No.1
224
5.6
15/6
40.2
30
0.2
25
0.2
701
0.2
465
0.2
431
0.2
454
0.2
431
0.1
709
1/4
20
6.7
17/6
40.2
70
0.2
61
0.3
150
0.2
863
0.2
825
0.2
851
0.2
825
0.1
959
5/1
618
8.3
21/6
40.3
34
0.3
25
0.3
847
0.3
529
0.3
486
0.3
515
0.3
486
0.2
524
3/8
16
9.9
25/6
40.3
98
0.3
89
0.4
562
0.4
203
0.4
156
0.4
189
0.4
156
0.3
073
7/1
614
11.5
29/6
40.4
63
0.4
53
0.5
303
0.4
890
0.4
839
0.4
875
0.4
839
0.3
602
1/2
13
13.0
17/3
20.5
27
0.5
17
0.5
999
0.5
554
0.5
499
0.5
537
0.5
499
0.4
167
9/1
612
14.5
19/3
20.5
91
0.5
81
0.6
708
0.6
225
0.6
167
0.6
208
0.6
167
0.4
723
5/8
11
16.5
21/3
20.6
56
0.6
45
0.7
431
0.6
903
0.6
841
0.6
885
0.6
841
0.5
266
3/4
10
19.7
525/3
20.7
83
0.7
72
0.8
799
0.8
216
0.8
149
0.8
196
0.8
149
0.6
417
7/8
9
23.0
29/3
20.9
12
0.8
99
1.0
193
0.9
543
0.9
471
0.9
522
0.9
471
0.7
547
1
826.0
11⁄ 3
21.0
42
.1.0
27
1.1
624
1.0
890
1.0
812
1.0
868
1.0
812
0.8
647
11/8
729.5
15⁄ 3
21.1
70
1.1
56
1.3
106
1.2
262
1.2
178
1.2
239
1.2
178
0.9
704
11/4
733.0
19⁄ 3
21.2
95
1.2
81
1.4
356
1.3
514
1.3
428
1.3
490
1.3
428
1.0
954
13/8
636.0
1
13⁄ 3
21.4
31
1.4
111.5
914
1.4
926
1.4
832
1.4
900
1.4
832
1.1
946
11/2
639.0
117⁄ 3
21.5
56
1.5
36
1.7
164
1.6
177
1.6
082
1.6
151
1.6
082
1.3
196
Co
un
ters
ink
ing
:It
is r
eco
mm
en
de
d t
ha
t a
12
0°
cou
nte
r-si
nk
is p
rov
ide
d b
efo
re t
ap
pin
g t
o p
reve
nt
a f
ea
the
r e
dg
e a
tth
e s
tart
of
the
lea
d t
hre
ad
.Wh
en
de
sig
n p
reve
nts
th
e u
seo
f a
co
un
ters
ink,
an
y fe
ath
er
ed
ge
s o
r d
efo
rme
d m
ate
ria
l at
the
th
rea
d le
ad
sh
ou
ld b
e r
em
ove
d b
efo
re t
ap
pin
g.T
his
will
faci
lita
te in
sert
inst
alla
tio
n a
nd
re
du
ce t
he
eff
ect
s o
f re
mo
v-
ing
th
e c
ou
nte
rsin
kin
g o
pe
rati
on
.
Tap
ped
Ho
le120
PIT
CH
DIA
0
AE
B C
Insert
(part
ially in
sta
lled
)
MIN
OR
DIA
Sta
ndard
siz
e d
rills a
re s
uggeste
d e
ven t
hough i
n t
hese s
izes t
hey v
ary
slightl
y f
rom
min
or
dia
mete
r lim
its.
Dri
ll s
izes
are
recom
mended o
nly
and t
est
should
be c
arr
ied o
ut
to s
ele
ct
the o
ne s
uit
able
for
the m
ate
rial
involv
ed.
Re
coil
Ta
pp
ed
Ho
le a
nd
Fit
ted
Siz
e D
ata
26
No.3
56
2.6
5-
0.1
06
0.1
03
0.1
222
0.1
126
0.1
106
0.1
119
0.1
106
0.0
797
No.4
48
3.0
No.3
10.1
20
0.1
17
0.1
391
0.1
278
0.1
255
0.1
270
0.1
255
0.0
894
No.5
44
3.3
-0.1
34
0.1
30
0.1
545
0.1
422
0.1
398
0.1
414
0.1
398
0.1
004
No.6
40
3.7
No.2
60.1
48
0.1
44
0.1
705
0.1
568
0.1
542
0.1
559
0.1
542
0.1
109
No.8
36
4.4
11/6
40.1
74
0.1
70
0.2
001
0.1
848
0.1
820
0.1
839
0.1
820
0.1
339
No.1
032
5.1
13/6
40.2
01
0.1
97
0.2
306
0.2
133
0.2
103
0.2
123
0.2
103
0.1
562
1/4
28
6.6
17/6
40.2
64
0.2
58
0.2
964
0.2
765
0.2
732
0.2
754
0.2
732
0.2
113
5/1
624
8.2
21/6
40.3
28
0.3
22
0.3
666
0.3
433
0.3
395
0.3
421
0.3
395
0.2
674
3/8
24
9.8
25/6
40.3
90
0.3
84
0.4
291
0.4
059
0.4
020
0.4
047
0.4
020
0.3
299
7/1
620
11.5
29/6
40.4
56
0.4
49
0.5
025
0.4
744
0.4
700
0.4
731
0.4
700
0.3
834
1/2
20
13.0
33/6
40.5
18
0.5
110.5
650
0.5
371
0.5
325
0.5
357
0.5
325
0.4
459
9/1
618
14.5
37/6
40.5
82
0.5
75
0.6
347
0.6
035
0.5
986
0.6
020
0.5
986
0.5
024
5/8
18
16.2
541/6
40.6
44
0.6
37
0.6
972
0.6
661
0.6
611
0.6
646
0.6
611
0.5
649
3/4
16
19.5
49/6
40.7
71
0.7
64
0.8
312
0.7
961
0.7
906
0.7
945
0.7
906
0.6
823
7/8
14
22.5
57/6
40.8
99
0.8
91
0.9
678
0.9
274
0.9
214
0.9
257
0.9
214
0.7
977
112
26.0
11
⁄54
1.0
28
1.0
18
1.1
083
1.0
608
1.0
542
1.0
589
1.0
542
0.9
098
1 1
/812
29.5
15
⁄32
1.1
53
1.1
43
1.2
333
1.1
860
1.1
792
1.1
841
1.1
792
1.0
348
1 1
/412
32.5
19
⁄32
1.2
78
1.2
68
1.3
583
1.3
112
1.3
042
1.3
092
1.3
042
1.1
598
1 3
/812
36.0
113
⁄32
1.4
03
1.3
93
1.4
833
1.4
364
1.4
292
1.4
343
1.4
292
1.2
848
1 1
/212
39.0
117
⁄32
1.5
28
1.5
18
1.6
083
1.5
615
1.5
542
1.5
595
1.5
542
1.4
098
Un
ifie
d T
hre
ad
Se
rie
s
UN
F
Co
un
ters
ink
ing
:It
is r
eco
mm
en
de
d t
ha
t a
12
0°
cou
nte
r-si
nk
is p
rov
ide
d b
efo
re t
ap
pin
g t
o p
reve
nt
a f
ea
the
r e
dg
e a
tth
e s
tart
of
the
lea
d t
hre
ad
.Wh
en
de
sig
n p
reve
nts
th
e u
seo
f a
co
un
ters
ink,
an
y fe
ath
er
ed
ge
s o
r d
efo
rme
d m
ate
ria
l at
the
th
rea
d le
ad
sh
ou
ld b
e r
em
ove
d b
efo
re t
ap
pin
g.T
his
will
faci
lita
te in
sert
inst
alla
tio
n a
nd
re
du
ce t
he
eff
ect
s o
f re
mo
v-
ing
th
e c
ou
nte
rsin
kin
g o
pe
rati
on
.
Tap
ped
Ho
le120
PIT
CH
DIA
0
AE
B C
Insert
(part
ially in
sta
lled
)
MIN
OR
DIA
DR
ILL S
IZE
TA
PP
ED
HO
LE
UN
FA
BC
CE
SIZ
ET.P
.IM
MIN
CH
MIN
DIA
MA
J D
IAC
LA
SS
2B
CLA
SS
3B
INSE
RTS
FITT
ED
Sta
ndard
siz
e d
rills a
re s
uggeste
d e
ven t
hough i
n t
hese s
izes t
hey v
ary
slightl
y f
rom
min
or
dia
mete
r lim
its.
Dri
ll s
izes
are
recom
mended o
nly
and t
est
should
be c
arr
ied o
ut
to s
ele
ct
the o
ne s
uit
able
for
the m
ate
rial
involv
ed.
Dri
ll,T
ap
pin
g a
nd
Inst
all
ati
on
De
pth
s
27
Dri
llin
g D
ep
th:T
he
min
imu
m d
rilli
ng
dep
th “S
”allo
ws
for
on
e p
itch
ch
ip c
lear
ance
bet
wee
n t
he
tip
of t
he
tap
an
d t
he
bo
tto
m o
f th
e d
rille
d h
ole
.“S”
min
imu
m a
llow
sfo
r ta
p c
lear
ance
,th
e m
axim
um
am
ou
nt
of i
nse
rt s
et-d
ow
n a
nd
th
e co
un
ters
ink.
Wh
ere
a sp
iral
po
inte
d t
ap is
use
d,t
he
dri
ll d
epth
ssh
ow
n s
ho
uld
be
incr
ease
d t
o a
llow
for
chip
cle
aran
ce.
Re
mo
ve
Ta
ng
Bli
nd
Ho
leT
hro
ug
h H
ole
Cle
ara
nce
1 x
th
read
pit
ch
RQ
TS
BA
SIC
LE
NG
TH
OF
INS
ER
T IN
TE
RM
S O
F N
OM
INA
L D
IAM
ET
ER
OF
SC
RE
W “
D”
UN
CT
HR
EA
D S
IZE
1D
1 1
/2 D
2D
2 1
/2 D
3D
QR
ST
QR
ST
QR
ST
QR
ST
QR
ST
2-5
60.0
86
0.0
68
0.1
66
0.1
48
0.1
29
0.1
110.2
09
0.1
91
0.1
72
0.1
54
0.2
52
0.2
34
0.2
15
0.1
97
0.2
95
0.2
77
0.2
58
0.2
40
0.3
38
0.3
20
3-4
80.0
99
0.0
78
0.1
93
0.1
72
0.1
48
0.1
27
0.2
42
0.2
21
0.1
98
0.1
77
0.2
92
0.2
71
0.2
48
0.2
27
0.3
42
0.3
21
0.2
97
0.2
76
0.3
91
0.3
70
4-4
00.1
12
0.0
87
0.2
24
0.1
99
0.1
68
0.1
43
0.2
80.2
55
0.2
24
0.1
99
0.3
36
0.3
110.2
80
0.2
55
0.3
92
0.3
67
0.3
36
0.3
110.4
48
0.4
23
5-4
00.1
25
0.1
00
0.2
37
0.2
12
0.1
87
0.1
62
0.3
00
0.2
75
0.2
50
0.2
25
0.3
62
0.3
37
0.3
12
0.2
87
0.4
25
0.4
00
0.3
75
0.3
50
0.4
87
0.4
62
6-3
20.1
38
0.1
07
0.2
79
0.2
47
0.2
07
0.1
76
0.3
48
0.3
16
0.2
76
0.2
45
0.4
17
0.3
85
0.3
45
0.3
14
0.4
86
0.4
54
0.4
14
0.3
83
0.5
55
0.5
23
8-3
20.1
64
0.1
33
0.3
05
0.2
73
0.2
46
0.2
15
0.3
87
0.3
55
0.3
28
0.2
97
0.4
69
0.4
37
0.4
10
0.3
79
0.5
51
0.5
19
0.4
92
0.4
61
0.6
33
0.6
01
10-2
40.1
90
0.1
48
0.3
77
0.3
36
0.2
85
0.2
43
0.4
72
0.4
31
0.3
80
0.3
38
0.5
67
0.5
26
0.4
75
0.4
33
0.6
62
0.6
21
0.5
70
0.5
28
0.7
57
0.7
16
12-2
40.2
16
0.1
74
0.4
04
0.3
62
0.3
24
0.2
82
0.5
12
0.4
70
0.4
32
0.3
90
0.6
20
0.5
78
0.5
40
0.4
98
0.7
27
0.6
86
0.6
48
0.6
06
0.8
36
0.7
94
1/4
-20
0.2
50
0.2
00
0.4
75
0.4
25
0.3
75
0.3
25
0.6
00
0.5
50
0.5
00
0.4
50
0.7
25
0.6
75
0.6
25
0.5
75
0.8
50
0.8
00
0.7
50
0.7
00
0.9
75
0.9
25
5/1
6-1
80.3
12
0.2
57
0.5
62
0.5
07
0.4
69
0.4
13
0.7
19
0.6
63
0.6
25
0.5
69
0.8
75
0.8
19
0.7
81
0.7
26
1.0
31
0.9
76
0.9
37
0.8
82
1.1
87
1.1
32
3/8
-16
0.3
75
0.3
12
0.6
56
0.5
94
0.5
62
0.5
00
0.8
44
0.7
81
0.7
50
0.6
87
1.0
31
0.9
69
0.9
37
0.8
75
1.2
19
1.1
56
1.1
25
1.0
62
1.4
06
1.3
44
7/1
6-1
40.4
37
0.3
66
0.7
59
0.6
87
0.6
56
0.5
85
0.9
78
0.9
06
0.8
75
0.8
04
1.1
96
1.1
25
1.0
94
1.0
22
1.4
15
1.3
43
1.3
12
1.2
41
1.6
34
1.5
62
1/2
-13
0.5
00
0.4
23
0.8
46
0.7
69
0.7
50
0.6
73
1.0
96
1.0
19
1.0
00
0.9
23
1.3
46
1.2
69
1.2
50
1.1
73
1.5
96
1.5
19
1.5
00
1.4
23
1.8
46
1.7
69
9/1
6-1
20.5
62
0.4
79
0.9
37
0.8
54
0.8
44
0.7
60
1.2
19
1.1
35
1.1
25
1.0
42
1.5
00
1.4
17
1.4
06
1.3
23
1.7
81
1.6
98
1.6
87
1.6
04
2.0
62
1.9
79
5/8
-11
0.6
25
0.5
34
1.0
34
0.9
43
0.9
37
0.8
46
1.3
47
1.2
56
1.2
50
1.1
59
1.6
59
1.5
68
1.5
62
1.4
71
1.9
72
1.8
81
1.8
75
1.7
84
2.2
84
2.1
93
3/4
-10
0.7
50
0.6
50
1.2
00
1.1
00
1.1
25
1.0
25
1.5
75
1.4
75
1.5
00
1.4
00
1.9
50
1.8
50
1.8
75
1.7
75
2.3
25
2.2
25
2.2
50
2.1
50
2.7
00
2.6
00
7/8
-90.8
75
0.7
64
1.3
75
1.2
64
1.3
12
1.2
01
1.8
12
1.7
01
1.7
50
1.6
39
2.2
50
2.1
39
2.1
87
2.0
76
2.6
87
2.5
76
2.6
25
2.5
14
3.1
25
3.0
14
1 8
1.0
00
0.8
75
1.5
63
1.4
37
1.5
00
1.3
75
2.0
62
1.9
37
2.0
00
1.8
75
2.5
62
2.4
37
2.5
00
2.3
75
3.0
62
2.9
37
3.0
00
2.8
75
3.5
62
3.4
37
1 1
/8-7
1.1
25
0.9
82
1.7
68
1.6
25
1.6
87
1.5
45
2.3
30
2.1
87
2.2
50
2.1
07
2.8
93
2.7
50
2.8
12
2.6
70
3.4
55
3.3
12
3.3
75
3.2
32
4.0
18
3.8
75
1 1
/4-7
1.2
50
1.1
07
1.8
93
1.7
50
1.8
75
1.7
32
2.5
18
2.3
75
2.5
00
2.3
57
3.1
43
3.0
00
3.1
25
2.9
82
3.7
68
3.6
25
3.7
50
3.6
07
4.3
93
4.2
50
1 3
/8-6
1.3
75
1.2
08
2.1
25
1.9
58
2.0
62
1.8
96
2.8
12
2.6
46
2.7
50
2.5
83
3.5
00
3.3
33
3.4
37
3.2
70
4.1
87
4.0
21
4.1
25
3.9
58
4.8
75
4.7
08
1 1
/2-6
1.5
00
1.3
33
2.2
50
1.0
83
2.2
50
2.0
83
3.0
00
2.8
33
3.0
00
2.8
33
3.7
50
3.5
83
3.7
50
3.5
83
4.5
00
4.3
33
4.5
00
4.3
33
5.2
50
5.0
83
Fit
ted
In
sert
:R
= M
axim
um
length
of engaged p
ort
ion o
f scre
w w
hen tang is r
em
oved. Q
= M
inim
um
full
tapped thre
ad length
. T
= M
inim
um
tappin
g d
epth
- inclu
din
g 3
1/2
thre
ads
of plu
g tap. S
=M
inim
um
drill
depth
- e
xclu
din
g p
oin
t.
Un
ifie
d T
hre
ad
Se
rie
sS
pe
cifi
cati
on
s fo
r D
rill
ing
,Ta
pp
ing
an
d I
nst
all
ati
on
De
pth
s
Dri
ll,T
ap
pin
g a
nd
Inst
all
ati
on
De
pth
s
28
UN
FT
HR
EA
D S
IZE
1D
1 1
/2 D
2D
2 1
/2 D
3D
QR
ST
QR
ST
QR
ST
QR
ST
QR
ST
2-6
40.0
86
0.0
70
0.1
56
0.1
41
0.1
29
0.1
13
0.1
99
0.1
84
0.1
72
0.1
56
0.2
42
0.2
27
0.2
15
0.1
99
0.2
85
0.2
70
0.2
58
0.2
42
0.3
28
0.3
13
3-5
60.0
99
0.0
81
0.1
79
0.1
61
0.1
48
0.1
30
0.2
28
0.2
10
0.1
98
0.1
80
0.2
78
0.2
60
0.2
48
0.2
30
0.3
28
0.3
10
0.2
97
0.2
79
0.3
77
0.3
59
4-4
80.1
12
0.0
91
0.2
06
0.1
85
0.1
68
0.1
47
0.2
62
0.2
41
0.2
24
0.2
03
0.3
18
0.2
97
0.2
80
0.2
59
0.3
74
0.3
53
0.3
36
0.3
15
0.4
30
0.4
09
5-4
40.1
25
0.1
02
0.2
27
0.2
05
0.1
88
0.1
65
0.2
90
0.2
68
0.2
50
0.2
27
0.3
52
0.3
30
0.3
12
0.2
89
0.4
14
0.3
92
0.3
75
0.3
52
0.4
77
0.4
55
6-4
00.1
38
0.1
13
0.2
50
0.2
25
0.2
07
0.1
82
0.3
19
0.2
94
0.2
76
0.2
51
0.3
88
0.3
63
0.3
45
0.3
20
0.4
57
0.4
32
0.4
14
0.3
89
0.5
26
0.5
01
8-3
60.1
64
0.1
36
0.2
89
0.2
61
0.2
46
0.2
18
0.3
71
0.3
43
0.3
28
0.3
00
0.4
53
0.4
25
0.4
10
0.3
82
0.5
35
0.5
07
0.4
92
0.4
64
0.6
17
0.5
89
10-3
20.1
90
0.1
59
0.3
31
0.2
99
0.2
85
0.2
54
0.4
26
0.3
94
0.3
80
0.3
49
0.5
21
0.4
89
0.4
75
0.4
44
0.6
16
0.5
84
0.5
70
0.5
39
0.7
110.6
79
1/4
-28
0.2
50
0.2
14
0.4
110.3
75
0.3
75
0.3
39
0.5
36
0.5
00
0.5
00
0.4
64
0.6
61
0.6
25
0.6
25
0.5
89
0.7
86
0.7
50
0.7
50
0.7
14
0.9
110.8
75
5/1
6-2
40.3
12
0.2
71
0.5
00
0.4
58
0.4
69
0.4
28
0.6
56
0.6
15
0.6
25
0.5
83
0.8
12
0.7
71
0.7
81
0.7
40
0.9
69
0.9
27
0.9
37
0.8
96
1.1
25
1.0
83
3/8
-24
0.3
75
0.3
33
0.5
62
0.5
21
0.5
62
0.5
21
0.7
50
0.7
08
0.7
50
0.7
08
0.9
37
0.8
96
0.9
37
0.8
96
1.1
25
1.0
83
1.1
25
1.0
83
1.3
12
1.2
71
7/1
6-2
00.4
37
0.3
87
0.6
62
0.6
12
0.6
56
0.6
06
0.8
81
0.8
31
0.8
75
0.8
25
1.1
00
1.0
50
1.0
94
1.0
44
1.3
19
1.2
69
1.3
12
1.2
62
1.5
37
1.4
88
1/2
-20
0.5
00
0.4
50
0.7
25
0.6
75
0.7
50
0.7
00
0.9
75
0.9
25
1.0
00
0.9
50
1.2
25
1.1
75
1.2
50
1.2
00
1.4
75
1.4
25
1.5
00
1.4
50
1.7
25
1.6
75
9/1
6-1
80.5
62
0.5
07
0.8
12
0.7
57
0.8
44
0.7
88
1.0
94
1.0
38
1.1
25
1.0
68
1.3
75
1.3
19
1.4
06
1.3
51
1.6
56
1.6
01
1.6
87
1.6
32
1.9
37
1.8
82
5/8
-18
0.6
25
0.5
69
0.8
75
0.8
19
0.9
37
0.8
82
1.1
87
1.1
32
1.2
50
1.1
94
1.5
00
1.4
44
1.5
62
1.5
07
1.8
12
1.7
57
1.8
75
1.8
19
2.1
25
2.0
69
3/4
-16
0.7
50
0.6
87
1.0
31
0.9
69
1.1
25
1.0
62
1.4
06
1.3
44
1.5
00
1.4
37
1.7
81
1.7
19
1.8
75
1.8
12
2.1
56
2.0
94
2.2
50
2.1
87
2.5
31
2.4
69
7/8
-14
0.8
75
0.8
04
1.1
96
1.1
25
1.3
12
1.2
41
1.6
34
1.5
62
1.7
50
1.6
79
2.0
71
2.0
00
2.1
87
2.1
16
2.5
09
2.4
37
2.6
25
2.5
54
2.9
46
2.8
75
1 1
21.0
00
0.9
17
1.3
75
1.2
92
1.5
00
1.4
17
1.8
75
1.7
92
2.0
00
1.9
17
2.3
75
2.2
92
2.5
00
2.4
17
2.8
75
2.7
92
3.0
00
2.9
17
3.3
75
3.2
92
1 1
/8-1
21.1
25
1.0
42
1.5
00
1.4
17
1.6
87
1.6
04
2.0
62
1.9
79
2.2
50
2.1
67
2.6
25
2.5
42
2.8
12
2.7
29
3.1
87
3.1
04
3.3
75
3.2
92
3.7
50
3.6
67
1 1
/4-1
21.2
50
1.1
67
1.6
25
1.5
42
1.8
75
1.7
92
2.2
50
2.1
67
2.5
00
2.4
17
2.8
75
2.7
92
3.1
25
3.0
42
3.5
00
3.4
17
3.7
50
3.6
67
4.1
25
4.0
42
1 3
/8-1
21.3
75
1.2
92
1.7
50
1.6
67
2.0
62
1.9
79
2.4
37
2.3
54
2.7
50
2.6
67
3.1
25
3.0
42
3.4
37
3.3
54
3.8
12
3.7
29
4.1
25
4.0
42
4.5
00
4.4
17
1 1
/2-1
21.5
00
1.4
17
1.8
75
1.7
92
2.2
50
2.1
67
2.6
25
2.5
42
3.0
00
2.9
17
3.3
75
3.2
92
3.7
50
3.6
67
4.1
25
4.0
42
4.5
00
4.4
17
4.8
75
4.7
92
Un
ifie
d T
hre
ad
Se
rie
sS
pe
cifi
cati
on
s fo
r D
rill
ing
,Ta
pp
ing
an
d I
nst
all
ati
on
De
pth
s
Dri
llin
g D
ep
th:T
he
min
imu
m d
rilli
ng
dep
th “S
”allo
ws
for
on
e p
itch
ch
ip c
lear
ance
bet
wee
n t
he
tip
of t
he
tap
an
d t
he
bo
tto
m o
f th
e d
rille
d h
ole
.“S”
min
imu
m a
llow
sfo
r ta
p c
lear
ance
,th
e m
axim
um
am
ou
nt
of i
nse
rt s
et-d
ow
n a
nd
th
e co
un
ters
ink.
Wh
ere
a sp
iral
po
inte
d t
ap is
use
d,t
he
dri
ll d
epth
ssh
ow
n s
ho
uld
be
incr
ease
d t
o a
llow
for
chip
cle
aran
ce.
Re
mo
ve
Ta
ng
Bli
nd
Ho
leT
hro
ug
h H
ole
Cle
ara
nce
1 x
th
read
pit
ch
RQ
TS
Fit
ted
In
sert
:R
= M
axim
um
length
of engaged p
ort
ion o
f scre
w w
hen tang is r
em
oved. Q
= M
inim
um
full
tapped thre
ad length
. T
= M
inim
um
tappin
g d
epth
- inclu
din
g 3
1/2
thre
ads
of plu
g tap. S
=M
inim
um
drill
depth
- e
xclu
din
g p
oin
t.
Re
coil
Ta
pp
ed
Ho
le a
nd
Fit
ted
Siz
e D
ata
29
Me
tric
Th
rea
d S
eri
es
Co
un
ters
ink
ing
:It
is r
eco
mm
en
de
d t
hat
a 1
20
°co
un
ters
ink
isp
rovi
de
d b
efo
re t
app
ing
to
pre
ven
t a
feat
he
r e
dg
e a
t th
e s
tart
of
the
lead
th
read
.Wh
en
de
sig
n p
reve
nts
th
e u
se o
f a
cou
nte
rsin
k,an
y fe
ath
er
ed
ge
s o
r d
efo
rme
d m
ate
rial
at
the
th
read
lead
sh
ou
ldb
e r
em
ove
d p
rio
r to
tap
pin
g.T
his
will
fac
ilita
te in
sert
inst
alla
tio
nan
d r
ed
uce
th
e e
ffe
cts
of
rem
ovi
ng
th
e c
ou
nte
rsin
kin
g o
pe
rati
on
.
ME
TR
IC (
ISO
)TA
PP
ED
HO
LE
AB
CC
E
SIZ
ED
RIL
L S
IZE
MIN
OR
DIA
MA
JO
R D
IAC
LA
SS
5H
CL
AS
S 6
HIN
SE
RT
S F
ITT
ED
M2
X 0.
42.
102.
177
2.08
72.
520
2.29
52.
260
2.31
02.
260
1.56
7
M2.
2 X
0.45
2.30
2.39
72.
297
2.78
52.
532
2.49
22.
547
2.49
21.
713
M2.
5 X
0.45
2.60
2.69
72.
597
3.08
52.
832
2.79
22.
847
2.79
22.
013
M3
X 0.
53.
103.
220
3.10
83.
650
3.36
73.
325
3.38
43.
325
2.45
9
M3.
5 X
0.6
3.60
3.75
53.
630
4.27
93.
940
3.89
03.
959
3.89
02.
850
M4
X 0.
74.
104.
292
4.15
24.
909
4.50
94.
455
4.52
94.
455
3.24
2
M5
X 0.
85.
205.
333
5.17
36.
039
5.57
75.
520
5.59
75.
520
4.13
4
M6
X 1.
06.
206.
406
6.21
67.
299
6.71
96.
650
6.74
26.
650
4.91
7
M7
X 1.
07.
207.
406
7.21
68.
299
7.71
97.
650
7.74
27.
650
5.91
7
M8
X 1.
08.
208.
406
8.21
69.
299
8.71
98.
650
8.74
28.
650
6.91
7
M8
X 1.
258.
308.
483
8.27
19.
624
8.88
68.
812
8.91
28.
812
6.64
7
M9
X 1.
259.
309.
483
9.27
110
.624
9.88
69.
812
9.91
29.
812
7.64
7
M10
X 1
.25
10.3
010
.483
10.2
7111
.624
10.8
8610
.812
10.9
1210
.812
8.64
7
M10
X 1
.510
.30
10.5
6110
.325
11.9
4911
.061
10.9
7411
.089
10.9
748.
376
M11
X 1
.511
.30
11.5
6111
.325
12.9
4912
.061
11.9
7412
.089
11.9
749.
376
M12
X 1
.25
12.3
012
.483
12.2
7113
.624
12.8
9812
.812
12.9
2612
.812
10.6
47
M12
X 1
.512
.512
.56
13.3
2414
.131
12.9
7413
.067
12.9
7413
.099
10.3
76
M12
X 1
.75
12.4
012
.644
12.3
7914
.273
13.2
3613
.137
13.2
7113
.137
10.1
06
M14
X 1
.514
.30
14.5
6114
.325
15.9
4915
.067
14.9
7415
.099
14.9
7412
.376
M14
X 2
.014
.40
14.7
3314
.433
16.5
9815
.406
15.2
9915
.444
15.2
9911
.835
M16
X 1
.516
.25
16.5
6116
.325
17.9
4917
.067
16.9
7417
.099
16.9
7414
.376
M16
X 2
.016
.50
16.7
3316
.433
18.5
9817
.406
17.2
9917
.444
17.2
9913
.835
M18
X 1
.518
.25
18.5
6118
.325
19.9
4919
.067
18.9
7419
.099
18.9
7416
.376
M18
X 2
.018
.50
18.7
3318
.433
20.5
9819
.406
19.2
9919
.444
19.2
9915
.835
M18
X 2
.518
.50
18.8
9618
.541
21.2
4819
.738
19.6
2419
.778
19.6
2415
.294
M20
X 1
.520
.25
20.5
6120
.325
21.9
4921
.067
20.9
7421
.099
20.9
7418
.376
M20
X 2
.020
.50
20.7
3320
.433
22.5
9821
.406
21.2
9921
.444
21.2
9917
.835
M20
X 2
.520
.50
20.8
9620
.541
23.2
4821
.738
21.6
2421
.778
21.6
2417
.294
M22
X 1
.522
.50
22.5
6122
.325
23.9
4923
.067
22.9
7423
.099
22.9
7420
.376
M22
X 2
.022
.50
22.7
3322
.433
24.5
9823
.406
23.2
9923
.444
23.2
9919
.835
M22
X 2
.522
.50
22.8
9622
.541
25.2
4823
.738
23.6
2423
.778
23.6
2419
.294
M24
X 2
.024
.25
24.7
3324
.433
26.5
9825
.414
25.2
9925
.454
25.2
9921
.835
M24
X 3
.024
.75
25.0
5024
.650
27.8
9726
.093
25.9
4926
.135
25.9
4920
.752
M27
X 3
.027
.50
28.0
5027
.650
30.8
9729
.093
28.9
4929
.135
28.9
4923
.752
M30
X 3
.530
.50
31.2
0830
.758
34.5
4732
.428
32.2
7332
.472
32.2
7326
.211
M33
X 3
.533
.50
34.2
0833
.758
37.5
4735
.428
35.2
7335
.472
35.2
7329
.211
M36
X 4
.036
.50
37.3
4136
.866
41.1
9638
.763
38.5
9838
.809
38.5
9831
.670
M39
X 4
.039
.50
40.3
4139
.866
44.1
9641
.763
41.5
9841
.809
41.5
9834
.670
Ta
pp
ed
Ho
le1
20
PIT
CH
DIA
0
AE
B C
Ins
ert
(pa
rtia
lly
in
sta
lle
d)
MIN
OR
DIA
Sta
ndard
siz
e d
rills a
re s
uggeste
d e
ven t
hough i
n t
hese s
izes
they v
ary
slightl
y f
rom
min
or
dia
mete
r lim
its.
Dri
ll s
izes a
re
recom
mended o
nly
and t
est
should
be c
arr
ied o
ut
to s
ele
ct
the o
ne s
uit
able
for
the m
ate
rial
involv
ed.
Dri
llin
g,T
ap
pin
g a
nd
Inst
all
ati
on
De
pth
s
30
ME
TR
IC (
ISO
)
BA
SIC
LE
NG
TH
OF
IN
SE
RT
IN
TE
RM
S O
F N
OM
INA
L D
IAM
ET
ER
OF
SC
RE
W “
D”
TH
RE
AD
SIZ
E1
D1
1/2
D2
D2
1/2
D3
D
QR
ST
QR
ST
QR
ST
QR
ST
QR
ST
M2
X 0.
42.
001.
603.
803.
403.
002.
604.
804.
404.
003.
605.
805.
405.
004.
606.
806.
406.
005.
607.
807.
40M
2.2
X 0.
452.
201.
754.
233.
983.
302.
855.
334.
884.
403.
956.
435.
985.
505.
057.
537.
086.
606.
158.
638.
18M
2.5
X 0.
452.
502.
054.
534.
083.
753.
305.
785.
335.
004.
557.
036.
586.
255.
808.
287.
837.
507.
059.
539.
08M
3 X
0.5
3.00
2.50
5.25
4.75
4.50
4.00
6.75
6.25
6.00
5.50
8.25
7.75
7.50
7.00
9.75
9.25
9.00
8.50
11.2
510
.75
M3.
5 X
0.6
3.50
2.90
6.20
5.60
5.25
4.65
7.95
7.35
7.00
6.40
9.70
9.10
8.75
8.15
11.4
510
.85
10.5
09.
9013
.20
12.6
0M
4 X
0.7
4.00
3.30
7.15
6.45
6.00
5.30
9.15
8.45
8.00
7.30
11.1
510
.45
10.0
09.
3013
.15
12.4
512
.00
11.3
015
.15
14.4
5M
4.5
X 0.
754.
503.
757.
887.
136.
756.
0010
.13
9.38
9.00
8.25
12.3
811
.63
11.2
510
.50
14.6
313
.88
13.5
012
.75
16.8
816
.13
M5
X 0.
85.
004.
208.
607.
807.
506.
7011
.10
10.3
010
.00
9.20
13.6
012
.80
12.5
011
.70
16.1
015
.30
15.0
014
.20
18.6
017
.80
M6
X 1.
06.
005.
0010
.50
9.50
9.00
8.00
13.5
012
.50
12.0
011
.00
16.5
015
.50
15.0
014
.00
19.5
018
.50
18.0
017
.00
22.5
021
.50
M7
X 1.
07.
006.
0011
.50
10.5
010
.50
9.50
15.0
014
.00
14.0
013
.00
18.5
017
.50
17.5
016
.50
22.0
021
.00
21.0
020
.00
25.5
024
.50
M8
X 1.
08.
007.
0012
.50
11.5
012
.00
11.0
016
.50
15.5
016
.00
15.0
020
.50
19.5
020
.00
19.0
024
.50
23.5
024
.00
23.0
028
.50
27.5
0M
8 X
1.25
8.00
6.75
13.6
312
.38
12.0
010
.75
17.6
316
.38
16.0
014
.75
21.6
320
.38
20.0
018
.75
25.6
324
.38
24.0
022
.75
29.6
328
.38
M9
X 1.
259.
007.
7514
.63
13.3
813
.50
12.2
519
.13
17.8
818
.00
16.7
523
.63
22.3
822
.50
21.2
528
.13
26.8
827
.00
25.7
532
.63
31.3
8M
10 X
1.2
510
.00
8.75
15.6
314
.38
15.0
013
.75
20.6
319
.38
20.0
018
.75
25.6
324
.38
25.0
023
.75
30.6
329
.38
30.0
028
.75
35.6
334
.38
M10
X 1
.510
.00
8.50
16.7
515
.25
15.0
013
.50
21.7
520
.25
20.0
018
.50
26.7
525
.25
25.0
023
.50
31.7
530
.25
30.0
028
.50
36.7
535
.25
M11
X 1
.511
.00
9.50
17.7
516
.25
16.5
015
.00
23.2
521
.75
22.0
020
.50
28.7
527
.25
27.5
026
.00
34.2
532
.75
33.0
031
.50
39.7
538
.25
M12
X 1
.25
12.0
010
.75
17.6
316
.38
18.0
016
.75
23.6
322
.38
24.0
022
.75
29.6
327
.38
30.0
028
.75
35.6
334
.38
36.0
034
.75
41.6
340
.38
M12
X 1
.512
.00
10.5
018
.75
17.2
518
.00
16.5
024
.75
23.2
524
.00
22.5
030
.75
29.2
530
.00
28.5
036
.75
32.2
536
.00
34.5
042
.75
41.2
5M
12 X
1.7
512
.00
10.2
519
.88
18.1
318
.00
16.2
525
.88
24.1
324
.00
22.2
531
.88
30.1
330
.00
28.2
537
.88
36.1
336
.00
34.2
543
.88
42.1
3M
14 X
1.5
14.0
012
.50
20.7
519
.25
21.0
019
.50
27.7
526
.25
28.0
026
.50
34.7
533
.25
35.0
033
.50
41.7
540
.25
42.0
040
.50
48.7
547
.25
M14
X 2
.014
.00
12.0
023
.00
21.0
021
.00
19.0
030
.00
28.0
028
.00
26.0
037
.00
35.0
035
.00
33.0
044
.00
42.0
042
.00
40.0
051
.00
49.0
0M
16 X
1.5
16.0
014
.50
22.7
521
.25
24.0
022
.50
30.7
529
.25
32.0
030
.50
38.7
537
.25
40.0
038
.50
46.7
545
.25
48.0
046
.50
54.7
553
.25
M16
X 2
.016
.00
14.0
025
.00
23.0
024
.00
22.0
033
.00
31.0
032
.00
30.0
041
.00
39.0
040
.00
38.0
049
.00
47.0
048
.00
46.0
057
.00
55.0
0M
18 X
1.5
18.0
016
.50
24.7
523
.25
27.0
025
.50
33.7
532
.25
36.0
034
.50
42.7
541
.25
45.0
043
.50
51.7
550
.25
54.0
052
.50
60.7
559
.25
M18
X 2
.018
.00
16.0
027
.00
25.0
027
.00
25.0
036
.00
34.0
036
.00
34.0
045
.00
43.0
045
.00
43.0
054
.00
52.0
054
.00
52.0
063
.00
61.0
0M
18 X
2.5
18.0
015
.50
29.2
526
.75
27.0
024
.50
38.2
535
.75
36.0
033
.50
47.2
544
.75
45.0
042
.50
56.2
553
.75
54.0
051
.50
65.2
562
.75
M20
X 1
.520
.00
18.5
026
.75
25.2
530
.00
28.5
036
.75
35.2
540
.00
38.5
046
.75
45.2
550
.00
48.5
056
.75
55.2
560
.00
58.5
066
.75
65.2
5M
20 X
2.0
20.0
018
.00
29.0
027
.00
30.0
028
.00
39.0
037
.00
40.0
038
.00
49.0
047
.00
50.0
048
.00
59.0
057
.00
60.0
058
.00
69.0
067
.00
M20
X 2
.520
.00
17.5
031
.25
28.7
530
.00
27.5
041
.25
38.7
540
.00
37.5
051
.25
48.7
550
.00
47.5
061
.25
58.7
560
.00
57.5
071
.25
68.7
5M
22 X
1.5
22.0
020
.50
28.7
527
.25
33.0
031
.50
39.7
538
.25
44.0
042
.50
50.7
549
.25
55.0
053
.50
61.7
560
.25
66.0
064
.50
72.7
571
.25
M22
X 2
.022
.00
20.0
031
.00
29.0
033
.00
31.0
042
.00
40.0
044
.00
42.0
053
.00
51.0
055
.00
53.0
064
.00
62.0
066
.00
64.0
075
.00
73.0
0M
22 X
2.5
22.0
019
.50
33.2
530
.75
33.0
030
.50
44.2
541
.75
44.0
041
.50
55.2
552
.75
55.0
052
.50
66.2
563
.75
66.0
063
.50
77.2
574
.75
M24
X 2
.024
.00
22.0
033
.00
31.0
036
.00
34.0
045
.00
43.0
048
.00
46.0
057
.00
55.0
060
.00
58.0
069
.00
67.0
072
.00
70.0
081
.00
79.0
0M
24 X
3.0
24.0
021
.00
37.5
034
.50
36.0
033
.00
49.5
046
.50
48.0
045
.00
61.5
058
.50
60.0
057
.00
73.5
070
.50
72.0
069
.00
85.5
082
.50
M27
X 3
.027
.00
24.0
040
.50
37.5
040
.50
37.5
054
.00
51.0
054
.00
51.0
067
.50
64.5
067
.50
64.5
081
.00
78.0
081
.00
78.0
094
.50
91.5
0M
30 X
3.5
30.0
026
.50
45.7
542
.25
45.0
041
.50
60.7
557
.25
60.0
056
.50
75.7
572
.25
75.0
071
.50
90.7
587
.25
90.0
086
.50
105.
7510
2.25
M33
X 3
.533
.00
29.5
048
.75
45.2
549
.50
46.0
065
.25
61.7
566
.00
62.5
081
.75
78.2
582
.50
79.0
098
.25
94.7
599
.00
95.5
011
4.75
111.
25M
36 X
4.0
36.0
032
.00
54.0
050
.00
54.0
050
.00
72.0
068
.00
72.0
068
.00
90.0
086
.00
90.0
086
.00
108.
0010
4.00
108.
0010
4.00
126.
0012
2.00
M39
X 4
.039
.00
35.0
057
.00
53.0
058
.50
54.5
076
.50
72.5
078
.00
74.0
096
.00
92.0
097
.50
93.5
011
5.50
111.
5011
7.00
113.
0013
5.00
131.
00
Me
tric
Th
rea
d S
eri
es
Sp
eci
fica
tio
ns
for
Dri
llin
g,T
ap
pin
g a
nd
In
sta
lla
tio
n D
ep
ths
Re
mo
ve
Ta
ng
Bli
nd
Ho
leT
hro
ug
h H
ole
Cle
ara
nce
1 x
th
read
pit
ch
RQ
TS
Dri
ll D
ep
th:T
he
min
imu
m d
rilli
ng
dep
th “S
”allo
ws
for
on
e p
itch
ch
ip c
lear
ance
bet
wee
n t
he
tip
of t
he
tap
an
d t
he
bo
tto
m o
f th
e d
rille
d h
ole
.
“S”m
inim
um
allo
ws
for
tap
cle
aran
ce,t
he
max
imu
m a
mo
un
t o
f in
sert
set
-do
wn
an
d t
he
cou
nte
rsin
k.W
her
e a
spir
al p
oin
ted
tap
is u
sed
,th
e d
rill
dep
ths
sho
wn
sh
ou
ld b
e in
crea
sed
to
allo
w fo
r ch
ip c
lear
ance
.
Fit
ted
In
se
rt:
R =
Maxim
um
length
of engaged p
ort
ion o
f scre
w w
hen tang is r
em
oved. Q
= M
inim
um
full
tapped thre
ad length
. T
=M
inim
um
tappin
g d
epth
- inclu
din
g 3
1/2
thre
ads o
f plu
g tap. S
= M
inim
um
drill
depth
- e
xclu
din
g p
oin
t.
Ga
ug
es
31
Re
coil
Th
rea
d G
au
ge
sTh
read
gau
gin
g is
rec
om
men
ded
wh
erev
er p
reci
sio
n
thre
ads
are
req
uir
ed.T
he
qu
alit
y o
f th
e ta
pp
ed h
ole
wh
ich
acc
om
mo
dat
es t
he
inse
rt d
eter
min
es t
he
finis
hed
size
an
d h
ole
qu
alit
y af
ter
the
inse
rt h
as b
een
inst
alle
d.I
f
the
finis
hed
tap
ped
ho
le g
aug
es s
atis
fact
ori
ly,t
he
inst
alle
d in
sert
will
be
wit
hin
th
e th
read
to
lera
nce
.
Tech
nic
al
Info
rma
tio
nR
eco
il g
aug
es 1
/2"
M12
an
d b
elo
w h
ave
at le
ast
a
.000
2" o
r 5u
m w
ear
allo
wan
ce o
n t
he
Go
nib
.Gau
ge
han
-
dle
an
d a
ll g
aug
e n
ibs
are
mar
ked
wit
h t
he
extr
eme
pro
du
ct li
mit
s fo
r p
arti
cula
r si
ze a
nd
cla
ss o
f fit
.
Wh
ere
pre
cisi
on
is r
equ
ired
,3B
gau
ges
sh
ou
ld b
e
use
d.W
hen
usi
ng
lock
ing
inse
rts,
3B g
aug
es s
ho
uld
be
use
d a
s cl
ose
pre
cisi
on
is r
equ
ired
.
2 (
.086)
- 56
63523
63522
3 (
.099)
- 48
63533
63532
4 (
.112)
- 40
63543
63542
5 (
.125)
- 40
63553
63552
6 (
.138)
- 32
63563
63562
8 (
.138)
- 32
63583
63582
10 (
.190)
- 24
63603
63602
12 (
.216)
- 24
63623
63622
1/4
(.2
500)
- 20
63043
63042
5/1
6 (
.3125)
- 18
63053
63052
3/8
(.3
750)
- 16
63063
63062
7/1
6 (
.4375)
- 14
63073
63072
1/2
(.5
000)
- 13
63083
63082
9/1
6 (
.5625)
- 12
63093
63092
5/8
(.6
250)
- 11
63103
63102
11/1
6 (
.6875)
- 11
63113
63112
3/4
(.7
500)
- 10
63123
63122
7/8
(.8
750)
- 9
63143
63142
1 (
1.0
000)
- 8
63163
63162
1-1
/8 (
1.1
250)
- 7
63183
63182
1-1
/4 (
1.2
500)
- 7
63203
63202
1-3
/8 (
1.3
750)
- 6
63223
63222
1-1
/2 (
1.5
000)
- 6
63243
63242
3 (
.099)
- 56
64533
64532
4 (
.112)
- 48
64543
64542
6 (
.138)
- 40
64563
64562
8 (
.164)
- 36
64583
64582
10 (
.190)
- 32
64603
64602
1/4
(.2
500)
- 28
64043
64042
5/1
6 (
.3125)
- 24
64053
64052
3/8
(.3
750)
- 24
64063
64062
7/1
6 (
.4375)
- 20
64073
64072
1/2
(.5
000)
- 20
64083
64082
9/1
6 (
.5625)
- 18
64093
64092
5/8
(.6
250)
- 18
64103
64102
3/4
(.7
500)
-16
64123
64122
7/8
(.8
750)
- 14
64143
64142
1 (
1.0
000)
- 12
64163
64162
1 (
1.0
000)
- 14
64163-1
464162-1
4
1-1
/8 (
1.1
250)
- 12
64183
64182
1-1
/4 (
1.2
500)
- 12
64203
64202
1-3
/8 (
1.3
750)
- 12
64223
64222
1-1
/2 (
1.5
000)
- 12
64243
64242
NO
MIN
AL
WO
RK
ING
GA
UG
ES
TH
RE
AD
3
B2
B
SIZ
EC
lose
Fit
Me
diu
m F
it
Un
ifie
d F
ine
Re
coil
In
ch G
au
ge
Pa
rt N
um
be
rs
Un
ifie
d C
oa
rse
NO
MIN
AL
WO
RK
ING
GA
UG
ES
TH
RE
AD
3
B2
B
SIZ
EC
lose
Fit
Me
diu
m F
it
Ga
ug
es
32
M2 x
0.4
65024
65025
M2.2
x 0
.45
65014
65015
M2.5
x 0
.45
65254
65255
M3 x
0.5
65034
65035
M3.5
x 0
.665354
65355
M4 x
0.7
65044
65045
M5 x
0.8
65054
65055
M6 x
1.0
65064
65065
M7 x
1.0
65074
65075
M8 x
1.2
565084
65085
M9 x
1.2
565094
65095
M10 x
1.5
65104
65105
M11 x
1.5
65114
65115
M12 x
1.7
565124
65125
M13 x
1.7
565134
65135
M14 x
2.0
65144
65145
M15 x
2.0
65154
65155
M16 x
2.0
65164
65165
M18 x
2.5
65184
65185
M20 x
2.5
65204
65205
M22 x
2.5
65224
65225
M24 x
3.0
65244
65245
M27 x
3.0
65274
65275
M30 x
3.5
65304
65305
M30 x
3.0
65304-3
65305-3
M36 x
4.0
65364
65365
M39 x
4.0
65394
65395
M42 x
4.5
65424
65425
M42 x
4.0
65424-4
65425-4
M8 x
1.0
67084
67085
M10 x
1.0
68104
68105
M10 x
1.2
567104
67105
M11 x
1.0
68114
68115
M11 x
1.2
567114
67115
M12 x
1.2
568124
68125
M12 x
1.5
67124
67125
M13 x
1.2
568134
68135
M13 x
1.5
67134
67135
M14 x
1.5
67144
67145
M15 x
1.5
67154
67155
M16 x
1.5
67164
67165
M18 x
1.5
68184
68185
M18 x
2.0
67184
67185
M20 x
1.5
68204
68205
M20 x
2.0
67204
67205
M22 x
1.5
68224
68225
M22 x
2.0
67224
67225
M24 x
1.5
68244
68245
M24 x
2.0
67244
67245
M26 x
1.5
68264
68265
M27 x
1.5
68274
68275
M27 x
2.0
67274
67275
M30 x
1.5
68304
68305
M30 x
2.0
67304
67305
M36 x
1.5
68364
68365
M36 x
3.0
67364
67365
M39 x
2.0
68394
68395
M39 x
3.0
67394
67395
M42 x
2.0
68424
68425
M42 x
3.0
67424
67425
Me
tric
4H
5H
5H
UN
3B
2B
Imp
eria
lC
LO
SE
ME
DIU
M
TH
RE
AD
/ T
OL
ER
AN
CE
CL
OS
EM
ED
IUM
Fit
s a
nd
To
lera
nce
sR
eco
il g
aug
es a
re s
up
plie
d fo
r tw
o d
iffer
ent
clas
ses
of f
it (t
ole
ran
ces)
.Th
ese
are
clo
se a
nd
med
ium
to
lera
nce
.
Gau
ge
s ar
e u
sed
to
ch
eck
the
pit
ch d
iam
eter
of
the
tap
ped
ho
le;t
he
“No
Go
”en
d o
f th
e g
aug
e ch
ecks
th
e
pit
ch d
iam
eter
is n
ot
too
larg
e an
d t
he
“Go
”en
d c
hec
ks
the
pit
ch d
iam
eter
is n
ot
too
sm
all.
Re
coil
Me
tric
Ga
ug
e P
art
Nu
mb
ers
Me
tric
Co
ars
eM
etr
ic F
ine
NO
MIN
AL
WO
RK
ING
GA
UG
ES
TH
RE
AD
4
H5
H5
H
SIZ
EC
lose
fit
Me
diu
m F
it
NO
MIN
AL
WO
RK
ING
GA
UG
ES
TH
RE
AD
4
H5
H5
H
SIZ
EC
lose
fit
Me
diu
m F
it
Ha
nd
Inst
all
ati
on
To
ols
33
Re
coil
To
ols
AFS
su
pp
lies
a ra
ng
e o
f ass
oci
ated
Rec
oil
too
ling
to
faci
litat
e R
eco
il in
sert
inst
alla
tio
n.
The
adva
nta
ge
of t
he
Rec
oil
too
ling
sys
tem
is it
s si
mp
licit
y,ve
rsat
ility
,an
d e
ase
of u
se.
The
han
d in
stal
lati
on
to
olin
g r
ang
e in
clu
des
th
e
man
ual
inst
alla
tio
n t
oo
l,th
e se
mi p
rod
uct
ion
“Pre
win
der
”
typ
e,as
wel
l as
man
ual
an
d s
pri
ng
op
erat
ed t
ang
bre
ak
off
to
ols
.
Ma
nu
al T
oo
lTh
e st
and
ard
Rec
oil
inse
rt in
stal
lati
on
to
ol i
s th
e m
ost
pra
ctic
al a
nd
sim
ple
to
use
for
gen
eral
ap
plic
atio
ns.
This
too
l may
be
use
d t
o in
stal
l 1D
th
rou
gh
to
3D
len
gth
inse
rts,
bu
t ca
re m
ust
be
take
n t
o e
nsu
re t
hat
th
e
adju
stab
le c
olla
r is
co
rrec
tly
set
to s
uit
th
e p
arti
cula
r ty
pe
and
len
gth
of t
he
Rec
oil
inse
rt.
If t
he
colla
r is
inco
rrec
tly
set,
the
inse
rt w
ill n
ot
dri
ve p
rop
erly
an
d t
he
too
l may
slip
off
th
e ta
ng
as
the
inse
rt e
nte
rs t
he
ho
le.
For
gen
eral
use
,th
e co
llar
sho
uld
be
adju
sted
su
ch
that
th
e in
sert
tan
g is
po
siti
on
ed m
id-w
ay a
lon
g t
he
slo
t
wit
h t
he
inse
rt c
oils
co
mp
ress
ed.
This
will
allo
w t
he
inse
rt
free
mo
vem
ent
to s
uit
th
e p
aren
t m
ater
ial t
hre
ad p
itch
du
rin
g in
stal
lati
on
.
If t
he
inst
alla
tio
n t
oo
l is
use
d t
o b
reak
off
th
e ta
ng
,
then
it m
ust
be
lifte
d c
lear
of t
he
inse
rt fo
llow
ing
inst
alla
-
tio
n a
nd
rep
lace
d in
to t
he
inse
rt a
t 90
deg
rees
to
its
dri
ve
po
siti
on
.Th
is e
nsu
res
that
th
e to
ol i
s co
rrec
tly
pla
ced
on
the
inse
rt t
ang
.Ta
p t
he
too
l sh
arp
ly d
ow
nw
ard
to
pro
-
du
ce a
cle
an t
ang
bre
ak.
Note
:The m
anual
insta
llati
on t
ool
is n
ot
recom
mended
for
the i
nsta
llati
on o
f lo
ckin
g i
nsert
s.
Note
:R
ecoil m
anual
tools
are
not
recom
mended f
or
use
wit
h o
ther
bra
nds o
f w
ire t
hre
ad i
nsert
s.
Collar
Adju
ste
d
Too L
ow
Tang R
em
oval
Collar
Adju
ste
d
Corr
ectl
y
Collar
Adju
ste
d
Too H
igh
Ha
nd
Inst
all
ati
on
To
ols
34
Se
mi
Pro
du
ctio
n “
Pre
win
de
r”T
yp
e
Inst
all
ati
on
To
ol
This
typ
e o
f to
ol i
s id
eal
fo
r in
stal
ling
inse
rts
in
smal
l pro
du
ctio
n r
un
s o
r in
are
as w
he
re c
om
pre
sse
d
air
or
ele
ctri
city
are
no
t av
aila
ble
an
d o
ffe
rs a
qu
icke
r
alte
rnat
ive
to
th
e s
imp
le h
and
inst
alla
tio
n t
oo
l.Th
e
too
l is
suit
able
fo
r u
se w
he
n in
stal
ling
fre
e r
un
nin
g
and
lock
ing
inse
rts.
Th
rea
de
d M
an
dre
l Ty
pe
Th
e t
hre
ad
ed
ma
nd
rel
typ
e i
s su
ita
ble
fo
r th
e
inst
all
ati
on
of
fre
e r
un
nin
g a
nd
lo
ckin
g i
nse
rts.
Th
e
ma
nd
rel
is w
ou
nd
in
to t
he
in
sert
wh
ich
is
the
n
wo
un
d i
nto
th
e t
ap
pe
d h
ole
.Th
e m
an
dre
l is
rem
ove
d b
y tu
rnin
g t
he
cra
nk
in a
co
un
ter
clo
ckw
ise
dir
ect
ion
,le
avin
g t
he
in
sert
in
pla
ce.
Note
:The t
hre
aded m
andre
l ty
pe i
nsta
llati
on t
ool
is
recom
mended f
or
insta
llin
g l
ockin
g i
nsert
s.
#3-5
654531
#4-4
854541
#6-4
054561
#8-3
654581
#10-3
254601
1/4
-28
54041
5/1
6-2
454051
3/8
-24
54061
7/1
6-2
054071
1/2
-20
54081
9/1
6-1
854091
5/8
-18
54101
3/4
-16
54121
7/8
-14
54141
1-1
254161
1-1
454171
1 1
/8-1
254181
#2-5
653521
#3-4
853531
#4-4
053541
#5-4
053551
#6-3
253561
#8-3
253581
#10-2
453601
#12-2
453621
1/4
-20
53041
5/1
6-1
853051
3/8
-16
53061
7/1
6-1
453071
1/2
-13
53081
9/1
6-1
253096
5/8
-11
53106
3/4
-10
53126
7/8
-953146
1-8
53166
1 1
/8-7
53186
1 1
/4-7
53206
1 3
/8-6
53226
1 1
/2-6
53246
SIZ
EPA
RT
No
TH
RE
AD
ED
M2.2
x .
45
55011
M2.5
x .
45
55251
M3 x
0.5
55031
M3.5
x 0
.655351
M4 x
0.7
55041
M5 x
0.8
55051
M6 x
1.0
55061
M7 x
1.0
55071
M8 x
1.2
555081
M10 x
1.5
55101
M12 x
1.7
555121
M14 x
2.0
55146
M16 x
2.0
55166
M18 x
2.5
55186
M8 x
1.0
57081
M10 x
1.0
58101
M10 x
1.2
557101
M12 x
1.2
558121
M12 x
1.5
057121
M14 x
1.5
57141
M16 x
1.5
57161
M18 x
1.5
58181
UN
CM
ET
RIC
UN
F
Note
:P
art
num
bers
endin
g i
n 6
are
thre
aded m
andre
ls o
nly
SIZ
EPA
RT
No
TH
RE
AD
ED
SIZ
EPA
RT
No
TH
RE
AD
ED
Re
coil
Ta
ng
Bre
ak
To
ols
35
Re
coil
Ta
ng
Bre
ak
Off
To
ols
Tan
g b
reak
off
to
ols
are
ava
ilab
le in
han
d,s
em
i
auto
mat
ic s
pri
ng
typ
e a
nd
pn
eu
mat
ic.T
he
sp
rin
g lo
ade
d
and
pn
eu
mat
ic t
ang
bre
ak t
oo
ls a
re r
eco
mm
en
de
d
for
rem
ova
l of
tan
gs
in p
rod
uct
ion
ap
plic
atio
ns.
For
larg
e d
iam
ete
r fi
ne
th
read
inse
rts,
e.g
.M1
8-1
.5 a
nd
abo
ve,3
/4-1
6 a
nd
ab
ove
,th
e u
se o
f lo
ng
no
se p
liers
is
an a
lte
rnat
ive
me
tho
d t
o b
reak
th
e t
ang
.
Ma
nu
al T
an
g B
rea
k T
oo
lTh
e si
mp
le R
eco
il m
anu
al t
ang
rem
ova
l to
ol i
s su
itab
le
for
low
vo
lum
e t
ang
re
mo
val a
nd
is u
sed
fo
r in
sert
siz
es
up
to
1/2
" o
r M
12
.On
larg
er
size
s th
e m
ult
ipu
rpo
se
Re
coil
inst
alla
tio
n a
nd
tan
g b
reak
to
ol s
ho
uld
be
use
d.
For
tan
g r
em
ova
l,th
e t
oo
l is
sim
ply
lift
ed
an
d t
urn
ed
90
°,w
hic
h w
ill p
ut
the
slo
t at
rig
ht
ang
les
to t
he
tan
g,
the
n p
ush
ed
do
wn
war
d w
ith
a s
har
p b
low
.
Sp
rin
g L
oa
de
d T
an
g B
rea
k T
oo
l (P
ictu
red
)Sp
rin
g lo
aded
tan
g b
reak
to
ols
off
er e
ffec
tive
rem
ova
l
of
inse
rt t
ang
s an
d a
re s
uit
ed
fro
m m
ed
ium
to
larg
e
inse
rt u
sag
e.B
ein
g s
pri
ng
load
ed
th
is t
oo
l re
qu
ire
s n
o
ext
ern
al p
ow
er
sou
rce
an
d is
su
itab
le f
or
tan
g r
em
ova
l
on
inse
rt s
ize
s u
p t
o 1
/2"
or
M1
2.T
his
to
ol i
s a
spri
ng
load
ed
pu
nch
an
d w
he
n t
he
to
ol i
s p
ush
ed
do
wn
,th
e
pin
pu
nch
es
do
wn
war
d b
reak
ing
off
th
e t
ang
.
Pn
eu
ma
tic
Ta
ng
Bre
ak
To
ol
The
pn
eu
mat
ic t
ang
bre
ak t
oo
l is
de
sig
ne
d f
or
hig
h
volu
me
ap
plic
atio
ns
wh
ere
rap
id,e
ffo
rtle
ss t
ang
rem
ova
l is
req
uir
ed
on
inse
rt s
ize
s u
p t
o 3
/4"
or
M2
0.
This
to
ol w
ork
s o
n t
he
sam
e b
asis
as
the
sp
rin
g lo
ade
d
too
l,e
xce
pt
the
pin
pu
nch
es
do
wn
war
d w
he
n a
n a
ir
cylin
de
r is
act
uat
ed
by
the
val
ve.
2-5
6,
M2,
M2.2
59060
50061
59061
59062
3-4
8,
3-5
6,
M2.5
59070
50069
59071
59072
4-4
0,
4-4
859080
50077
59081
59082
5-4
0,
M3
59090
50089
59091
59092
6-3
2,
6-4
0,
M3.5
59100
50095
59101
59102
8-3
2,
8-3
6,
M4
59130
50125
59121
59132
10-2
4,
12-2
459140
50140
59141
59142
10-3
2,
M5
59160
50156
59141
59142
1/4
-20,
1/4
-28,M
659190
50188
59181
59192
5/1
6-1
859220
50219
59241
59252
5/1
6-2
4,
M8
59250
50250
59291
59252
3/8
-16,
M10-1
.559280
50281
59291
59252
3/8
-24,
M10-1
.25
59310
50313
59291
59252
7/1
6-1
4, 7/1
6-2
0, M
11-1
.25
59340
50344
1/2
-12, 1/2
-13, M
12-1
.75
59380
50375
59332
M14-1
.550438
59462
M16-1
.5,
250500
M18-1
.5,
2,
2.5
50591
INS
ER
T P
AR
TM
AN
UA
L
TA
NG
BR
EA
KC
OM
BIN
ED
IN
STA
LL
AT
ION
SP
RIN
G (
AT
BO
)P
NE
UM
AT
ICTA
NG
BR
EA
KT
YP
ET
YP
E
Re
fere
nce
Ta
ble
fo
r T
an
g B
rea
kin
g T
oo
l
Ex
tra
ctio
n T
oo
lSh
ou
ld in
sert
s n
ee
d t
o b
e r
em
ove
d,t
he
use
of
the
Re
coil
ext
ract
ion
to
ol i
s re
com
me
nd
ed
.Ext
ract
ion
too
ls a
re s
imp
le a
nd
eas
y to
use
.As
corr
ect
po
siti
on
ing
will
mak
e t
he
ext
ract
ion
eas
ier,
the
to
ol s
ho
uld
be
turn
ed
90
°fr
om
th
e s
tart
of
the
co
il al
low
ing
eas
y
win
din
g o
ut
of
the
inse
rt.I
f th
e e
xtra
ctio
n t
oo
l is
no
t
gri
pp
ing
th
e in
sert
,th
e e
dg
es
can
be
re
shar
pe
ne
d.
Size
of e
xtra
ctio
n t
oo
l an
d r
elat
ed s
ize
inse
rts
Siz
eIn
ch
Me
tric
Pa
rt
No
.
No.2
4-4
0 -
3/8
M3 -
M10
50002
No.3
6-3
2 -
1M
4 -
M24
50003
No.4
1 1
/8 -
1/2
M27 -
M39
50004
No.5
1 1
/2 -
2 1
/2M
8 -
M65
50005
90
˚
Should
the
extr
acti
ng t
ool
not
gri
p t
he
insert
,fi
le a
sm
all n
otc
h i
nth
e i
nsert
for
the
tool
to b
ite i
nto
.
Po
we
r To
ols
36
The
Rec
oil
ran
ge
of
po
wer
to
olin
g e
nsu
res
con
sist
ent
hig
h v
olu
me
th
read
inse
rt in
stal
lati
on
fo
r a
vari
ety
of
app
licat
ion
s.
Re
coil
po
we
red
inst
alla
tio
n t
oo
ls m
ay b
e s
up
plie
d
for
use
wit
h e
ith
er
a co
mp
ress
ed
air
su
pp
ly o
r vi
a a
stab
ilize
d lo
w v
olt
age
po
wer
su
pp
ly t
o s
uit
yo
ur
par
ticu
lar
req
uir
em
en
ts.B
oth
eq
uip
me
nt
typ
es
off
er
sig
nif
ican
t
pro
du
ctiv
ity
gai
ns
for
hig
h v
olu
me
inse
rt u
se.
Pn
eu
ma
tic
Po
we
r To
oli
ng
■
Wid
e t
hre
ad s
ize
ran
ge
#2
-56
th
rou
gh
3/4
",o
r
M2
.5 t
hro
ug
h M
16
,co
arse
an
d f
ine
■R
ug
ge
d a
nd
ve
rsat
ile a
ir m
oto
r
■M
ay b
e u
sed
wit
h c
apti
ve s
trip
fe
ed
or
bu
lk
inse
rt in
sert
ion
■St
and
ard
sp
ee
d 1
50
0 r
pm
■A
uto
re
vers
e o
n r
ele
ase
of
trig
ge
r
The
co
mp
lete
pn
eu
mat
ic in
sert
inst
alla
tio
n t
oo
l
com
pri
ses
thre
e c
om
po
ne
nts
:
■A
ir m
oto
r w
ith
sin
gle
leve
r co
ntr
ol t
o in
stal
l
and
re
trac
t
■A
dap
tor
- co
nn
ect
th
e m
oto
r to
th
e in
sert
dri
ve
no
zzle
- s
mal
l an
d la
rge
typ
es
■Fr
on
t en
d a
ssem
bly
no
zzle
to
su
it t
he
par
ticu
lar
inse
rt t
hre
ad s
ize
Ele
ctri
c P
ow
er
Too
lin
g■
Siz
era
ng
e #2
-56
th
rou
gh
1/4
",M
2.5
th
rou
gh
M8
■ A
uto
re
vers
e o
n in
stal
lati
on
■ C
lean
,lig
htw
eig
ht,
qu
iet
■ S
uit
able
fo
r b
ulk
inse
rt o
nly
Re
coil
off
ers
tw
o d
iffe
ren
t ty
pe
s o
f ai
r m
oto
rs,t
he
56
01
0 s
eri
es
and
th
e N
R-H
L se
rie
s.Fo
r fu
rth
er
de
tails
ple
ase
co
nta
ct y
ou
r R
eco
il d
istr
ibu
tor.
FO
R I
NS
ER
T S
IZE
Inc
h#2
#4#5
#6#8
#10
1/4"
5/16
"3/
8"7/
16"
1/2"
Me
tric
M2
- 2.
5M
2.5
M3
M3.
5M
4, M
5M
6, M
7M
8M
10-
M12
RE
CO
MM
EN
DE
D P
RE
SS
UR
E
psi
2520
-30
25-3
040
4550
-60
6070
70-8
090
ba
r1.
701.
3-2.
01.
7-2.
02.
723.
063.
4-4.
04.
04.
764.
7-5.
46.
0
MP
a0.
172
0.13
8-0.
206
0.17
2-0.
206
0.27
50.
310
.344
-0.4
130.
413
0.48
20.
482-
0.55
10.
620
PR
ES
SU
RE
RE
CO
MM
EN
DA
TIO
NS
Co
mp
ress
ed
Air
Su
pp
ly f
or
Pn
eu
ma
tic
Inst
all
ati
on
To
ols
If d
iffic
ult
y is
en
cou
nte
red
wit
hin
th
e ab
ove
set
tin
gs,
red
uce
th
e p
ress
ure
un
til t
he
op
tim
um
set
tin
g is
fou
nd
.It
is
imp
era
tive
th
at a
re
gu
late
d m
ois
ture
-fre
e a
nd
filt
ere
d a
ir s
up
ply
is u
sed
wit
h a
ll R
eco
il p
ne
um
atic
to
olin
g.
Re
liab
ility
will
be
aff
ect
ed
if a
n a
de
qu
ate
an
d r
eg
ula
ted
air
su
pp
ly is
no
t u
sed
wit
h t
he
se t
oo
ls.G
uid
elin
es fo
r
typ
ical
Rec
oil
inse
rt t
oo
l pre
ssu
re r
equ
irem
ents
are
sh
ow
n a
bo
ve.
Po
we
r To
ols
37
UN
CP
AR
T N
o.
PA
RT
No
.P
AR
T N
o.
PA
RT
No
.
2-5
653520
53529
53528
NR
-HL
1409
4-4
0M
8551-0
4-1
5M
8553
M8557-0
4-1
5N
R-H
L1409
5-4
0M
8551-0
5-1
553559
53558
NR
-HL
1409
6-3
2M
8551-0
6-1
5M
8553-0
6M
8557-0
6-1
5N
R-H
L1409
8-3
2M
8551-2
-15
M8553-2
M8557-2
-15
NR
-HL
1409
10-2
4M
8551-3
-15
M8553-3
M8557-3
-15
NR
-HL
1409
1/4
-20
M8551-4
-15
M8553-4
M8557-4
-15
NR
-HL
1409
5/1
6-1
8M
8251-5
-15
M8253-5
M8257-5
-15
NR
-HL
1410
3/8
-16
M8251-6
-15
M8253-6
M8257-6
-15
NR
-HL
1410
7/1
6-1
4
M8251-7
-15
53079
53087
NR
-HL
1410
1/2
-13
M8251-8
-15
M8253-8
M8257-8
-15
NR
-HL
1410
5/8
-11
53100
----
NR
-HL
1410
3/4
-10
53120
----
NR
-HL
1410
UN
F
6-4
054560
54569
54568
NR
-HL
1409
10-3
2M
8552-3
-15
M8554-3
M8558-3
-15
NR
-HL
1409
1/4
-28
M8552-4
-15
54049
54048
NR
-HL
1409
5/1
6-2
4M
8252-5
-15
54059
54058
NR
-HL
1410
3/8
-24
54060
54069
54068
NR
-HL
1410
7/1
6-2
0M
8252-7
-15
M8254-7
M8258-7
-15
NR
-HL
1410
1/2
-20
M8252-8
-15
M8254-8
M8258-8
-15
NR
-HL
1410
5/8
-18
M8252-9
M8254-9
M8258-9
NR
-HL
1410
3/4
-16
54120
----
NR
-HL
1410
ME
TR
IC C
OA
RS
E
2.2
x .
45
55010
55019
55018
NR
-HL
1409
2.5
x .
45
55250
55259
55258
NR
-HL
1409
3 x
.5
M8751-3
-15
M8757-3
M8769-3
-15
NR
-HL
1409
3.5
x .
6M
8751-3
.5-1
555359
55358
NR
-HL
1409
4 x
.7
M8751-4
-15
M8757-4
M8769-4
-15
NR
-HL
1409
5 x
.8
M8751-5
-15
M8757-5
M8769-5
-15
NR
-HL
1409
6 x
1M
8751-6
-15
M8757-6
M8769-6
-15
NR
-HL
1409
7 x
155070
55079
55078
NR
-HL
1410
8 x
1.2
5M
8751-8
-15
M8757-8
M8769-8
-15
NR
-HL
1410
10 x
1.5
M8751-1
0-1
5M
8757-1
0M
8769-1
0-1
5N
R-H
L1410
12 x
1.7
5M
8751-1
2-1
5M
8757-1
2M
8769-1
2-1
5N
R-H
L1410
16 x
255160
M8757-1
6M
8769-1
6N
R-H
L1410
ME
TR
IC F
INE
8 x
157080
57089
57088
NR
-HL
1410
10 x
158100
58109
58108
NR
-HL
1410
10 x
1.2
557100
57109
57108
NR
-HL
1410
12 x
1.2
558120
58129
58128
NR
-HL
1410
12 x
1.5
57120
57129
57128
NR
-HL
1410
14 x
1.5
M8753-1
4M
8774-1
4M
8773-1
4N
R-H
L1410
TH
RE
AD
SIZ
EF
RO
NT-E
ND
MA
ND
RE
LN
OZ
ZL
EN
R A
IR M
OT
OR
AS
SE
MB
LY
& A
DA
PT
OR
Re
coil
In
sert
s-P
ne
um
ati
c In
sta
lla
tio
n T
oo
lin
g
The
follo
win
g t
able
den
ote
s th
e p
art
nu
mb
ers
of a
ll p
neu
mat
ic in
stal
lati
on
to
olin
g fo
r th
e m
ost
po
pu
lar
thre
ad s
ize
ran
ges
.
Str
ip-F
ee
d In
sert
s fo
r P
ow
er
Too
ls
38
Toco
mp
lete
th
e R
eco
il p
ow
er
inst
alla
tio
n t
oo
ls,
Re
coil
has
inse
rts
avai
lab
le o
n s
trip
(M
2.5
-M1
2,#
2-5
/16
)
to o
pti
miz
e p
rod
uct
ion
wit
h in
cre
ase
d in
stal
lati
on
cycl
es
and
re
du
ced
op
era
tor
fati
gu
e.
Re
coil
stri
p f
ee
d in
sert
s p
rovi
de
man
y ad
van
tag
es
such
as:
■M
inim
ize
d h
and
ling
co
sts
■Fa
ste
r,m
ore
eco
no
mic
al a
sse
mb
ly
■P
osi
tive
inve
nto
ry c
on
tro
l
Wh
en
use
d in
co
mb
inat
ion
wit
h R
eco
il p
ne
um
atic
inst
alla
tio
n t
oo
ling
,eac
h in
sert
is r
etai
ned
in a
pla
stic
str
ip
wh
ich
is p
asse
d t
hro
ug
h a
slo
t in
th
e fr
on
t en
d a
ssem
bly
no
zzle
,in
de
xin
g t
he
inse
rt t
o t
he
inst
alla
tio
n m
and
rel.
Rec
oil
Stri
p-F
eed
inse
rts
are
avai
lab
le in
mo
st c
om
-
mo
nth
read
dia
met
ers
and
len
gth
s in
ad
dit
ion
to
th
e
vari
ou
ssu
rfac
e f
inis
he
s w
hic
h a
re a
vaila
ble
on
sta
n-
dar
d R
eco
il b
ulk
inse
rts.
The
tab
le s
ho
ws
som
e co
mm
on
ly s
up
plie
d R
eco
il
Stri
p-F
eed
inse
rts
and
def
ines
th
e ty
pic
al q
uan
tity
of
inse
rts
sup
plie
d p
er
ree
l fo
r e
ach
giv
en
th
read
siz
e.
Ad
dit
ion
al in
sert
dia
me
ters
an
d le
ng
ths
may
be
avai
lab
le t
o s
pe
cial
ord
er.
3542S
F,
3543S
F,
3544S
F4-4
01-2
D1000
Sm
all
3562S
F6-3
21D
1000
Sm
all
3563S
F,
3564S
F6-3
21.5
-2D
1000
Larg
e
3582S
F,
3583S
F,
3584S
F8-3
21-2
D1000
Larg
e
3602S
F10-2
41D
1000
Larg
e
3603S
F,
3604S
F10-2
41.5
-2D
500
Larg
e
3622S
F,
3623S
F
12-2
41-1
.5D
500
Larg
e
3042S
F,
3043S
F,
3044S
F1/4
-20
1-1
.5D
500
Larg
e
3052S
F,
3053S
F,
3054S
F5/1
6-1
81-2
D250
Larg
e
3063S
F3/8
-16
1.5
D250
Larg
e
4562S
F6-4
01D
1000
Sm
all
4563S
F,
4564S
F6-4
01.5
D-2
D1000
Larg
e
4602S
F10-3
21D
1000
Larg
e
4603S
F,
4604S
F10-3
21.5
-2D
500
Larg
e
4042S
F,
4043S
F,
4044S
F1/4
-28
1-2
D500
Larg
e
4052S
F,
4053S
F,
4054S
F5/1
6-2
41-2
D250
Larg
e
5252S
F,
5253S
F,
5254S
FM
2.5
1D
1000
Sm
all
5033S
F,
5034S
FM
31.5
D1000
Sm
all
5353S
F,
5354S
FM
3.5
1.5
-2D
1000
Sm
all
5043S
F,
5044S
FM
41.5
-2D
1000
Larg
e
5042S
FM
41D
1000
Sm
all
5052S
FM
51D
1000
Larg
e
5053S
F,
5054S
FM
51.5
-2D
500
Larg
e
5062S
F,
5063S
F,
5064S
FM
61-2
D500
Larg
e
5082S
F,
5083S
F,
5084S
FM
8-1
.25
1.5
-2D
500
Larg
e
5122S
F,
5123S
F,
5124S
FM
12-1
.75
1-2
D125
Larg
e
INS
ER
TIN
SE
RT
NU
MB
ER
PE
RR
EE
LIN
SE
RT
PA
RT
NU
MB
ER
SS
IZE
LE
NG
TH
RE
EL
TY
PE
Re
fere
nce
Ta
ble
fo
r R
eco
il S
trip
-Fe
ed
In
sert
s
Note
:S
trip
feed i
nsert
s a
re a
lso a
vailable
wit
h d
iffe
rent
finis
hes a
nd c
oati
ngs.
Super
reels
are
als
o a
vailable
incre
asin
gth
e n
um
ber
of
insert
s a
vailable
per
reel.
Note
:P
refi
xes o
f 0 a
re r
equir
ed f
or
free r
unnin
g i
nsert
s a
nd a
pre
fix o
f 1 f
or
lockin
g i
nsert
s.
Ava
ilab
le in
a w
ide
ran
ge
of
size
s,th
e R
eco
il P
ro S
eri
es™
thre
ad r
ep
air
kit
con
tain
s e
very
thin
g n
ee
de
d f
or
com
ple
te
thre
ad r
ep
air
pro
ject
s:d
rill
bit
,tap
,in
stal
lati
on
to
ol,
and
th
ree
len
gth
s o
f in
sert
s.Th
e in
stal
lati
on
to
ol i
s e
asy
to u
se,a
nd
th
e
kit’s
co
nte
nts
co
me
ne
atly
arr
ang
ed
an
d r
eta
ine
d in
a s
lee
k,
du
rab
le c
ase.
Pro
Se
rie
sTM
Kit
Co
nte
nts
39
Un
ifie
d C
oa
rse
(U
NC
)
#4-4
033546
12
12
12
#5-4
033556
12
12
12
#6-3
233566
12
12
12
#8-3
233586
12
12
12
#10-2
433606
12
12
12
#12-2
433626
12
12
12
1/4
-20
33046
12
12
12
5/1
6-1
833056
12
12
12
3/8
-16
33066
66
6
7/1
6-1
433076
66
6
1/2
-13
33086
66
6
9/1
6-1
233096
-6
-
5/8
-11
33106
-6
-
3/4
-10
33126
-4
-
7/8
-933146
-6
-
1 -
833166
-6
-
1 1
/8-7
33186
-5
-
1 1
/4-7
33206
-4
-
1 3
/8-6
33226
-4
-
1 1
/2-6
33246
-4
-
SIZ
E/T
PI
PA
RT
NU
MB
ER
1x
Dia
. p
c/k
it1
.5x
Dia
. p
c/k
it2
x D
ia.
pc
/kit
Inse
rt L
en
gth
Me
tric
Co
ars
e
M3-.
535036
12
12
12
M3.5
-.6
35356
12
12
12
M4-.
735046
66
6
M5-.
835056
66
6
M6-1
35066
66
6
M7-1
35076
66
6
M8-1
.25
35086
66
6
M9-1
.25
35096
-12
-
M10-1
.535106
66
6
M11-1
.535116
-6
-
M12-1
.75
35126
66
6
M14-2
35146
-6
-
M16-2
35166
-6
-
M18-2
.535186
-6
-
M20-2
.535206
-4
-
SIZ
E/T
PI
PA
RT
NU
MB
ER
1x
Dia
. p
c/k
it1
.5x
Dia
. p
c/k
it2
x D
ia.
pc
/kit
Inse
rt L
en
gth
Un
ifie
d F
ine
(U
NF
)
#6-4
034566
12
12
12
#8-3
634586
12
12
12
#10-3
234606
12
12
12
1/4
-28
34046
12
12
12
5/1
6-2
434056
12
12
12
3/8
-24
34066
66
6
7/1
6-2
034076
66
6
1/2
-20
34086
66
6
9/1
6-1
834096
-6
-
5/8
-18
34106
-6
-
3/4
-16
34126
-4
-
7/8
-14
34146
-6
-
1 -
12
34166
-6
-
1 -
14
34166-1
4-
6-
1 1
/8-1
234186
-5
-
1 1
/4-1
234206
-4
-
1 3
/8-1
234226
-4
-
1 1
/2-1
234246
-4
-
SIZ
E/T
PI
PA
RT
NU
MB
ER
1x
Dia
. p
c/k
it1
.5x
Dia
. p
c/k
it2
x D
ia.
pc
/kit
Inse
rt L
en
gth
Me
tric
Fin
e
M8-1
37086
66
6
M10-1
38106
66
6
M10-1
.25
37106
66
6
M12-1
.25
38126
66
6
M12-1
.537126
66
6
M14-1
.537146
-6
-
M16-1
.537166
-6
-
M18-1
.538186
-6
-
SIZ
E/T
PI
PA
RT
NU
MB
ER
1x
Dia
. p
c/k
it1
.5x
Dia
. p
c/k
it2
x D
ia.
pc
/kit
Inse
rt L
en
gth
Th
rea
d R
ep
air
Kit
s
40
Re
coil’
s in
no
vati
ve a
nd
co
st-e
ffe
ctiv
e t
hre
ad r
ep
air
kits
are
uti
lize
d w
orl
dw
ide
in in
du
stri
al a
nd
au
tom
oti
ve
mai
nte
nan
ce s
itu
atio
ns.
Each
kit
co
nta
ins:
■Q
ual
ity
hig
h s
pe
ed
ste
el (
HSS
) g
rou
nd
th
read
inte
rme
dia
te (
plu
g o
r 2
nd
) ta
p
■Q
uan
tity
of
inse
rts
■In
stal
lati
on
/ t
ang
bre
ak t
oo
l
■Ea
sy t
o f
ollo
w in
stru
ctio
ns
■St
urd
y re
usa
ble
co
nta
ine
r
■R
eco
mm
en
de
d d
rill
size
on
th
e la
be
l
Spar
k p
lug
kit
s h
ave
pilo
t n
ose
tap
s fo
r ac
cura
te s
elf
alig
nm
en
t e
limin
atin
g t
he
ne
ed
fo
r d
rilli
ng
.
The
tab
le b
elo
w d
en
ote
s th
e R
eco
il In
sert
Kit
par
t
nu
mb
ers
fo
r e
ach
ava
ilab
le t
hre
ad s
ize
to
ge
the
r w
ith
det
ails
of i
nse
rt q
uan
titi
es in
clu
ded
wit
h e
ach
th
read
rep
air
kit.
Ran
ge
kits
incl
ud
e a
nu
mb
er o
f po
pu
lar
size
s in
met
ric,
inch
or
a co
mb
inat
ion
su
ite
d t
o p
arti
cula
r in
du
stri
es.
M2
x 0.
435
020
10
M2.
2 x
.45
3501
010
M2.
5 x
.45
3525
010
M3
x 0.
535
030
10
M3.
5 x
0.6
3535
010
M4
x 0.
735
040
10
M5
x 0.
835
050
10
M6
x 1.
035
060
10
M7
x 1.
035
070
10
M8
x 1.
2535
080
10M
8 x
137
080
10
M9
x 1.
2535
090
10M
9 x
137
090
10
M10
x 1
.535
100
10M
10 x
1.2
537
100
10M
10 x
1.0
3810
110
M10
x 1
.038
100
10
M11
x 1
.535
110
5M
11 x
1.2
537
110
5M
11 x
1.0
3811
05
M12
x 1
.75
3512
05
M12
x 1
.537
120
5M
12 x
1.2
538
121
5M
12 x
1.2
538
120
10
M13
x 1
.75
3513
05
M13
x 1
.537
130
5M
13 x
1.2
538
130
5
M14
x 2
.035
140
5M
14 x
1.5
3714
05
M14
x 1
.25
3814
15
M14
x 1
.25
3814
010
M15
x 2
.035
150
5M
15 x
1.5
3715
05
M16
x 2
.035
160
5M
16 x
1.5
3716
05
M18
x 2
.535
180
5M
18 x
2.0
3718
05
M18
x 1
.538
181
5M
18 x
1.5
3818
05
M20
x 2
.535
200
5M
20 x
2.0
3720
05
M20
x 1
.538
200
5
M22
x 2
.535
220
5M
22 x
2.0
3722
05
M22
x 1
.538
220
5
M24
x 3
.035
240
5M
24 x
2.0
3724
05
M24
x 1
.538
240
5
M27
x 3
.035
270
5M
27 x
2.0
3727
05
M27
x 1
.538
270
5
M30
x 3
.535
300
5M
30 x
2.0
3730
05
M30
x 1
.538
300
5
M30
x 3
.035
300-
35
M36
x 4
.035
360
4M
36 x
3.0
3736
04
M36
x 1
.538
360
4
M39
x 4
.035
390
5M
39 x
3.0
3739
05
M39
x 2
.038
390
5
M42
x 4
.535
420
5M
42 x
3.0
3742
04
M42
x 4
.035
420-
44
ME
TR
ICPA
RT
INS
ER
TS
ME
TR
ICPA
RT
INS
ER
TS
ME
TR
ICPA
RT
INS
ER
TS
SPA
RK
PA
RT
INS
ER
TS
CO
AR
SE
NO
PE
RM
ED
IUM
NO
PE
RE
XT
RA
NO
PE
RP
LU
GN
OP
ER
TH
RE
AD
KIT
TH
RE
AD
KIT
FIN
EK
ITT
HR
EA
DK
IT
Recoil K
its a
re a
vailable
in b
oth
sin
gle
siz
e a
nd R
ange-K
it v
ers
ions.
Th
rea
d R
ep
air
Kit
s
41
#2-5
633520
10
#3-5
634530
10
3/1
6-3
230030
10
#3-4
833530
10
#4-4
834540
10
1/4
-26
30040
10
#4-4
033540
10
#6-4
034560
10
5/1
6-2
230050
10
#5-4
033550
10
#8-3
634580
10
3/8
-20
30060
10
#6-3
233560
10
#10-3
234600
10
7/1
6-1
830070
5
#8-3
233580
10
#12-2
834620
10
1/2
-16
30080
5
#10-2
433600
10
1/4
-28
34040
10
9/1
6-1
630090
5
#12-2
433620
10
5/1
6-2
434050
10
5/8
-14
30100
5
1/4
-20
33040
10
3/8
-24
34060
10
3/4
-12
30120
5
5/1
6-1
833050
10
7/1
6-2
034070
57/8
-11
30140
5
3/8
-16
33060
10
1/2
-20
34080
51-1
030160
5
7/1
6-1
433070
59/1
6-1
834090
51 1
/4-9
30200
5
1/2
-13
33080
55/8
-18
34100
5
9/1
6-1
233090
53/4
-16
34120
5
5/8
-11
33100
57/8
-14
34140
51/8
-40
32020
10
11/1
6-1
133110
51
- 1
234160
53/1
6-2
432030
10
3/4
-10
33120
51
- 1
434160-1
45
1/4
-20
32040
10
7/8
-933140
51 1
/8-1
234180
55/1
6-1
832050
10
1
- 8
33160
51 1
/4-1
234200
53/8
-16
32060
10
1 1
/8-7
33180
51 3
/8-1
234220
57/1
6-1
432070
5
1 1
/4-7
33200
51 1
/2-1
234240
41/2
-12
32080
5
1 3
/8-6
33220
59/1
6-1
232090
5
1 1
/2-6
33240
45/8
-11
32100
5
1/4
-26
30040
10
3/4
-10
32120
5
5/1
6-2
636500
10
7/8
-932140
5
1/8
-27
36020
10
3/8
-26
36600
10
1-8
32160
5
1/4
-18
36040
10
7/1
6-2
636700
51 1
/8-7
32180
5
3/8
-18
36060
10
1/2
-26
36800
51 1
/4-7
32200
5
1/2
-14
36080
51 3
/8-6
32220
5
3/4
-14
36120
51 1
/2-6
32240
5
UN
CU
NF
BS
FT
HR
EA
D S
IZE
PA
RT
PC
S/
TH
RE
AD
SIZ
EPA
RT
PC
S/
TH
RE
AD
SIZ
EPA
RT
PC
S/
NO
.K
ITN
O.
KIT
NO
.K
IT
NP
TT
HR
EA
D S
IZE
PA
RT
PC
S/
NO
.K
IT
BS
WT
HR
EA
D S
IZE
PA
RT
PC
S/
NO
.K
IT
BS
C O
RB
RA
SS
PA
RT
PC
S/
NO
.K
IT
Th
rea
d R
ep
air
Kit
s
42
1/8
-28
31020
10
1 1
/8-8
36180
5
1/4
-19
31040
10
1 1
/4-8
36200
5
3/8
-19
31060
51 3
/8-8
36220
50 B
A30500
10
1/2
-14
31080
51 1
/2-8
36240
42 B
A30520
10
5/8
-14
31100
51 5
/8-8
36260
44 B
A30540
10
3/4
-14
31120
51 3
/4-8
36280
46 B
A30560
10
1
- 1
131160
51 7
/8-8
36300
4
2 -
836320
4
UN
EF
1/4
-32
3404
0-32
1033004
UN
C -
1/4
-20,
5/
16-1
8,
3/8-
16,
7/16
-14,
1/
2-13
HA
RL
EY
34004
UN
F -
1/4
-28,
5/
16-2
4,
3/8-
24,
7/16
-20,
1/
2-20
1/4
-24
3404
0-24
1032004
BS
W -
1/4
-20,
5/
16-1
8,
3/8-
16,
7/16
-14,
1/
2-12
7/16
-16
3407
0-16
1035004
ME
TR
IC -
ISO
-
M5x
.8,
M6x
1,
M8x
1.25
, M
10x1
.5,
M12
x1.7
5
CA
RB
UR
ET
OR
35005
ME
TR
IC -
ISO
-
M6x
1,
M8x
1.25
, M
10x1
.5,
M12
x1.7
5,
M16
x2
7/8
-20
3414
0-20
538006
M/C
(M
/cyc
le)
-
M6x
1,
M8x
1.25
, M
10x1
, M
10x1
.25,
M12
x1.2
5,
M14
x1.2
5
1
- 2
034
160-
205
38007
O.P
.E. (
Out
door
Pow
er E
quip
’t) -
M5x
.8,
M6x
1, M
8x1.
25,
M14
x1.2
5, 1
/4-2
0, 5
/16-
18
CU
MM
INS
38008
VW
-
M6x
1,
M7x
1,
M8x
1.25
M
10x1
.5,
M12
x1.5
, M
14x1
.25
11/1
6-1
634
110-
165
30004
BS
F
- 1
/4-2
6,
5/16
-22,
3/
8-20
, 7/
16-1
8,
1/2-
16
33005
M6x
1,
M8x
1.25
, M
10x1
.5,
M12
x1.7
5,
M14
x1.2
5
Spe
cial
s ca
n be
pro
vide
d to
sui
t you
r pa
rtic
ular
req
uire
men
ts
BS
P8
TP
I U
NB
AT
HR
EA
D S
IZE
PA
RT
PC
S/
TH
RE
AD
SIZ
EPA
RT
PC
S/
TH
RE
AD
SIZ
EPA
RT
PC
S/
NO
.K
ITN
O.
KIT
NO
.K
IT
SP
EC
IAL
TH
RE
AD
SIZ
EPA
RT
PC
S/
NO
.K
ITR
AN
GE
KIT
SPA
RT
NO
.S
IZE
S I
NC
LU
DE
De
sig
n C
on
sid
era
tio
ns
43
The
follo
win
g d
esig
n c
on
sid
erat
ion
s sh
ou
ld b
e ev
alu
-
ated
to
max
imiz
e th
e se
curi
ty a
nd
saf
ety
of t
he
fast
enin
g
asse
mb
ly u
sin
g R
eco
il w
ire
inse
rts.
Bo
ss D
ime
nsi
on
s
Bo
ss t
hic
knes
s is
a fu
nct
ion
of s
ize
and
str
eng
th
req
uir
emen
ts a
nd
als
o d
esig
no
f co
mp
on
ents
.Fo
r o
pti
-
mu
m s
tren
gth
,th
e m
inim
um
wal
l th
ickn
ess
sho
uld
be
twic
e th
e m
axim
um
dia
met
er o
f th
e ST
I Rec
oil
Tap
.Fo
r
min
imu
m r
equ
irem
ents
,a w
all t
hic
knes
s o
f tw
ice
the
bo
lt
dia
met
er t
o c
ente
r lin
e m
ay b
e ad
equ
ate.
Ed
ge
Dim
en
sio
ns
The
min
imu
m e
dg
e d
ista
nce
rec
om
men
ded
is t
he
max
imu
m d
iam
eter
of t
he
STI t
ap m
easu
red
fro
m t
he
edg
e o
f th
e m
ater
ial t
o t
he
cen
ter-
line
of t
he
ho
le.
Min
imu
m M
ate
ria
l Th
ick
ne
ss
The
reco
mm
end
ed m
inim
um
mat
eria
l th
ickn
ess
for
thro
ug
h-h
ole
ap
plic
atio
ns
is e
qu
al t
o t
he
no
min
al le
ng
th
of t
he
inse
rt p
lus
on
e p
itch
.Th
is a
llow
s fo
r p
rop
er c
ou
n-
ters
inki
ng
an
d in
stal
lati
on
of t
he
inse
rt a
t 3/
4 to
1-1
/2
pit
ches
bel
ow
th
e su
rfac
e o
f th
e co
mp
on
ent.
In d
esig
n
crit
ical
ap
plic
atio
ns,
the
min
imu
m t
hic
knes
s m
ay b
e
red
uce
d b
y el
imin
atin
g t
he
cou
nte
rsin
k an
d in
stal
ling
th
e
inse
rt t
o 1
/4 t
o 1
/2 p
itch
bel
ow
th
e su
rfac
e.
Cla
ss o
f T
hre
ad
Fit
All
Rec
oil
inse
rts
are
pro
du
ced
to
exa
ctin
g t
ole
ran
ces
wh
ere
inst
alla
tio
n in
to t
he
tap
ped
ho
le w
ill c
on
form
exac
tly
to t
he
par
ent
mat
eria
l th
read
ch
arac
teri
stic
s.It
is
ther
efo
re im
po
rtan
t th
at t
he
tap
ped
ho
le t
ole
ran
ces
of
eith
er 2
B o
r 3B
(un
ified
th
read
s),o
r th
e ap
plic
able
4H
5H
and
5H
(met
ric
thre
ads)
co
mb
inat
ion
s m
ust
be
care
fully
con
tro
lled
by
pre
cise
tap
pin
g a
nd
gau
gin
g o
per
atio
ns.
Ga
ug
ing
Rec
oil
inse
rts,
wh
en in
stal
led
co
rrec
tly
in t
app
ed a
nd
gau
ged
ho
les,
will
co
nfo
rm w
ith
th
e ta
pp
ed h
ole
dim
en-
sio
ns
on
ce t
he
inse
rt h
as b
een
sea
ted
.Gau
gin
g o
f th
e
tap
ped
ho
le w
ith
th
e ap
pro
pri
ate
gau
ges
pri
or
to
inst
allin
g R
eco
il in
sert
s is
th
eref
ore
hig
hly
rec
om
men
ded
.
Bo
lt E
ng
ag
em
en
t
Max
imu
m s
tren
gth
of t
he
bo
lted
inse
rt a
ssem
bly
will
be
ach
ieve
d if
th
e b
olt
or
scre
w e
ng
ages
th
e fu
ll le
ng
th
of t
he
inse
rt.I
dea
lly,t
he
min
imu
m b
olt
pro
ject
ion
for
safe
eng
agem
ent
sho
uld
be
at le
ast
two
pit
ches
bey
on
d t
he
last
co
il o
f th
e in
sert
.
Tan
g R
em
ov
al
To a
chie
ve t
he
op
tim
um
bo
lt e
ng
agem
ent
and
hen
ce m
axim
um
str
eng
th,t
he
tan
g s
ho
uld
be
rem
ove
d
fro
m t
he
inse
rt.E
xcep
tio
ns
to t
his
rec
om
men
dat
ion
may
be
nec
essa
ry in
cer
tain
blin
d-h
ole
ap
plic
atio
ns
invo
lvin
g
ligh
t te
nsi
le b
olt
load
ing
.
Bo
ss
Th
ick
ne
ss
C
Dia
mete
r of
ST
I Tap
Dia
mete
r of
ST
I Tap
Ed
ge
Th
ick
ne
ss
Dia
mete
r of
ST
I Tap
C
44
Ass
em
bly
De
sig
n
De
sig
n M
eth
od
The
ult
imat
e co
nsi
der
atio
n is
to
des
ign
an
ass
emb
ly t
hat
bal
ance
s th
e te
nsi
le s
tren
gth
of t
he
bo
lt m
ater
ial a
gai
nst
the
shea
r st
ren
gth
of t
he
par
ent
mat
eria
l.W
ith
inse
rt le
ng
ths
avai
lab
le in
1,1
-1 /2,
2,2-
1 /2,
and
3 t
imes
th
e n
om
inal
th
read
dia
met
ers,
ther
e ar
e en
gag
emen
t le
ng
ths
avai
lab
le t
o p
rod
uce
an
ass
emb
ly t
hre
ad s
yste
m w
her
e th
e b
olt
will
fail
wit
h-
ou
t d
amag
e to
th
e p
aren
t m
ater
ial o
r th
read
.Th
e b
olt
mu
st b
e fu
lly e
ng
aged
alo
ng
th
e en
tire
len
gth
of t
he
inse
rt t
o
ob
tain
th
is p
osi
tio
n.
Sele
ctio
n o
f th
e co
rrec
t le
ng
th in
sert
can
be
det
erm
ined
fro
m T
able
1 r
efer
rin
g t
o v
alu
es fo
r b
olt
ult
imat
e st
ren
gth
s
and
par
ent
mat
eria
l sh
ear
stre
ng
ths.
For
inte
rmed
iate
str
eng
thva
lue,
use
th
e n
ext
hig
her
bo
lt t
ensi
le v
alu
e o
r th
e n
ext
low
er p
aren
t m
ater
ial s
hea
r st
ren
gth
.
Ass
emb
ly s
tren
gth
is a
fu
nct
ion
of
shea
r ar
ea a
nd
th
e sh
ear
stre
ng
th o
f th
e p
aren
t m
ater
ial,
ten
sile
str
eng
th a
nd
cro
ss s
ecti
on
al a
rea
of t
he
bo
lt.T
able
1 p
rovi
des
a r
eco
mm
end
atio
n o
f th
e n
om
inal
len
gth
of i
nse
rt w
hic
h s
ho
uld
be
sele
cted
for
a p
aren
t m
ater
ial o
f a
cert
ain
sh
ear
stre
ng
th,s
o t
hat
wh
en a
bo
lt is
use
d w
ith
def
ined
ten
sile
pro
per
ties
,
ten
sile
fai
lure
of
the
bo
lt s
ho
uld
occ
ur
bef
ore
th
e in
sert
is s
trip
ped
aw
ay f
rom
th
e m
ater
ial i
n w
hic
h it
was
inse
rted
.
SH
EA
R S
TR
EN
GT
H400 (
MP
a)
500 (
MP
a)
600 (
MP
a)
800 (
MP
a)
1000 (
MP
a)
1200 (
MP
a)
1400 (
MP
a)
PA
RE
NT
MA
TE
RIA
L58,0
00 (
psi
)72,0
00
(psi
)87,0
00 (
psi
)11
6,0
00 (
psi
)145,0
00 (
psi
)174,0
00 (
psi
)203,0
00 (
psi
)
70 t
o 9
9 M
Pa
(10.0
to 1
4.4
Ksi
)2.0
D2.5
D2.5
D-
--
-
100 t
o 1
49 M
Pa
(14.5
to 2
1.5
Ksi
)1.5
D1.5
D2.0
D3.0
D-
--
150 t
o 1
99 M
Pa
(21.7
to 2
8.9
Ksi
)1.0
D1.5
D1.5
D2.0
D2.5
D3.0
D-
200 t
o 2
49 M
Pa
(29.0
to 3
6.1
Ksi
)1.0
D1.0
D1.0
D1.5
D2.0
D2.0
D2.5
D
250 t
o 2
99 M
Pa
(36.2
to 4
3.3
Ksi
)1.0
D1.0
D1.0
D1.5
D1.5
D2.0
D2.0
D
300 t
o 3
49 M
Pa
(43.5
to 5
0.6
Ksi
)1.0
D1.0
D1.0
D1.0
D1.5
D1.5
D2.0
D
> 3
50 M
Pa
(50.7
Ksi
)1.0
D1.0
D1.0
D1.0
D1.0
D1.5
D1.5
D
Note
:In
sert
s a
re a
vailable
in d
iffe
rent
length
s w
hic
h a
re m
easure
d b
y t
he d
iam
ete
r of
the t
hre
ad.
For
exam
ple
the l
ength
of
a 3
D i
nsert
would
be t
hre
e t
imes t
he d
iam
ete
r.
Note
:Ta
ble
1 i
s f
or
guid
ance o
nly
. It
rem
ain
s t
he r
esponsib
ilit
y o
f th
e u
ser
to e
nsure
that
the i
nsert
nom
inal
length
chosen i
s s
uit
able
for
the p
art
icula
r applicati
on c
oncern
ed.
TE
NS
ILE
ST
RE
NG
TH
OF
BO
LT
SE
LE
CT
ED
(U
ltim
ate
Te
nsile
Str
en
gth
)
Ste
p O
ne
:
Se
lect
siz
e a
nd
str
en
gth
of
bo
lt t
o b
e u
sed
De
sig
n E
xa
mp
le (
Me
tric
) U
nit
s
Typ
eM
16 x
2.0
,SA
E G
rad
e 8
No
min
al D
iam
eter
16.0
mm
Pit
ch2.
0 m
m
Shea
r St
ren
gth
10
34 M
Pa (r
efer
tab
le 2
)
De
sig
n E
xa
mp
le (
Inch
) U
nit
s
Typ
e1/
2"-1
3 U
NC
,So
cket
Hea
d C
ap S
crew
No
min
al D
iam
eter
0.50
0"
TPI
13
Ten
sile
Str
eng
th18
1,00
0psi
(ref
er t
able
2)
De
sig
n M
eth
od
The
follo
win
g p
roce
du
re c
an b
e u
sed
to
ver
ify a
join
t
des
ign
inco
rpo
rati
ng
a w
ire
thre
ad in
sert
:
1.S
elec
t si
ze a
nd
str
eng
th o
f bo
lt t
o b
e u
sed
(ref
er t
o
tab
le 2
).
2.D
eter
min
e te
nsi
le fa
ilure
load
of t
he
sele
cted
bo
lt.
3.D
eter
min
e sh
ear
stre
ng
th o
f par
ent
mat
eria
l fo
r th
e
inst
alla
tio
n o
f th
e in
sert
(ref
er t
o t
able
3).
4.D
eter
min
e le
ng
th o
f in
sert
bas
ed o
n t
he
shea
r
stre
ng
th c
apab
ility
of p
aren
t m
ater
ial.
Note
:In
form
ati
on i
n r
efe
rrin
g t
o j
oin
t str
ength
is i
nte
nded a
s
a g
uid
e o
nly
. P
rofe
ssio
nal
engin
eeri
ng a
dvic
e m
ust
be s
ought
when e
xact
desig
n c
alc
ula
tions a
re r
equir
ed.
Ta
ble
1 (
So
urc
e B
S 7
75
2:P
art
1:1
99
4)
45
Ass
em
bly
De
sig
n
SA
E G
rade 1
1/4
" to
1"
413
SA
E G
rade 5
1/4
" to
1 1
/2"
827
SA
E G
rade 7
1/4
" to
1 1
/2"
917
SA
E G
rade 8
1/4
" to
1 1
/2"
1034
AS
TM
A354
BC
1/4
" to
2 1
/2"
862
BD
1/4
" to
2 1
/2"
1034
Sock
et
head s
crew
pro
duct
s1250
BO
LT
GR
AD
ETe
nsile
str
en
gth
MP
a(m
inim
um
)
Ste
p T
wo
:D
ete
rmin
e t
en
sile
fa
ilu
re lo
ad
of
sele
cte
d b
olt
Min
Th
read
Dia
met
er13
.797
mm
(han
db
oo
k)
Shea
r A
rea
149.
5mm
2(c
alcu
late
d)*
Ten
sile
Fai
lure
Lo
ad15
4.59
kN (c
alcu
late
d)#
*Are
a b
ase
d o
n m
inor
thre
ad d
iam
ete
r.
#P
are
nt
mate
rial
shear
stre
ngth
must
exceed t
his
.
Min
Th
read
Dia
met
er0.
407"
(han
db
oo
k)
Shea
r A
rea
0.13
0"2
(cal
cula
ted
)*
Ten
sile
Fai
lure
Lo
ad23
,550
Po
un
ds
Forc
e (lb
f)
(cal
cula
ted
)#
*Are
a b
ase
d o
n m
inor
thre
ad d
iam
ete
r.
#P
are
nt
mate
rial
shear
stre
ngth
must
exceed t
his
.
Ta
ble
2 S
tre
ng
th,B
olt
(M
etr
ic)
SA
E G
rade 1
1/4
" to
1"
60,0
00
SA
E G
rade 5
1/4
" to
1 1
/2"
120,0
00
SA
E G
rade 7
1/4
" to
1 1
/2"
133,0
00
SA
E G
rade 8
1/4
" to
1 1
/2"
150,0
00
AS
TM
A354
BC
1/4
" to
2 1
/2"
125,0
00
BD
1/4
" to
2 1
/2"
150,0
00
Sock
et
head s
crew
pro
duct
s181,0
00
BO
LT
GR
AD
ETe
nsile
str
en
gth
psi
(min
imu
m)
Ta
ble
2 S
tre
ng
th,B
olt
(In
ch)
46
Ass
em
bly
De
sig
n
SH
EE
T &
PL
AT
E
1200
062
2024
T62
283
5005
H34
97
5251
H34
138
5083
0172
5083
H321
179
7075
T6
331
AL
LO
YT
EM
PE
RS
HE
AR
ST
RE
NG
TH
MP
a (
typ
ica
l)
Tab
le 3
Sh
ea
rS
tre
ng
th,P
are
nt
Ma
teri
al(
Me
tric
)
EX
TR
US
ION
S (
incl
ud
ing
ma
chin
e r
od
)
1350
H11
255
2011
T3
221
2011
T6
234
2014
T6
290
6060
T5
117
6061
T6
207
CA
ST
ING
S (
Pro
pe
rtie
s re
fer
to t
est
ba
rs o
nly
)
CA
401 {
LM
6+
A413
#}
F1-S
and
125
Heat
Tre
atin
g A
lloy
AC
601 {
LM
25+
A356
#}
T6-S
and
125
AC
601 {
LM
25+
A356
#}
T5-S
and
180
AC
601 {
LM
25+
A356
#}
T6-P
erm
190
Shear
str
ength
of
sta
ndard
pare
nt
mate
rials
,(i
ndic
ati
on o
nly
refe
r supplier
for
specif
ic p
ropert
ies)
+N
eare
st
Bri
tish E
quiv
ale
nt
#N
eare
st
US
Equiv
ale
nt
Ste
p T
hre
e:
De
term
ine
sh
ea
r st
ren
gth
of
pa
ren
t m
ate
ria
l fo
r th
e in
sta
lla
tio
n o
f th
e in
sert
(re
fer
tab
le 3
)
Typ
e20
24 W
rou
gh
t A
lum
inu
m,
T62
tem
per
Shea
r St
ren
gth
283
MPa
(ref
er t
able
3)
Typ
e50
83 W
rou
gh
t A
lum
inu
m,
ann
eale
d C
on
dit
ion
Shea
r St
ren
gth
25,0
00 p
si (r
efer
tab
le 3
)
AL
LO
YT
EM
PE
RS
HE
AR
ST
RE
NG
TH
psi
(typ
ica
l)
Ta
ble
3 S
he
ar
Str
en
gth
,Pa
ren
t M
ate
ria
l (I
nch
)
SH
EE
T &
PL
AT
E
1200
09,0
00
2024
T62
41,0
00
5005
H34
14,0
00
5251
H34
20,0
00
5083
025,0
00
5083
H321
26,0
00
7075
T6
48,0
00
EX
TR
US
ION
S (
incl
ud
ing
ma
chin
e r
od
)
1350
H11
28,0
00
2011
T3
32,0
00
2011
T6
34,0
00
2014
T6
42,0
00
6060
T5
17,0
00
6061
T6
30,0
00
CA
ST
ING
S (
Pro
pe
rtie
s re
fer
to t
est
ba
rs o
nly
)
CA
401 {
LM
6+
A413
#}
F1-S
and
18,0
00
Heat
Tre
atin
g A
lloy
AC
601 {
LM
25+
A356
#}
T6-S
and
18,0
00
AC
601 {
LM
25+
A356
#}
T5-S
and
26,0
00
AC
601 {
LM
25+
A356
#}
T6-P
erm
27,0
00
47
Ass
em
bly
De
sig
n
L =
Te
nsile
Str
engt
h of
Bol
t
She
ar C
ircu
mfe
renc
e S
tren
gth
of H
ole
x A
rbitr
ary
Con
stan
t
L=
Requir
ed l
ength
of
fitt
ed i
nsert
Arb
itra
ry C
onst
ant
= 0
.5
(0.5
Based o
n s
heari
ng o
f th
e p
are
nt
mate
rial
occurr
ing
alo
ng t
he p
itch d
iam
ete
r of
the t
apped h
ole
)
L=
L=
20.1
mm
Ste
p F
ou
r,D
ete
rmin
e t
he
len
gth
of
inse
rt b
ase
d o
n s
he
ar
stre
ng
th o
f p
are
nt
ma
teri
al
No
min
al D
iam
eter
16
.0 m
m (s
elec
ted
bo
lt)
Pit
ch
2.0
mm
Pit
ch D
iam
eter
(min
)17
.299
mm
(ref
er t
aped
ho
le d
ata)
No
min
al D
iam
eter
0.
500"
(sel
ecte
d b
olt
)
TPI
13
Pit
ch D
iam
eter
(min
)0.
550"
(ref
er t
aped
ho
le d
ata)
L =
Te
nsile
Str
engt
h of
Bol
t
She
ar C
ircu
mfe
renc
e S
tren
gth
of H
ole
x A
rbitr
ary
Con
stan
t
1034
X (1
3.79
72X
π/4
)
283
X 1
7.29
9 π
X 0
.5
L=
Requir
ed l
ength
of
fitt
ed i
nsert
Arb
itra
ry C
onst
ant
= 0
.5
(0.5
Based o
n s
heari
ng o
f th
e p
are
nt
mate
rial
occurr
ing
alo
ng t
he p
itch d
iam
ete
r of
the t
apped h
ole
)
L=
L=
1.0
9"18
1,00
0 X
(0.4
072X
π/4
)
25,0
00 X
0.5
50 π
X 0
.5
Co
ncl
usi
on
:
For
this
ap
plic
atio
n a
16m
m d
iam
eter
bo
lt h
as b
een
sele
cted
.In
sert
en
gag
emen
t o
f 20.
1mm
was
cal
cula
ted
.
The
suit
able
dia
met
er o
f th
e in
sert
can
be
det
erm
ined
by
div
idin
g t
he
len
gth
of t
he
inse
rt b
y th
e d
iam
eter
of t
he
bo
lt. Fo
r ex
amp
le:
L/d
ia=
20.
1mm
/16m
m
= 1
.26
sele
ct n
ext
hig
hes
t si
ze
Ther
efo
re u
se a
1.5
D in
sert
Co
ncl
usi
on
:
For
this
ap
plic
atio
n a
1/2
" d
iam
ete
r b
olt
has
be
en
sele
cte
d.I
nse
rt e
ng
age
me
nt
of
1.0
9"
was
cal
cula
ted
.
The
su
itab
le d
iam
ete
r o
f th
e in
sert
can
be
de
term
ine
d
by
div
idin
g t
he
len
gth
of
the
inse
rt b
y th
e d
iam
ete
r o
f
the
bo
lt.
For
exam
ple
:
L/d
ia=
1.0
9"/0
.5"
= 2
.2 s
elec
t n
ext
hig
hes
t si
ze
Ther
efo
re u
se a
2.5
D in
sert
Ass
em
bly
De
sig
n
48
12
50
Mp
ab
olt
10
34
Mp
ab
olt
70
0 M
pa
bo
lt
Sh
ear
Str
en
gth
- P
are
nt
Mate
rial (M
pa)
20
10
01
80
26
03
40
20
0
16
0
12
0
80
40
.5D
inse
rt
1D in
sert
2D insert
1.5D in
sert
Jo
int
fail
ure
th
rou
gh
in
se
rt
1.5
D in
se
rt f
ailu
re.
Lo
ad
18
5 k
N
Min
imu
m b
olt f
ailu
re.
Lo
ad
15
5 k
N
1.0
D in
se
rt f
ailu
re.
Lo
ad
12
3 k
N
Jo
int
fail
ure
thro
ug
h b
olt
Se
lec
tin
g 2
D i
ns
ert
p
rov
ide
s e
xtr
aa
llo
wa
nc
efo
r s
afe
ty
Selected parent material 283 Mpa
Ten
sile
Str
en
gth
- B
olt
C
alc
ula
ted
Lo
ad
of
Assem
bly
(kN
)
Se
lec
ted
bo
lt
22
0,0
00
psi
bo
lt
18
0,0
00
psi
bo
lt
12
0,0
00
psi
bo
lt
60
,00
0p
si
bo
lt
Sh
ear
Str
en
gth
- P
are
nt
Mate
rial (p
si)
5
,00
01
5,0
00
25
,00
03
5,0
00
45
,00
0
50
,00
0
40
,00
0
30
,00
0
20
,00
0
10
,00
0
.5D
insert
1D
inse
rt
Se
lecte
d b
olt 1
81
psi
2D in
sert
1.5D
inse
rt
Jo
int
fail
ure
th
rou
gh
in
se
rt
3D
in
se
rt f
ailu
re.
Lo
ad
32
40
0lb
s
2.5
D in
se
rt f
ailu
re.
Lo
ad
27
00
0lb
s
Min
imu
m b
olt f
ailu
re.
Lo
ad
21
60
0lb
s
2.0
D in
se
rt f
ailu
re.
Lo
ad
21
60
0lb
s
2.5D
inse
rt
3D inse
rt
Jo
int
fail
ure
thro
ug
h b
olt
Se
lec
tin
g 3
D i
ns
ert
p
rov
ide
s e
xtr
aa
llo
wa
nc
efo
r s
afe
ty
Selected parent material 250,000psi
Ten
sile
Str
en
gth
- B
olt
C
alc
ula
ted
Lo
ad
of
Assem
bly
(p
ou
nd
s)
The
shad
ed a
rea
in t
he
gra
ph
ind
icat
es t
he
reg
ion
in
wh
ich
bo
lt fa
ilure
will
occ
ur.
The
shad
ed a
rea
in t
he
gra
ph
ind
icat
es t
he
reg
ion
in
wh
ich
bo
lt fa
ilure
will
occ
ur.
Note
:In
sert
s a
re a
vailable
in s
tandard
length
s w
hic
h a
re
mult
iple
s o
f th
e d
iam
ete
r. F
or
exam
ple
an i
nsert
wit
h a
length
of
1.5
D w
ill
measure
one a
nd a
half
tim
es a
s l
ong a
s t
he
dia
mete
r w
hen i
nsta
lled.
Note
:The e
xam
ple
above i
s a
n i
ndic
ati
on o
nly
. P
rofe
ssio
nal
engin
eeri
ng a
dvic
e m
ust
be s
ought
when e
xact
desig
n
calc
ula
tions a
re r
equir
ed.
1.5
D =
1 1
/2 tim
es length
of in
sert
Diameter
Th
rea
d Id
en
tifi
cati
on
49
.079
2.4
2.1
06.
0.2
361
6.2
.087
2.2
.45
No.
42
2.3
24.
7.1
85.8
4.9
.098
2.5
.45
No.
37
2.6
43.
6.1
42.6
63.
8
.118
3.5
1/8
3.2
62.
8.1
10.5
32.
9
.138
3.5
.6N
o. 2
73.
78
2.2
.860
.43
2.3
.157
4.7
11/6
44.
210
1.7
.670
.35
1.7
.197
5.8
13/6
45.
2
.236
61
1/4
6.3
.276
71
9/32
7.3
.315
81.
2521
/64
8.3
121
/64
8.3
.354
91.
259.
41
9.3
.394
101.
513
/32
10.4
1*1.
2513
/32
10.2
5
.433
111.
511
.51
1.25
11.2
5
.472
121.
7531
/64
12.5
1.25
1.5
31/6
412
.25
.512
1313
.51.
513
.25
.551
142
37/6
414
.51.
25*
1.5
9/16
14.2
5
.630
162
21/3
216
.51.
521
/32
16.5
.709
182.
547
/64
18.7
51.
5*2
23/3
218
.5
.787
202.
513
/16
20.7
51.
52
13/1
620
.5
.866
222.
522
.75
1.5
222
.5
.945
243
24.7
51.
52
24.5
*M10 X
1,
M12 X
1.2
5,
M14 X
1.2
5,
M18 X
1.5
- p
opula
r sp
ark
plu
g s
izes
size
s above
M24 a
vaila
ble
on r
equest
.
Th
rea
d I
de
nti
fica
tio
n a
nd
Dri
ll C
ha
rt
Me
tric
DIA
ME
TE
R I
NT
HR
EA
D
ISO
CO
AR
SE
ISO
FIN
E
BA
INC
HE
SS
IZE
DR
ILL
SIZ
ED
RIL
L S
IZE
DIA
ME
TE
R
MM
PIT
CH
IN
CH
M
MO
TH
ER
PIT
CH
INC
HM
MS
IZE
MM
INC
HP
ITC
HD
RIL
L
50
Th
rea
d Id
en
tifi
cati
on
.86
2.18
#256
643/
322.
3N
o. 3
72.
3
.990
2.51
#348
56N
o.36
2.7
2.7
.112
2.84
#440
48N
o.31
3.0
No.
313.
0
.125
3.17
#5 (1
/8)
4040
4428
27N
0.29
3.4
3.3
3/8
9.9
.138
3.50
#632
40N
0.25
3.7
N0.
263.
7
.164
4.16
#832
3611
/64
4.4
11/6
44.
4
.190
4.82
#10
(3/1
6)24
3213
/64
5.1
13/6
45.
1
.187
4.76
3/16
2432
13/6
45.
013
/64
5.0
.216
5.49
#12
(7/3
2)24
2415
/64
5.6
.250
6.35
1/4
2020
2826
1918
17/6
46.
717
/64
6.6
33/6
413
.5
.312
7.93
5/16
1818
2422
21/6
48.
321
/64
8.2
.375
9.52
3/8
1616
2420
1918
25/6
49.
925
/64
9.8
21/3
217
.0
.437
11.1
17/
1614
1420
1829
/64
11.5
29/6
411
.5
.500
12.7
01/
213
1220
1614
1417
/32
13.0
33/6
413
.013
/16
21.5
.562
14.2
89/
1612
1218
1619
/32
14.5
37/6
414
.5
.625
15.8
75/
811
1118
1421
/32
16.5
41/6
416
.25
.750
19.0
53/
410
1016
1214
1425
/32
19.7
549
/64
19.5
1 1 /64
27.0
.875
22.2
27/
89
914
1129
/32
23.0
57/6
422
.5
1.00
025
.40
1”8
812
(14)
1011
11 1
/21
1 /3226
.01
1 /6426
.01
9 /3233
.5
1.12
528
.57
11/8
”7
712
911
1 5 /32
29.5
1 5 /32
29.5
1.25
031
.75
11/4
”7
712
911
1 9 /32
33.0
1 9 /32
32.5
1.37
534
.92
13/8
”6
612
811
1 13/32
36.0
1 13/32
36.0
1.50
038
.10
11/2
”6
612
811
1 17/32
39.0
1 17/32
39.0
*Nom
inal d
iam
ete
rs f
or
BS
Pand N
PT
are
not
thre
ad d
iam
ete
rs b
ut
rela
te t
o t
he in
side d
iam
ete
r of
the p
ipe.
DIA
ME
TE
R
TH
RE
AD
S P
ER
IN
CH
DR
ILL
SIZ
E
INC
HE
SM
MT
HR
EA
D
UN
C
BS
WU
NF
BS
FB
SF
*N
PT
*U
NC
BS
WU
NF,
SA
E,
BS
FB
SP
NP
T
SIZ
E(S
AE
)IN
CH
MM
INC
HM
MIN
CH
MM
Th
rea
d I
de
nti
fica
tio
n a
nd
Dri
ll C
ha
rt
Inch
51
Th
rea
d Id
en
tifi
cati
on
Scr
ew
Pit
ch G
au
ge
It is
cri
tica
l th
at in
sert
s m
atch
th
e ta
pp
ed h
ole
exa
ctly
as s
om
e in
ch a
nd
met
ric
are
very
clo
se b
ut
on
ly o
ne
is
exac
tly
rig
ht.
A s
crew
pit
ch g
aug
e is
th
e p
erfe
ct t
oo
l to
iden
tify
exa
ct T
PI o
r p
itch
.Th
e b
olt
dia
met
er s
ho
uld
be
mea
sure
d a
nd
mat
ched
to
th
e cl
ose
st s
ize
ove
r,re
lati
ng
to
the
TPI o
r p
itch
of t
he
thre
ad.
In g
ener
al,m
ajo
r d
iam
eter
of b
olt
or
mal
e th
read
will
alw
ays
be
slig
htl
y le
ss t
han
th
e ex
act
dia
met
er li
sted
in t
he
thre
ad id
enti
ficat
ion
an
d d
rill
char
t.
Dri
ll S
ize
sD
rill
size
s ar
e re
com
men
ded
on
ly.T
he
nea
rest
sta
nd
ard
size
dri
ll ab
ove
or
bel
ow
is g
ener
ally
qu
ite
suit
able
for
rep
airs
an
d in
man
y in
stan
ces,
dri
llin
g is
no
t n
eces
sary
for
stri
pp
ed h
ole
s.Fo
r p
reci
sio
n t
ole
ran
ces,
the
thre
ad id
enti
fi-
cati
on
an
d d
rill
char
t is
an
acc
ura
te g
uid
e,b
ut
final
siz
e
dep
end
s o
n m
ater
ial a
nd
mac
hin
ing
co
nd
itio
ns.
In p
ract
ice
BSW
inte
rch
ang
es w
ith
UN
C e
xcep
t at
3/1
6"
and
1/2
",SA
E in
terc
han
ges
wit
h U
NF,
exce
pt
1" U
NF
- 12
TP
I,
SAE
- 14
TP
I.
Majo
r D
iam
ete
r
Cre
st
Ro
ot
Pit
ch
Th
read
An
gle
Pit
ch
Dia
mete
r
Min
imu
m D
iam
ete
r
Th
rea
d F
ea
ture
s
52
Ge
ne
ral I
nfo
rma
tio
n
Le
ng
thm
etr
em
inch
mm
25.4
25m
m =
1 in
centim
ete
rcm
inch
cm
2.5
4300m
m-1
ft
mill
imete
rm
mfo
ot
mm
304.8
1m
= 3
9.3
7
Ma
ss
kilo
gra
mkg
ounce
g28.3
528g =
1oz
gra
mg
pound
kg
.4536
1kg =
2.2
lb =
35oz
tonne (
megagra
m)
tto
n (
224lb
)kg
984.2
1t
= 2
206lb
s
De
nsit
yki
logra
m p
er
kg/m
3pounds
per
cu.
ftkg
/m3
16.0
216kg
/m3
= 1
lb/ft3
cub.
metr
e
Tem
pe
ratu
redeg.
Cels
ius
°Cdeg.
Fahr
°C(°
F-3
2)x
5/9
0°C
= 3
2 °
F
Are
asquare
metr
em
2sq.
inch
mm
2645.2
645m
m2
= 1
in
2
square
mill
imetr
em
m2
sq.
ftm
2.0
929
1m
2=
11 f
t2
Vo
lum
ecubic
metr
em
3cu.
inm
m3
16387
16400m
m3
= 1
in
3
cubic
centim
ete
rcm
3cu.
ftm
3.0
2832
1m
3=
35ft
3
cubic
mill
imete
rm
m3
cu.
yd
m3
.7645
1m
3=
1.3
yd
Fo
rce
new
ton
Nounce(F
orc
e)
N.2
78
1N
= 3
.6 o
zf
kilo
new
ton
kN
pound(F
orc
e)
kN
.00445
4.4
N =
1 lbf
meganew
ton
MN
kip
MN
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1kN
= 2
25 lbf
Pre
ssu
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bar
MP
abar
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Pa =
1bar
megapascal
MP
apound/in
2(p
si)
MP
a.0
069
1M
Pa =
145 p
si
new
ton/s
qm
m
N/m
2K
ip/in
2
(ksi)
MP
a6.8
95
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Pa =
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To
rqu
enew
ton-m
ete
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140 in.o
z
inch-p
ound
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.113
1N
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9 in.
ib
foot-
pound
N-m
1.3
56
1N
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5 f
t lb
1.4
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ft.lb
CO
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OM
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on
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Ch
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Me
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nic
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tle
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re
53
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Rockw
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all
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1/1
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3000kg load.
Vic
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120kg
Cone 1
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Ball 1
00kg load
3000kg load.
Vic
kers
120kg
Cone 1
50kg load.
100kg load.
800
-72
-276
278
30
105
780
1220
71
-269
272
29
104
760
1170
70
-261
261
28
103
745
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68
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258
27
102
725
1060
67
-255
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26
102
712
1021
66
-249
250
25
101
682
940
65
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24
100
688
905
64
-240
240
23
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652
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63
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22
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803
62
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21
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61
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20
97
601
746
60
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127
19
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590
727
59
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213
18
95
576
694
57
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17
94
552
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56
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201
16
94
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55
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15
93
529
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54
-196
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14
92
514
587
53
120
191
190
13
92
502
565
52
119
187
186
12
91
495
551
51
119
185
184
1191
477
534
49
118
183
183
10
90
461
489
47
117
175
174
788
444
474
46
116
170
171
687
427
460
45
115
167
168
587
415
435
44
115
165
165
486
401
413
43
114
163
162
385
388
401
42
114
160
159
284
374
390
41
113
156
154
183
370
385
40
112
154
152
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362
280
39
111
152
150
-82
351
361
38
111
147
147
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346
352
37
110
147
147
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331
335
36
109
143
144
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323
320
35
109
141
142
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311
312
34
108
140
135
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301
305
33
107
135
135
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293
291
32
106
130
130
-72
285
285
31
105
--
--
Ge
ne
ral I
nfo
rma
tio
n
54
Ke
yse
rts
Ke
yse
rts
fro
m A
lco
a F
ast
en
ing
Sys
tem
s p
rov
ide
an
ea
sy-t
o-i
nst
all
thre
ad
ass
em
bly
to
re
pla
ce d
am
ag
ed
,
stri
pp
ed
or
wo
rn t
hre
ad
s in
a w
ide
ra
ng
e o
f m
ate
ria
ls
incl
ud
ing
cas
tin
gs,
forg
ing
s an
d m
ech
anic
al c
om
po
ne
nts
(exc
ep
t ca
st ir
on
or
sin
tere
d m
ate
ria
ls).
Ma
de
fro
m t
ou
gh
hig
h q
ua
lity
carb
on
ste
el o
r
sta
inle
ss s
tee
l,K
eys
ert
s a
re e
spe
cia
lly s
uit
ab
le f
or
use
in h
eav
y w
ea
r a
nd
hig
h v
ibra
tio
n s
itu
ati
on
s su
ch a
s
min
ing
an
d e
art
h m
ov
ing
eq
uip
me
nt.
Ke
yse
rts
are
ava
ilab
le in
lig
htw
eig
ht,
he
avy
du
ty,
ext
ra h
eav
y d
uty
an
d s
olid
typ
es
in m
etr
ic a
nd
imp
eri
al
thre
ad
fo
rms.
Ea
ch K
eys
ert
fe
atu
res
eit
he
r th
ree
or
fou
r lo
ckin
g k
eys
pro
vid
ing
a p
osi
tive
me
cha
nic
al l
ock
an
d p
reve
nti
ng
ro
tati
on
an
d t
ors
ion
.Wh
ate
ver
the
pro
ject
,Ke
yse
rts
are
re
no
wn
ed
fo
r re
liab
ility
un
de
r
the
to
ug
he
st c
on
dit
ion
s.
Re
coil
Wir
e T
hre
ad
In
sert
sD
esi
gn
ed
to
be
sli
gh
tly
ov
ers
ize
d,t
he
se h
eli
call
y
coile
d in
sert
s co
mp
ress
as
the
y a
re in
sert
ed
into
th
e
pre
pa
red
ho
le t
o a
chie
ve m
axi
mu
m s
urf
ace
co
nta
ct
wit
h t
he
pa
ren
t m
ate
ria
l.
Re
coil
Th
rea
d R
ep
air
Kit
sR
eco
il th
rea
d r
ep
air
kit
s co
nta
in a
qu
alit
y H
SS
ta
p,
inst
alla
tio
n t
oo
l,p
reci
sio
n s
tain
less
ste
el i
nse
rts,
an
d
inst
ruct
ion
s,in
a s
turd
y re
usa
ble
co
nta
ine
r.R
eco
il h
as
a f
ull
ran
ge
of
pro
ble
m-s
olv
ing
re
pa
ir k
its
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le in
sin
gle
or
mu
ltip
le s
ize
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rma
t.
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mp
lete
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rea
d F
ast
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er
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ste
ms
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coil
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pp
ed
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le a
nd
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ted
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e D
ata
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pe
nd
ix I
BS
W,
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rea
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nd
8T
PI
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rie
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3/1
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0.5
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15
19/3
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780
0.5
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0.6
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0.6
158
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0.6
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0.5
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0.8
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0.6
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0.9
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0.9
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1 1
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1.2
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1.2
227
1.2
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1.2
203*
0.9
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1 1
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33
1
9/3
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1.3
110
1.4
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1.3
415
1.3
479
1.3
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1.3
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1 1
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39
1 1
7/3
21.5
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1.5
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1.6
936
1.6
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1.6
137
1.6
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1.6
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1.2
866
DR
ILL S
IZE
TA
PP
ED
HO
LE
BS
WA
BC
CE
SIZ
ET.
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MM
INC
HM
INO
R D
IAM
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SS
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TS
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MA
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INM
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MIN
MA
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* T
he
se t
ap
pe
d h
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dim
en
sio
ns
are
re
com
me
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ed
fo
r R
eco
il L
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ap
plic
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ns.
BA 0
6.2
0.2
410
0.2
460
0.2
805
0.2
598
0.2
645
0.1
890
15.5
0.2
130
0.2
200
0.2
485
0.2
299
0.2
342
0.1
661
24.9
0.1
910
0.1
960
0.2
208
0.2
042
0.2
079
0.1
468
43.8
0.1
470
0.1
520
0.1
711
0.1
574
0.1
605
0.1
106
62.9
0.1
130
0.1
160
0.1
339
0.1
226
0.1
252
0.0
850
DR
ILL S
IZE
TA
PP
ED
HO
LE
BA
AB
CE
SIZ
EM
MIN
CH
MIN
OR
DIA
MA
J D
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LA
SS
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ER
TS
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TE
D
MIN
MA
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INM
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PI
UN
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rie
sIN
SE
RT
SP
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IFIC
AT
ION
DA
TA
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TA
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AS
SE
MB
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DIA
PIT
CH
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MA
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1 1
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1.1
30
1.1
55
1.1
688
1.1
757
1.2
61
1.0
438
1.0
528
1 1
/4-8
1.2
55
1.2
80
1.2
938
1.3
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1.3
86
1.1
688
1.1
780
1 3
/8-8
1.3
80
1.4
05
1.4
188
1.4
259
1.5
111.2
938
1.3
031
1 1
/2-8
1.5
05
1.5
30
1.5
438
1.5
510
1.6
36
1.4
188
1.4
283
1 5
/8-8
1.6
30
1.6
55
1.6
688
1.6
762
1.7
61
1.5
438
1.5
535
1 3
/4-8
1.7
55
1.7
80
1.7
938
1.8
013
1.8
86
1.6
688
1.6
786
1 7
/8-8
1.8
80
1.9
05
1.9
188
1.9
264
2.0
111.7
938
1.8
038
2-8
2.0
05
2.0
30
2.0
438
2.0
515
2.1
36
1.9
188
1.9
289
Tap
ped
Ho
le120
PIT
CH
DIA
0
AE
B C
Insert
(part
iall
y i
nsta
lled
)
MIN
OR
DIA
*Min
imum
bol
t pr
ojec
tion
“N
” ap
plie
s to
loc
king
ins
erts
onl
y. I
t is
the
m
inim
um d
ista
nce
that
the
fir
st f
ull
thre
ad o
f th
e bo
lt m
ust
proj
ect
to
ensu
re a
ccur
ate
thre
ad e
ngag
emen
t w
ith
the
low
er l
ocki
ng c
oils
whe
n th
e as
sem
bly
is c
ompl
eted
.
**M
axim
um b
olt
proj
ecti
on “
K”
appl
ies
whe
n th
e ta
ng i
s no
t re
mov
ed.
Whe
n th
e ta
ng i
s re
mov
ed i
n a
blin
d ho
le,
the
max
imum
bol
t pr
ojec
tion
m
ust
not
exce
ed t
he m
inim
um d
rill
dep
th.
Co
un
ters
ink
ing
:It
is r
eco
mm
en
de
d t
hat
a 1
20
°co
un
ters
ink
is p
rovi
de
d
be
fore
tap
pin
g t
o p
reve
nt
a ‘f
eat
he
r e
dg
e’ a
t th
e s
tart
of
the
lead
th
read
. W
he
n d
esi
gn
pre
ven
ts t
he
use
of
a co
un
ters
ink,
an
y fe
ath
er
ed
ge
s o
r d
efo
rme
d m
ate
rial
at
the
th
read
lead
sh
ou
ld b
e r
em
ove
d b
efo
re t
app
ing
. T
his
will
fac
ilita
te in
sert
inst
alla
tio
n a
nd
re
du
ce t
he
eff
ect
s o
f re
mo
vin
g t
he
co
un
ters
inki
ng
op
era
tio
n.
Re
coil
Ta
pp
ed
Ho
le a
nd
Fit
ted
Siz
e D
ata
Ap
pe
nd
ix I
I
BS
P a
nd
BS
F T
hre
ad
Se
rie
s
BS
P
1/8
28
9.9
3/8
0.3
90
00
.40
00
0.4
25
80
.405
80
.40
90
NO
TN
OT
0.3
37
2
1/4
19
13
.53
3/6
40
.53
00
0.5
40
00
.58
03
0.5
51
70
.55
56
RE
CO
M-
RE
CO
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06
3/8
19
17
21
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0.6
70
00
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00
0.7
18
40
.689
70
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37
EN
D-
EN
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0.5
88
6
1/2
14
21
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3/1
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00
0.8
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00
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92
0.8
70
80
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54
ED
ED
0.7
33
6
5/8
14
23
.55
9/6
40
.91
50
0.9
27
00
.98
63
0.9
47
80
.95
24
0.9
47
80
.95
06
0.8
10
6
3/4
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27
1
1/6
41
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30
1.0
66
01
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55
1.0
86
81
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18
1.0
86
81
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98
0.9
49
6
7/8
14
1 1
3/6
91
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00
1.2
13
01
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35
1.2
34
81
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99
1.2
34
81
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78
1.0
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6
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33
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1.3
20
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50
1.4
15
81
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31
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27
1.3
67
31
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05
1.1
92
6
1 1
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1 4
3/6
41
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50
1.6
80
01
.75
71
1.7
08
31
.71
41
1.7
08
31
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81
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36
1 1
/211
1 2
9/3
21
.90
60
1.9
21
01
.98
93
1.9
40
31
.94
64
1.9
40
31
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40
1.7
65
6
DR
ILL S
IZE
TA
PP
ED
HO
LE
BS
PA
BC
CE
SIZ
ET.
P.I.
MM
INC
HM
INO
R D
IAM
AJ D
IAC
LA
SS
2B
CLA
SS
3B
INS
ER
TS
MIN
M
AX
MIN
MIN
MA
XM
IN
MA
X
FIT
TE
D
Ta
pp
ed
Ho
le120
PIT
CH
DIA
0
AE
B C
Insert
(part
iall
y i
nsta
lled
)
MIN
OR
DIA
BS
F
3/1
63
25
13
/64
0.1
92
00
.19
80
0.2
24
7.2
075
*.2
09
8*
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0.1
47
5
1/4
26
6.6
17
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0.2
57
00
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40
0.2
95
7.2
747
*.2
77
4*
RE
CO
M-
RE
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0.2
00
8
5/1
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28
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30
0.3
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00
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62
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16
*.3
44
7*
EN
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EN
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0.2
54
3
3/8
20
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25
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00
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20
0.4
34
0.4
070
*.4
10
4*
ED
ED
0.3
110
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811
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9/6
40
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00
0.4
58
00
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30
0.4
73
00
.47
67
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30
*.4
75
1*
0.3
66
3
1/2
16
13
33
/64
0.5
13
00
.52
20
0.5
73
60
.540
00
.54
40
.54
00
*.5
42
3*
0.4
20
0
9/1
61
61
4.5
37
/64
0.5
77
00
.58
60
0.6
36
20
.602
50
.60
67
.60
25
*.6
04
9*
0.4
82
5
5/8
14
16
.24
1/6
40
.64
00
0.6
49
00
.70
91
0.6
70
80
.67
52
.67
08
*.6
73
4*
0.5
33
6
3/4
12
19
.54
9/6
40
.76
50
0.7
75
00
.84
78
0.8
03
30
.80
82
.80
33
*.8
06
2*
0.6
43
2
7/8
112
2.5
57
/64
0.8
90
00
.90
00
0.9
81
70
.933
20
.93
84
.93
32
*.9
36
4*
0.7
58
6
110
26
11
/32
1.0
31
01
.04
40
1.1
17
31
.064
11
.06
97
1.0
64
1*
1.0
67
5*
0.8
72
0
1 1
/89
1 5
/32
1.1
56
01
.17
00
1.2
55
11
.196
21
.20
21
1.1
96
2*
1.1
99
8*
0.9
82
8
1 1
/49
32
.51
9
/32
1.2
81
01
.29
50
1.3
80
31
.321
21
.32
74
1.3
21
2*
1.3
25
0*
1.1
07
8
1 3
/88
1 1
3/3
21
.40
60
1.4
20
01
.52
12
1.4
55
11
.46
16
1.4
55
1*
1.4
59
1*
1.2
15
0
1 1
/28
1 1
7/3
21
.53
10
1.5
45
01
.64
64
1.5
80
11
.58
68
1.5
80
1*
1.5
84
3*
1.3
40
0
DR
ILL S
IZE
TA
PP
ED
HO
LE
BS
FA
BC
CE
SIZ
ET.
P .I.
MM
INC
HM
INO
R D
IAM
AJ D
IAC
LA
SS
2B
CLA
SS
3B
INS
ER
TS
MIN
M
AX
MIN
MIN
M
AX
MIN
M
AX
FIT
TE
D
* Th
ese
tapp
ed h
ole
dim
ensi
ons
are
reco
mm
ende
d fo
r R
ecoi
l Sc
rew
Loc
k In
sert
app
lica
tion
s.
Co
un
ters
ink
ing
:It
is r
eco
mm
en
de
d t
hat
a
12
0°co
un
ter-
sin
k is
pro
vid
ed
be
fore
tap
pin
g t
o
pre
ven
t a
‘fe
ath
er
ed
ge
’at
the
sta
rt o
f th
e le
ad t
hre
ad.
Wh
en
de
sig
n p
reve
nts
th
e u
se o
f a
cou
nte
rsin
k, a
ny
feat
he
r e
dg
es
or
de
form
ed
mat
eri
al a
t th
e t
hre
ad le
ad
sho
uld
be
re
mo
ved
be
fore
tap
pin
g. T
his
will
fac
ilita
te
inse
rt in
stal
lati
on
an
d r
ed
uce
th
e e
ffe
cts
of
rem
ovi
ng
th
e c
ou
nte
rsin
kin
g o
pe
rati
on
.
Dri
ll,T
ap
pin
g a
nd
Inst
all
ati
on
De
pth
s
Ap
pe
nd
ix I
II
BS
P a
nd
BS
F T
hre
ad
Se
rie
s
Sp
eci
fica
tio
ns
for
Dri
llin
g,
Ta
pp
ing
an
d I
nst
all
ati
on
de
pth
s
Rem
ove T
an
g
Blin
d H
ole
Th
rou
gh
Ho
le
Cle
ara
nce
1 x
th
rea
d p
itc
h
RQ
TS
BA
SIC
LE
NG
TH
OF
IN
SE
RT
IN
TE
RM
S O
F N
OM
INA
L D
IAM
ET
ER
OF
SC
RE
W “
D”
BS
PT
HR
EA
D S
IZE
1D
1 1
/2 D
2D
2 1
/2 D
3D
QR
ST
QR
ST
QR
ST
QR
ST
QR
ST
1/8
-28
0.1
25
0.0
89
0.2
87
0.2
51
0.1
87
0.1
51
0.3
49
0.3
13
0.2
50
0.2
14
0.4
12
0.3
76
0.3
12
0.2
76
0.4
74
0.4
38
0.3
75
0.3
39
0.5
37
0.5
01
1/4
-19
0.2
50
0.1
97
0.4
88
0.4
35
0.3
75
0.3
22
0.6
13
0.5
60
0.5
00
0.4
47
0.7
38
0.6
85
0.6
25
0.5
72
0.8
63
0.8
10
0.7
50
0.6
97
0.9
88
0.9
35
3/8
-19
0.3
75
0.3
22
0.6
13
0.5
60
0.5
62
0.5
09
0.8
00
0.7
47
0.7
50
0.6
97
0.9
88
0.9
35
0.9
37
0.8
84
1.1
75
1.1
22
1.1
25
1.0
72
1.3
63
1.3
10
1/2
-14
0.5
00
0.4
29
0.8
20
0.7
49
0.7
50
0.6
79
1.0
70
0.9
99
1.0
00
0.9
29
1.3
20
1.2
49
1.2
50
1.1
79
1.5
70
1.4
99
1.5
00
1.4
29
1.8
20
1.7
49
5/8
-14
0.6
25
0.5
54
0.9
45
0.8
74
0.9
37
0.8
66
1.2
57
1.1
86
1.2
50
1.1
79
1.5
70
1.4
99
1.5
62
1.4
91
1.8
82
1.8
111.8
75
1.8
04
2.1
95
2.1
24
3/4
-14
0.7
50
0.6
79
1.0
70
0.9
99
1.1
25
1.0
54
1.4
45
1.3
74
1.5
00
1.4
29
1.8
20
1.7
49
1.8
75
1.8
04
2.1
95
2.1
24
2.2
50
2.1
79
2.5
70
2.4
99
7/8
-14
0.8
75
0.8
04
1.1
95
1.1
24
1.3
12
1.2
41
1.6
32
1.5
61
1.7
50
1.6
79
2.0
70
1.9
99
2.1
87
2.1
16
2.5
07
2.4
36
2.6
25
2.5
54
2.9
45
2.8
74
1-1
11.0
00
0.9
09
1.4
10
1.3
19
1.5
00
1.4
09
1.9
10
1.8
19
2.0
00
1.9
09
2.4
10
2.3
19
2.5
00
2.4
09
2.9
10
2.8
19
3.0
00
2.9
09
3.4
10
3.3
19
1 1
/4-1
11.2
50
1.1
59
1.6
60
1.5
69
1.8
75
1.7
84
2.2
85
2.1
94
2.5
00
2.4
09
2.9
10
2.8
19
3.1
25
3.0
34
3.5
35
3.4
40
3.7
50
3.6
59
4.1
60
4.0
69
1 1
/2-1
11.5
00
1.4
09
1.9
10
1.8
19
2.2
50
2.1
59
2.6
60
2.5
69
3.0
00
2.9
09
3.4
10
3.3
19
3.7
50
3.6
59
4.1
60
4.0
69
4.5
00
4.4
09
4.9
10
4.8
19
BA
SIC
LE
NG
TH
OF
IN
SE
RT
IN
TE
RM
S O
F N
OM
INA
L D
IAM
ET
ER
OF
SC
RE
W “
D”
BS
FT
HR
EA
D S
IZE
1D
1 1
/2 D
2D
2 1
/2 D
3D
QR
ST
QR
ST
QR
ST
QR
ST
QR
ST
3/1
6-3
20.1
87
0.1
56
0.3
27
0.2
96
0.2
81
0.2
50
0.4
21
0.3
90
0.3
75
0.3
44
0.5
15
0.4
84
0.4
68
0.4
37
0.6
08
0.5
77
0.5
62
0.5
31
0.7
02
0.6
71
1/4
-26
0.2
50
0.2
12
0.4
23
0.3
85
0.3
75
0.3
37
0.5
48
0.5
10
0.5
00
0.4
62
0.6
73
0.6
35
0.6
25
0.5
87
0.7
98
0.7
60
0.7
50
0.7
12
0.9
23
0.8
85
5/1
6-2
20.3
12
0.2
67
0.5
16
0.4
71
0.4
69
0.4
24
0.6
73
0.6
28
0.6
25
0.5
80
0.8
29
0.7
84
0.7
81
0.7
36
0.9
85
0.9
40
0.9
37
0.8
92
1.1
41
1.0
96
3/8
-20
0.3
75
0.3
25
0.6
00
0.5
50
0.5
62
0.5
12
0.7
87
0.7
37
0.7
50
0.7
00
0.9
75
0.9
25
0.9
37
0.8
87
1.1
62
1.1
12
1.1
25
1.0
75
1.3
50
1.3
00
7/1
6-1
80.4
37
0.3
81
0.6
87
0.6
31
0.6
56
0.6
00
0.9
06
0.8
50
0.8
75
0.8
19
1.1
25
1.0
69
1.0
93
1.0
37
1.3
43
1.2
87
1.3
12
1.2
56
1.5
62
1.5
06
1/2
-16
0.5
00
0.4
37
0.7
81
0.7
19
0.7
50
0.6
88
1.0
31
0.9
69
1.0
00
0.9
38
1.2
81
1.2
19
1.2
50
1.1
88
1.5
31
1.4
69
1.5
00
1.4
38
1.7
81
1.7
19
9/1
6-1
60.5
62
0.5
00
0.8
43
0.7
81
0.8
44
0.7
82
1.1
25
1.0
63
1.1
25
1.0
62
1.4
06
1.3
44
1.4
06
1.3
44
1.6
87
1.6
25
1.6
87
1.6
25
1.9
68
1.9
06
5/8
-14
0.6
25
0.5
54
0.9
46
0.8
75
0.9
37
0.8
66
1.2
58
1.1
87
1.2
50
1.1
79
1.5
71
1.5
00
1.5
62
1.4
91
1.8
83
1.8
12
1.8
75
1.8
04
2.1
96
2.1
25
3/4
-12
0.7
50
0.6
67
1.1
25
1.0
42
1.1
25
1.0
42
1.5
00
1.4
17
1.5
00
1.4
17
1.8
75
1.7
92
1.8
75
1.7
92
2.2
50
2.1
67
2.2
50
2.1
67
2.6
25
2.5
42
7/8
-11
0.8
75
0.7
84
1.2
84
1.1
93
1.3
12
1.2
21
1.7
21
1.6
30
1.7
50
1.6
59
2.1
59
2.0
68
2.1
87
2.0
96
2.5
96
2.5
05
2.6
25
2.5
34
3.0
34
2.9
43
1-1
01.0
00
0.9
00
1.4
50
1.3
50
1.5
00
1.4
00
1.9
50
1.8
50
2.0
00
1.9
00
2.4
50
2.3
50
2.5
00
2.4
00
2.9
50
2.8
50
3.0
00
2.9
00
3.4
50
3.3
50
1 1
/8-9
1.1
25
1.0
14
1.6
25
1.5
14
1.6
87
1.5
76
2.1
87
2.0
76
2.2
50
2.1
39
2.7
50
2.6
39
2.8
12
2.7
01
3.3
12
3.2
01
3.3
75
3.2
64
3.8
75
3.7
64
1 1
/4-9
1.2
50
1.1
39
1.7
50
1.6
39
1.8
75
1.7
64
2.3
75
2.2
64
2.5
00
2.3
89
3.0
00
2.8
89
3.1
25
3.0
14
3.6
25
3.5
14
3.7
50
3.6
39
4.2
50
4.1
39
1 3
/8-8
1.3
75
1.2
50
1.9
38
1.8
13
2.0
62
1.9
37
2.6
25
2.5
00
2.7
50
2.6
25
3.3
12
3.1
88
3.4
37
3.3
12
4.0
00
3.8
75
4.1
25
4.0
00
4.6
88
4.5
63
1 1
/2-8
1.5
00
1.3
75
2.0
63
1.9
38
2.2
50
2.1
25
2.8
13
2.6
88
3.0
00
2.8
75
3.5
63
3.4
38
3.7
50
3.6
25
4.3
13
4.1
88
4.5
00
4.3
75
5.0
63
4.9
38
Dri
llin
g D
epth
: The
min
imum
dril
ling
dep
th “
S” a
llow
s fo
r one
pitc
h ch
ip c
lear
ance
bet
wee
n th
e tip
of t
he ta
p
and
the
bot
tom
of t
he d
rille
d ho
le. “
S” m
inim
um a
llow
s fo
r tap
cle
aran
ce, t
he m
axim
um a
mou
nt o
f ins
ert
set-
dow
n an
d th
e co
unte
rsin
k. W
here
a s
pira
l poi
nt ta
p is
use
d, th
e dr
ill d
epth
s sh
own
shou
ld b
e in
crea
sed
to
allo
w fo
r chi
p c
lear
ance
.
Fitt
ed
Inse
rt:R
= M
axim
um
len
gth
of e
ng
aged
po
rtio
n o
f scr
ew w
hen
tan
g is
rem
ove
d. Q
= M
inim
um
fu
ll ta
pp
ed t
hre
ad le
ng
th. T
= M
inim
um
tap
pin
g d
epth
– in
clu
din
g 3
1/2
th
read
of p
lus
tap
. S =
Min
imu
m
dri
ll d
epth
– e
xclu
din
g p
oin
t.
Dri
ll,T
ap
pin
g a
nd
Inst
all
ati
on
De
pth
s
Ap
pe
nd
ix I
V
BS
W,
BA
Th
rea
d a
nd
8T
PI
UN
Se
rie
s
Sp
eci
fica
tio
ns
for
Dri
llin
g,
Ta
pp
ing
an
d I
nst
all
ati
on
de
pth
s
Rem
ove T
an
g
Blin
d H
ole
Th
rou
gh
Ho
le
Cle
ara
nce
1 x
th
read
pit
ch
RQ
TS
1D
1.1
25
1.8
13
1.4
38
1 1
/8-8
1.5
D1.6
88
2.3
76
2.0
01
0.9
61.2
41.5
21.0
61.6
32.1
92D
2.2
50
2.9
38
2.5
63
1D
1.2
50
1.9
38
1.5
63
1 1
/4-8
1.5
D1.8
75
2.5
63
2.1
88
1.0
21.3
41.6
51.1
91.8
12.4
42D
2.5
00
3.1
88
2.8
13
1D
1.3
75
2.0
63
1.6
88
1 3
/8-8
1.5
D2.0
62
2.7
50
2.3
75
1.0
91.4
31.7
71.3
12.0
02.6
92D
2.7
50
3.4
38
3.0
63
1D
1.5
00
2.1
88
1.8
13
1 1
/2-8
1.5
D2.2
50
2.9
38
2.5
63
1.1
51.5
21.9
01.4
42.1
92.9
42D
3.0
00
3.6
88
3.3
13
1D
1.6
25
2.3
13
1.9
38
1 5
/8-8
1.5
D2.4
38
3.1
26
2.7
51
1.2
71.6
82.0
91.5
62.3
83.1
92D
3.2
50
3.9
38
3.5
63
1D
1.7
50
2.4
38
2.0
63
1 3
/4-8
1.5
D2.6
25
3.3
13
2.9
38
1.5
21.9
62.4
01.6
92.6
53.4
42D
3.5
00
4.1
88
3.8
13
1D
1.8
75
2.5
63
2.1
88
1 7
/8-8
1.5
D2.8
12
3.5
00
3.1
25
1.5
92.0
52.5
21.8
12.7
53.6
92D
3.7
50
4.4
38
4.0
63
1D
2.0
00
2.6
88
2.3
13
2-8
1.5
D3.0
00
3.6
88
3.3
13
1.6
52.1
52.6
51.9
42.9
43.9
42D
4.0
00
4.6
88
4.3
13
BA
SIC
LE
NG
TH
OF
IN
SE
RT
IN
TE
RM
S O
F N
OM
INA
L D
IAM
ET
ER
OF
SC
RE
W “
D”
BS
WT
HR
EA
D S
IZE
1D
1 1
/2 D
2D
2 1
/2 D
3D
QR
ST
QR
ST
QR
ST
QR
ST
QR
ST
3/1
6-2
40.1
87
0.1
46
0.3
75
0.3
32
0.2
81
0.2
40
0.4
68
0.4
26
0.3
75
0.3
34
0.5
62
0.5
20
0.4
68
0.4
27
0.6
56
0.6
12
0.5
62
0.5
21
0.7
50
0.7
08
1/4
-20
0.2
50
0.2
00
0.4
75
0.4
25
0.3
75
0.3
25
0.6
00
0.5
50
0.5
00
0.4
50
0.7
25
0.6
75
0.6
25
0.5
75
0.8
50
0.8
00
0.7
50
0.7
00
0.9
75
0.9
25
5/1
6-1
80.3
12
0.2
57
0.5
62
0.5
07
0.4
69
0.4
13
0.7
19
0.6
63
0.6
25
0.5
69
0.8
75
0.8
19
0.7
81
0.7
26
1.0
31
0.9
76
0.9
37
0.8
82
1.1
87
1.1
32
3/8
-16
0.3
75
0.3
12
0.6
56
0.5
94
0.5
62
0.5
00
0.8
44
0.7
81
0.7
50
0.6
87
1.0
31
0.9
69
0.9
37
0.8
75
1.2
19
1.1
56
1.1
25
1.0
62
1.4
06
1.3
44
7/1
6-1
40.4
37
0.3
66
0.7
59
0.6
87
0.6
56
0.5
85
0.9
78
0.9
06
0.8
75
0.8
04
1.1
96
1.1
25
1.0
93
1.0
22
1.4
15
1.3
43
1.3
12
1.2
41
1.6
34
1.5
62
1/2
-12
0.5
00
0.4
17
0.8
75
0.7
92
0.7
50
0.6
67
1.1
25
1.0
42
1.0
00
0.9
17
1.3
75
1.2
92
1.2
50
1.1
67
1.6
25
1.5
42
1.5
00
1.4
17
1.8
75
1.7
92
9/1
6-1
20.5
62
0.4
79
0.9
37
0.8
54
0.8
44
0.7
60
1.2
19
1.1
35
1.1
25
1.0
42
1.5
00
1.4
17
1.4
06
1.3
23
1.7
81
1.6
98
1.6
87
1.6
04
2.0
62
1.9
79
5/8
-11
0.6
25
0.5
34
1.0
34
0.9
43
0.9
37
0.8
46
1.3
47
1.2
56
1.2
50
1.1
59
1.6
59
1.5
68
1.5
62
1.4
71
1.9
72
1.8
81
1.8
75
1.7
84
2.2
84
2.1
93
11/1
6-1
10.6
87
0.5
96
1.0
97
1.0
06
1.0
31
0.9
40
1.4
41
1.3
50
1.3
75
1.2
84
1.7
85
1.6
94
1.7
18
1.6
27
2.1
28
2.0
37
2.0
62
1.9
71
2.4
72
2.3
81
3/4
-10
0.7
50
0.6
50
1.2
00
1.1
00
1.1
25
1.0
25
1.5
75
1.4
75
1.5
00
1.4
00
1.9
50
1.8
50
1.8
75
1.7
75
2.3
25
2.2
25
2.2
50
2.1
50
2.7
00
2.6
00
7/8
-90.8
75
0.7
64
1.3
75
1.2
64
1.3
12
1.2
01
1.8
12
1.7
01
1.7
50
1.6
39
2.2
50
2.1
39
2.1
87
2.0
76
2.6
87
2.5
76
2.6
25
2.5
14
3.1
25
3.0
14
1-8
1.0
00
0.8
75
1.5
63
1.4
37
1.5
00
1.3
75
2.0
62
1.9
37
2.0
00
1.8
75
2.5
62
2.4
37
2.5
00
2.3
75
3.0
62
2.9
37
3.0
00
2.8
75
3.5
62
3.4
37
1 1
/8-7
1.1
25
0.9
82
1.7
68
1.6
25
1.6
87
1.5
45
2.3
30
2.1
87
2.2
50
2.1
07
2.8
93
2.7
50
2.8
12
2.6
70
3.4
55
3.3
12
3.3
75
2.2
32
4.0
18
3.8
75
1 1
/4-7
1.2
50
1.1
07
1.8
93
1.7
50
1.8
75
1.7
32
2.5
18
2.3
75
2.5
00
2.3
57
3.1
43
3.0
00
3.1
25
2.9
82
3.7
68
3.6
25
3.7
50
3.6
07
4.3
93
4.2
50
1 1
/2-6
1.5
00
1.3
33
2.2
50
2.0
83
2.2
50
2.0
83
3.0
00
2.8
33
3.0
00
2.8
33
3.7
50
3.5
83
3.7
50
3.5
83
4.5
00
4.3
33
4.5
00
4.3
33
5.2
50
5.0
83
BA
SIC
LE
NG
TH
OF
IN
SE
RT
IN
TE
RM
S O
F N
OM
INA
L D
IAM
ET
ER
OF
SC
RE
W “
D”
BA
TH
RE
AD
SIZ
E1D
1 1
/2 D
2D
2 1
/2 D
3D
QR
ST
QR
ST
QR
ST
QR
ST
QR
ST
0B
A0.2
36
0.1
97
0.4
13
0.3
74
0.3
54
0.3
15
0.5
31
0.4
92
0.4
72
0.4
33
0.6
49
0.6
10
0.5
91
0.5
52
0.7
68
0.7
29
0.7
09
0.6
70
0.8
86
0.8
47
1B
A0.2
09
0.1
74
0.3
68
0.3
33
0.3
13
0.2
78
0.4
72
0.4
37
0.4
17
0.3
82
0.5
76
0.5
41
0.5
22
0.4
87
0.6
81
0.6
46
0.6
26
0.5
91
0.7
85
0.7
50
2B
A0.1
85
0.1
53
0.3
29
0.2
97
0.2
78
0.2
46
0.4
22
0.3
90
0.3
70
0.3
38
0.5
14
0.4
82
0.4
63
0.4
31
0.6
07
0.5
75
0.5
55
0.5
23
0.6
99
0.6
67
4B
A0.1
42
0.1
16
0.2
59
0.2
33
0.2
13
0.1
87
0.3
30
0.3
04
0.2
83
0.2
57
0.4
00
0.3
74
0.3
54
0.3
28
0.4
71
0.4
45
0.4
25
0.3
99
0.5
42
0.5
16
6B
A0.1
10
0.0
89
0.2
04
0.1
83
0.1
65
0.1
44
0.2
59
0.2
38
0.2
20
0.1
99
0.3
14
0.2
93
0.2
76
0.2
55
0.3
70
0.3
49
0.3
31
0.3
10
0.4
25
0.4
04
BO
LT T
HR
EA
D P
RO
JEC
TIO
N M
INIM
UM
AN
D M
AX
IMU
MN
OM
INA
LM
IN D
RIL
L D
EP
TH
N*
K**
TH
RE
AD
INS
ER
TIN
TER
ME
DIA
TEB
OT
TO
MIN
G
N
OM
INA
L L
EN
GT
HN
OM
INA
L L
EN
GT
HS
IZE
DIA
ME
TE
RL
EN
GT
HTA
PTA
P1
DIA
1.5
DIA
2 D
IA1
DIA
1.5
DIA
2 D
IA
Dri
llin
g D
ep
th:
Th
e m
inim
um
dri
llin
g
de
pth
“S
” al
low
s fo
r o
ne
pit
ch c
hip
cl
ear
ance
be
twe
en
th
e t
ip o
f th
e t
ap
and
th
e b
ott
om
of
the
dri
lled
ho
le.
“S”
min
imu
m a
llow
s fo
r ta
p c
lear
ance
, th
e m
axim
um
am
ou
nt
of
inse
rt
set-
do
wn
an
d t
he
co
un
ters
ink.
Wh
ere
a
spir
al p
oin
t ta
p is
use
d, t
he
dri
ll d
ep
ths
sho
wn
sh
ou
ld b
e in
cre
ase
d t
o a
llow
fo
r ch
ip c
lear
ance
.
Fit
ted
In
sert
:R
= M
axi
mu
m le
ng
th o
f e
ng
ag
ed
po
rtio
n o
f sc
rew
wh
en
ta
ng
is
rem
ove
d. Q
= M
inim
um
fu
ll ta
pp
ed
th
rea
d le
ng
th. T
= M
inim
um
ta
pp
ing
d
ep
th –
incl
ud
ing
3 1
/2 t
hre
ad
of
plu
s ta
p. S
= M
inim
um
dri
ll d
ep
th –
e
xclu
din
g p
oin
t.
*Min
imum
dri
ll d
epth
for
a b
otto
min
g ta
p eq
uals
.31
3 pl
us t
he i
nser
t no
min
al l
engt
h; f
or i
nter
med
iate
tap
s it
equ
als
.688
plu
s th
e in
sert
nom
inal
len
gth.
The
se d
rill
ing
dept
hs a
llow
app
roxi
mat
ely
1/2
pitc
h ta
p en
d cl
eara
nce.
Min
imum
ful
l th
read
tap
ping
dep
th e
qual
s in
sert
nom
inal
len
gth.
The
tap
ped
hole
wil
l ac
com
mod
ate
an i
nser
t in
stal
led
1/4
to 1
/2 p
itch
bel
ow t
he s
urfa
ce o
f th
e ta
pped
hol
e. W
hen
hole
s ar
e to
be
coun
ters
unk,
the
dri
llin
g an
d ta
ppin
g de
pths
and
ins
ert
inst
alla
tion
dep
th s
houl
d be
inc
reas
ed 1
/2 p
itch
. Th
e re
com
men
ded
coun
ters
ink
is 1
20˚
incl
uded
ang
le t
o th
e ta
p m
ajor
dia
met
er.
**Th
e m
inim
um a
nd m
axim
um d
rill
ed h
ole
diam
eter
s li
sted
are
lar
ger
than
sta
ndar
d to
all
ow c
lear
ance
for
the
maj
or d
iam
ater
of
the
mat
ing
thre
aded
mem
ber.
A d
rill
si
ze e
qual
to
the
nom
inal
thr
ead
diam
eter
is
sugg
este
d be
caus
e it
wil
l ge
nera
lly
prod
uce
an o
vers
ize
hole
wit
h-in
the
tab
ulat
eddr
ille
d ho
le l
imit
s.
Alc
oa
Fa
ste
nin
g S
yst
em
s C
om
me
rcia
l Pro
du
cts:
A G
lob
al O
rga
niz
ati
on
Alc
oa
Fa
sten
ing
Sys
tem
s m
ain
tain
s co
mp
an
y o
ffic
es in
th
e U
nit
ed S
tate
s a
nd
Ca
na
da
,wit
h o
ffic
es in
ma
ny
oth
er c
ou
ntr
ies.
Au
tho
rize
d A
FS d
istr
ibu
tors
are
als
o
loca
ted
in m
an
y o
f th
e w
orl
d’s
ind
ust
ria
l cen
ters
,wh
ere
they
pro
vid
e a
rea
dy
sou
rce
of f
ast
ener
s,in
sert
s,in
sta
llati
on
to
ols
,to
ol p
art
s,a
nd
ap
plic
ati
on
ass
ista
nce
.
Rec
oil
bra
nd
th
rea
ded
inse
rts,
inst
alla
tio
n t
oo
ling
,ta
ps,
ga
ug
es,a
nd
th
rea
d-r
epa
ir
kits
acc
om
mo
da
te a
wid
e ra
ng
e o
f ma
nu
fact
uri
ng
an
d a
fter
ma
rket
ap
plic
ati
on
s in
the
au
tom
oti
ve,a
ero
spa
ce,e
lect
ron
ics,
ship
bu
ildin
g,d
efen
se,p
ow
er-g
ener
ati
on
,
an
d t
ran
spo
rta
tio
n in
du
stri
es.O
ffer
ing
a b
roa
d s
elec
tio
n o
f siz
es,m
ate
ria
ls,f
inis
hes
,
an
d c
oa
tin
gs,
Rec
oil
inse
rts
are
ma
nu
fact
ure
d in
all
of
the
po
pu
lar
thre
ad
fo
rms
an
d in
acc
ord
an
ce w
ith
th
e w
orl
d’s
mo
st s
trin
gen
t q
ua
lity
sta
nd
ard
s,in
clu
din
g
AS9
10
0,I
SO9
00
1,Q
S90
00
,an
d o
ther
s.C
om
pet
itiv
ely
pri
ced
,th
ese
pro
du
cts
del
iver
ou
tsta
nd
ing
per
form
an
ce,d
ura
bili
ty,a
nd
va
lue
for
tho
usa
nd
s o
f u
ses.
Alc
oa
Fast
enin
g S
yste
ms
(AFS
) a
lso
des
ign
s a
nd
ma
nu
fact
ure
s n
on
-sta
nd
ard
Rec
oil
inse
rts
to m
eet
spec
ial r
equ
irem
ents
.
B-A
FS
11
6
08
04
-00
M
Am
eri
cas
He
ad
qu
art
ers
80
01
Im
pe
ria
l Dri
ve
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co,T
X 7
67
12
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A
P.O
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x 8
11
7
Wa
co,T
X 7
67
14
-81
17
,US
A
Tel:
80
0 3
88
48
25
Fax:
80
0 7
98
48
25
Ind
ian
ap
olis
Dis
trib
uti
on
54
36
We
st 7
8th
Str
ee
t
Ind
ian
ap
olis
,IN
46
26
8,U
SA
Tel:
80
0 7
32
34
70
ex
t 1
Fax:
80
0 5
73
26
45
Kin
gst
on
Op
era
tio
ns
1 C
orp
ora
te D
rive
Kin
gst
on
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12
40
1,U
SA
Tel:
80
0 2
78
48
25
Fax:
84
5 3
34
73
33
La
tin
Am
eri
ca S
ale
s
Ave
nid
a P
arq
ue
Lir
a
79
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2 T
acu
ba
ya
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XIC
OC
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18
50
Tel:
52
55
55
15
17
76
Fax:
52
55
52
77
75
64
Mis
siss
au
ga
Dis
trib
uti
on
61
50
Ke
nn
ed
y R
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10
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5T
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CA
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Tel:
90
5 5
64
48
25
Fax:
90
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64
19
63
Sto
ug
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n O
pe
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on
s
44
Ca
mp
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ay
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72
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A
Tel:
80
0 7
32
34
70
ex
t 2
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0 6
44
21
77
Wa
co O
pe
rati
on
s
80
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pe
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l Dri
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7
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co,T
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A
Tel:
80
0 3
88
48
25
Fax:
80
0 7
98
48
25
Inte
rna
tio
na
l Lo
cati
on
s
Me
lbo
urn
e O
pe
rati
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20
Sta
mfo
rd R
oa
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kle
igh
,Vic
tori
a,3
16
6
AU
ST
RA
LIA
Tel:
61
3 9
56
7 3
37
7
Fax:
61
3 9
56
3 1
98
0
Sh
an
gh
ai S
ale
s
No
.12
77
,Zh
on
gsh
an
Xi R
oa
d
Ha
iluo
Bu
ildin
g,R
oo
m 5
04
Sh
an
gh
ai,
20
00
51
,CH
INA
Tel:
86
-21
-62
70
09
49
Fax:
86
-21
-62
70
19
64
Sin
ga
po
re S
ale
s
Blk
19
4 P
an
da
n L
oo
p
#0
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an
tech
In
du
stri
al
Co
mp
lex
12
83
83
,SIN
GA
PO
RE
Tel:
65
67
78
92
33
Fax:
65
67
78
01
51
Telf
ord
Op
era
tio
ns
Un
it C
,Sta
ffo
rd P
ark
7
Telf
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![PROTOTYPING NEUTRON DETECTORS FOR ......Greg Kochanski, Ian Dell’Antonio, and Tony Tyson (Bell Labs).[4] nuclear recoil. Figure 1.2 shows an example nuclear recoil and electron recoil.](https://static.fdocuments.us/doc/165x107/6148ee2a9241b00fbd673b2a/prototyping-neutron-detectors-for-greg-kochanski-ian-dellaantonio-and.jpg)
