CAT
.JM
SF1
0200
7
LCF
Seri
esPa
ncak
e U
nive
rsal
LCM
300
Inlin
e M
inia
ture
Thr
eade
d LS
B300
S-Be
am w
/ Ove
rloa
d Pr
otec
tion
TFF6
00Fl
ange
to F
lang
e Re
actio
n
TRS6
05N
on-C
onta
ct S
haft
to S
haft
Rota
ry w
/ Enc
oder
TDF6
75D
rive
to F
lang
e Re
actio
n
PFP3
50 S
erie
sPr
essu
re S
enso
r w/ C
able
PFT5
10M
inia
ture
Flu
sh M
ount
PMP9
40M
inia
ture
Hig
h Pr
essu
re
MBA
500
Torq
ue &
Ten
sion
Bi-a
xial
LAU
300
Seat
Bel
t Sen
sor
MTA
400
Tri-A
xial
Loa
d C
ell
IBT5
00Be
nch
Top
Dis
play
CSG
110
Inlin
e Si
gnal
Con
ditio
ner
IPM
600
Col
or L
CD
Tou
ch P
anel
Dis
play
VCal
Loa
d To
wer
(Acc
esso
ry)
VCal
TM B
oxVC
al S
oftw
are
4th E
ditio
n
ww
w.fu
tek.
com
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
* Fu
tek
Rot
ary
Torq
ue S
enso
rs a
nd P
ress
ure
Sens
ors a
re
m
anuf
actu
red
by F
utek
alli
ance
s in
Ger
man
y an
d Fr
ance
.
Abo
ut F
utek
Loca
ted
in Ir
vine,
Cal
iforn
ia, F
UTEK
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
is a
lead
ing
man
ufac
ture
r of:
Fute
k man
ufac
ture
s all l
oad
cells
and
reac
tion
torq
ue se
nsor
s in
the
U.S.
We
also
wor
k with
our
par
tner
s in
Euro
pe in
ord
er
to s
uppo
rt ou
r cus
tom
ers'
need
s fo
r pre
ssur
e an
d ro
tary
torq
ue s
enso
rs. S
ince
our
ince
ptio
n in
198
8, F
UTEK
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
has
dem
onst
rate
d st
eady
gro
wth
and
built
a so
lid re
puta
tion
in b
oth
US a
nd o
vers
eas
mar
kets
. W
e pr
ide
ours
elve
s in
bei
ng a
qua
lity s
olut
ion
com
pany
and
wor
k ev
eryd
ay to
ward
s en
hanc
ing
our q
uality
cul
ture
. C
usto
mer
s fin
d ou
r win
ning
form
ula
attra
ctiv
e an
d re
cogn
ize
the
bene
fits
of o
ur h
igh
qual
ity p
rodu
cts
and
serv
ices
.
Mis
sion
Sta
tem
ent:
R
ecog
nizi
ng c
usto
mer
cha
lleng
es a
nd p
rovi
ding
idea
l sol
utio
ns b
y ut
ilizi
ng o
ur 3
D v
isio
n:D
ES
IGN
a cr
eativ
e an
d in
nova
tive
prod
uct l
ine;
DE
MA
ND
exc
elle
nce
in o
ur p
rodu
cts,
ser
vice
s, a
nd p
eopl
e;D
ELI
VE
Rsu
cces
sful
resu
lts
Indu
stri
es /
Ca
pabi
litie
sAl
thou
gh o
ur e
xper
tise
in S
enso
r / T
rans
duce
r tec
hnol
ogy
rang
es in
man
y in
dust
ries,
we
have
adv
ance
d ou
r pro
duct
lin
e an
d cu
stom
man
ufac
turin
g ab
ility
parti
cula
rly in
the
follo
wing
indu
strie
s:
Med
ical
/ Ph
arm
aceu
tical
: Bei
ng a
sol
utio
n co
mpa
ny, w
e've
had
gre
at s
ucce
ss in
hel
ping
man
y m
edica
l app
licat
ions
w
ith O
EM
pro
duct
s, a
s w
ell a
s te
stin
g an
d ve
rifica
tion
of m
edic
al p
rodu
cts.
Val
uabl
e fe
atur
es w
e pr
ovid
e in
clud
e:Lo
w ca
pacit
y w/
ove
rload
pro
tect
ion
Min
iatu
reHi
gh v
olum
e O
EM
Aut
omot
ive:
Endu
ranc
e te
stin
g is
a hi
gh re
quire
men
t in
the
auto
mot
ive in
dust
ry. F
utek
pro
duct
s ha
ve b
een
the
num
ber
one
choi
ce fo
r man
y au
tom
otive
man
ufac
ture
rs d
ue to
:O
ne p
iece
con
stru
ctio
n - n
o bo
lted
asse
mbl
yO
ff ce
nter
load
ing
capa
bilit
y / s
pike
resis
tanc
eEx
trane
ous
load
& m
omen
t cap
abilit
ies
Des
igne
d fo
r env
ironm
enta
l cha
mbe
r tes
t con
ditio
ns
Syst
em In
tegr
ator
/ A
utom
atio
n:Fu
tek
offe
rs a
n as
sortm
ent o
f sen
sors
with
a v
arie
ty o
f the
pac
kage
siz
es a
nd lo
ad
rang
es. O
ther
full
syst
ems
feat
ures
are
:A
mpl
ified
out
put
Din
-rai
l in-
line
ampl
ifier
sup
porti
ng P
LC
Aer
ospa
ce /
Avio
nic:
Tes
ting
and
qual
ifica
tion
is e
ssen
tial i
n ae
rosp
ace
prog
ram
s be
fore
, dur
ing,
and
afte
r ope
ratio
ns.
Ther
efor
e re
liabl
e an
d hi
gh p
reci
sion
pro
duct
s in
var
ious
siz
es a
nd li
ght w
eigh
t are
the
reas
ons
for o
ur s
ucce
ss in
this
m
arke
t. Ke
y fe
atur
es in
clude
:Hi
gh c
apac
itySm
art s
enso
rM
eetin
g lo
ng te
rm "
MTB
F" re
quire
men
tsFM
EA (F
ailu
re M
odes
and
Effe
cts A
nalys
is)
Oth
er in
dust
ries
we
spec
ializ
e in
incl
ude:
C
ivil
Engi
neer
ing
/ Sei
smic
, Shi
p Ya
rds,
Mat
eria
l Han
dlin
g, D
efen
se, N
ucle
ar P
ower
/ C
hem
ical
Pla
nts
Whe
ther
you
're lo
okin
g fo
r a s
tand
ard
prod
uct,
need
to m
odify
an
exist
ing
prod
uct o
r req
uire
a c
ompl
etel
y Cu
stom
Bui
lt Se
nsor
with
rela
ted
inst
rum
ents
, Fut
ek c
an p
rovid
e th
e so
lutio
n!
• • • • • • • • • • • • •
Load
Cel
ls (1
0 g
-- 1
mil
lbf):
S-B
eam
, Pan
cake
, Loa
d B
utto
n, D
onut
/ Th
ru H
ole,
Loa
d W
ashe
r, C
anis
ter,
Mul
ti-
Com
pone
nt, F
orce
Sen
sor (
OE
M),
Ben
ding
Bea
m, P
lana
r Bea
m, F
old
Bac
k, S
ingl
e P
oint
To
rque
Sen
sors
(5 in
-oz
-- 54
0 K
in-lb
s): R
eact
ion,
Rot
ary,
Fla
nge
to F
lang
e, S
haft
to S
haft,
Squ
are
Driv
e,
Scr
ew D
river
, Tor
que
Wre
nch
Pres
sure
Sen
sors
(1 b
ar --
30,
000
PSI):
Mal
e / F
emal
e, F
lush
Mou
ntIn
stru
men
ts:
Sig
nal C
ondi
tione
r, D
igita
l Dis
play
, Ver
ifica
tion
/ Cal
ibra
tion
Sys
tem
• • • •
Dig
ital C
AN
bus
out
put
A2L
A IS
O 1
7025
Acc
redi
tatio
nAN
SI/N
CSL
Z540
-1-1
994
• • • •
Qui
ck a
nd o
n-tim
e de
liver
yTu
rnke
y sy
stem
• •
Rel
iabl
e ce
rtifie
d ca
libra
tion
Onl
ine
calib
ratio
n ce
rtific
ate
Cry
ogen
icTE
DS
/ IEE
E 14
51.4
• • • •
Cus
tom
ized
Subm
ersi
ble
RoHS
com
plia
nt
• • •
en th
e nu
mbe
Cer
tifica
tion
No.
1190
7-20
07-A
Q-H
OU
-AN
AB
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
1
ww
w.fu
tek.
com
Fute
k D
esig
n H
ighl
ight
s
Fu
tek S
train
Reli
ef
Str
ain
relie
ving c
able
s hav
e b
een a
majo
r co
nce
rn t
hro
ughout
the s
enso
r in
dust
ry.
The c
om
mon
pra
ctic
e is
to u
se e
poxy
or
a c
rim
p t
o h
old
the c
able
in p
lace
. M
ost
of
the t
ime,
this
appro
ach
will
not
hold
up t
o t
he h
ars
h e
nvi
ronm
ents
the s
enso
rs a
re p
lace
d in.
Quite a
few
cust
om
ers
bro
ught
this
to o
ur
att
ention a
nd w
e d
eci
ded t
o d
eve
lop o
ur
ow
n c
ust
om
str
ain
relie
f.
Fu
tek s
train
re
lief
use
s a s
peci
all
y d
esi
gn
ed
sta
inle
ss s
teel
do
ub
le e
nd
ed
co
llet
to h
old
th
e
cab
le a
nd
str
ain
reli
ef
spri
ng
in
pla
ce.
Eve
n t
hough t
he m
ach
inin
g is
com
ple
x and
the p
art
s are
ext
ra c
ost
s in
pro
duct
ion,
Fute
k m
ade a
deci
sion t
hat
it w
ould
be a
valu
e a
dded
enhance
ment
at
no a
dditio
nal ch
arg
e t
o o
ur
cust
om
ers
. T
his
featu
re o
f firm
ly s
ecu
ring t
he c
able
and p
rote
ctin
g c
able
s fr
om
bein
g t
orn
fro
m t
he s
enso
r has
gre
atly
impro
ved o
ur
cust
om
er
satisf
act
ion.
Ben
dix
Mo
lded
Co
nn
ect
or
& C
ab
le A
ssem
bly
W
ith g
reat
att
ention
to
det
ails
and c
once
rns
for
cust
omer
sat
isfa
ctio
n, Fu
tek
is intr
oduci
ng t
he
new
inte
gra
ted m
olded
cab
le w
ith B
endix
® c
onnec
tor. The
cable
and c
onnec
tor
are
mol
ded
tog
ether
to
crea
te a
n e
xtra
ordin
ary
stra
in r
elie
f. The
connec
tor
also
has
a 3
60
deg
ree
shie
ld b
etw
een t
he
cable
an
d c
onnec
tor
asse
mbly
to
gre
atly
min
imiz
e EM
I in
terf
eren
ce. T
he
PT06A-1
0-6
P st
yle
connec
tor
will
be
avai
lable
with o
ur
cust
om 2
8 A
wg, 6 C
onduct
or B
raid
ed S
hie
lded
Pol
yure
than
e Cab
le in len
gth
s of
5’,
10’,
15’,
20’,
25' a
nd 3
0'. The
cable
can
als
o be
supplie
d w
ith c
onnec
tors
on b
oth e
nds
with a
cab
le len
gth
of 30’.
Overl
oad
Pro
tect
ion
T
here
are
many
way
s to
help
pro
tect
a s
enso
r fr
om
acc
identa
l ove
rloads.
Fute
k has
found
the m
ost
eff
ect
ive a
nd a
ccura
te w
ay is
to inte
gra
te t
he o
verl
oad into
the a
ctual part
. In
the
past
many
com
panie
s w
ould
use
pin
s or
bolts
to s
top a
senso
r fr
om
ove
rloadin
g,
but
these
w
ere
tim
e s
ensi
tive
and t
ech
nic
ian d
ependant.
Sin
ce F
ute
k h
as
inte
gra
ted
th
e o
verl
oad
st
op
in
to t
he s
en
sor,
ou
r o
verl
oad
pro
tect
ion
has
been
mu
ch m
ore
rep
eata
ble
an
d
reli
ab
le b
eca
use
th
ere
is
no
seco
nd
ary
co
mp
on
en
t u
sed
. Yo
u c
an fi
nd o
verl
oad
pro
tect
ion o
n F
ute
k's
LRF4
00,
LSM
200,
LSM
250,
LSM
300,
LSM
350,
LSB300 a
nd L
SB350.
We a
re c
ontinuousl
y addin
g t
his
featu
re t
o o
ther
pro
duct
s as
well.
com
mon
ch w
ill n
ot
ght
this
ded
e c
able
sa
tisf
act
ion.
In-H
ou
se M
ach
inin
g
In
-house
CN
C m
ach
inin
g c
apabilit
y,
such
as
Wir
e E
DM
, Tu
rnin
g a
nd M
illing,
for
pro
duct
ion a
s w
ell a
s fo
r pro
toty
pin
g
is a
gre
at
ass
et
to F
ute
k i
n d
esi
gnin
g a
nd
mach
inin
g i
nnovati
ve p
roduct
s w
ith a
quic
k t
urn
aro
und t
ime.
Bu
ilt-
In C
on
dit
ion
er/
Am
pli
fie
r/D
igit
al
Fute
k m
inia
turi
zed
ele
ctro
nic
capabilit
y e
nable
s a b
uilt-
in
circ
uit
s opti
on f
or
most
of
its
pro
duct
s su
ch a
s LC
F S
eri
es
and T
orq
ue S
enso
rs.
For
the c
able
vers
ion i
nline i
nte
gra
tion i
s available
.
ID C
hip
(T
ED
S)
Fute
k V
CalT
M C
ert
ifie
d R
efe
rence
S
enso
rs h
ave b
uilt-
in I
D C
hip
for
auto
reco
gnit
ion a
s a s
tandard
fe
atu
re.
Cust
om
ers
can a
lso a
dd t
his
fe
atu
re a
s an o
pti
on t
o o
ther
senso
rs.
The I
D c
hip
will
support
IEEE 1
451.4
st
andard
.
En
du
ran
ce T
est
ing
Fute
k e
ngin
eeri
ng l
ab p
erf
orm
s exte
nsi
ve
Endura
nce
Test
ing i
n o
rder
to
opti
miz
e i
ts d
esi
gn c
apabilit
y a
nd m
ain
-ta
in q
uality
pro
cess
es.
Rece
nt
endura
nce
te
stin
g h
as
perf
orm
ed 4
00 M
illion c
ycl
es
on S
Seri
es
model
LSB
300 S
eri
es,
as
show
n i
n t
he p
ictu
re.
gnig
ig
Bil
tI
Cd
iti
/
FE
A
F
ute
k E
ngin
eers
exte
nsi
vely
use
3-D
C
om
pute
r M
odeling a
nd F
init
e E
lem
ent
Analy
sis
(FEA
) to
opti
miz
e d
esi
gns
of
standard
pro
duct
s as
well a
s cu
stom
pro
duct
s.
ISO
/IE
C 1
70
25
by
A2
LA
F
ute
k's
Calibra
tion S
erv
ices
are
fu
lly a
ccre
dit
ed t
o I
SO
/IEC
17025:2
005
thro
ugh i
ts i
ndependent
acc
redit
or,
The
Am
eri
can A
ssoci
ati
on f
or
Labora
tory
A
ccre
dit
ati
on (
A2LA
). T
his
cert
ific
ati
on
incl
udes
acc
redit
ati
on t
o A
NS
I/N
CS
L Z
540-1
-1994.
De
ad
we
igh
t C
ali
bra
tio
n
W
ith L
oad
Cel
l sp
ecifi
cations’
continuin
g t
o b
ecom
e m
ore
str
ingen
t, F
ute
k has
inve
sted
in a
cquirin
g p
reci
sion D
ead W
eight
Cal
i-bra
tion S
yste
ms.
W
ith t
hes
e dea
dw
eight
syst
ems
Fute
k has
bee
n a
ble
to im
pro
ve o
n t
hei
r al
read
y su
per
b s
enso
rs b
y bei
ng a
ble
to
per
form
tes
ts t
hat
are
oth
erw
ise
nea
r im
poss
ible
when
usi
ng m
echan
ical
load
ed c
alib
ration m
achin
es.
Curr
ently
Fute
k has
Dea
d
Wei
ght
Cal
ibra
tion C
apab
ilities
ran
gin
g f
rom
1m
g t
o 1
0K lb.
We
also
per
form
hyd
raulic
cal
ibra
tion u
p t
o 2
mill
ion lb.
2
Sens
or S
elec
tion
Gui
deP
aram
eter
s to
con
sid
er w
hen
sel
ecti
ng
a s
enso
r an
d r
elat
ed in
stru
men
t
2
Visi
t ww
w.fu
tek.
com
/foru
m.a
spx
for r
elat
ed a
rticl
es a
nd te
chni
cal d
ocum
ents
.
Freq
uent
ly A
sked
Que
stio
ns A
bout
TED
S1.
Wha
t is
TED
S?
TED
S s
tands
for
Tran
sduce
r Ele
ctro
nic
Dat
a Shee
t. I
t co
nta
ins
info
rma-
tion r
elev
ant
to t
he
senso
r in
ques
tion, su
ch a
s se
rial
num
ber
, ca
libra
tion
dat
es a
nd c
alib
ration f
acto
rs.
TED
S i
s defi
ned
by
the
TD
L or
Tem
pla
te
Des
crip
tion L
anguag
e as
defi
ned
by
the
IEEE 1
451.4
sta
ndar
d.
2. W
hat
is T
DL?
TD
L st
ands
for
Tran
sduce
r D
escr
iption L
anguag
e. S
imila
r to
a c
om
pute
r la
nguag
e TD
L al
low
s st
ora
ge
of TED
S p
aram
eter
s in
the
most
spac
e ef
fici
ent
manner
. This
data
com
pre
ssio
n i
s nee
ded
due
to t
he
limited
am
ount
of st
ora
ge
spac
e av
aila
ble
in t
ypic
al T
ED
S m
emory
.
3. W
hat
is a
TED
S te
mpl
ate?
A T
ED
S t
empla
te i
s defi
ned
by
the
TD
L an
d I
EEE1451.4
sta
ndar
d.
The
tem
pla
te i
s a
set
of
fiel
ds
that
defi
ne
dat
a ty
pe,
dat
a si
ze,
and a
ctual
in
form
atio
n.
4. W
hat
is t
he p
urpo
se o
f TE
DS?
TED
S w
ill s
implif
y th
e co
nfigura
tion o
f el
ectr
onic
equip
men
t by
pro
vidin
g
all
the
info
rmat
ion n
eeded
for
the
setu
p a
nd c
alib
ration o
f el
ectr
onic
s.Id
eally
the
elec
tronic
s w
ould
sel
f co
nfigure
.
5. H
ow is
TED
S im
plem
ente
d?
TED
S i
s im
ple
men
ted b
y usi
ng a
1-W
ire
EEPRO
Mdev
ice.
This
dev
ice
rece
ives
and t
ransm
its
bits
of
info
rmation t
hat
is p
erm
anen
tly
store
d
or
chan
ged
as
des
ired
. T
he
host
inst
rum
ent
is r
esponsi
ble
for
the
dat
a tr
ansf
er.
6. H
ow is
TED
S st
ored
? TED
S c
an b
e s
tore
d i
n a
ny t
ype o
f ele
ctro
nic
mem
ory
. Ty
pic
ally
the
Max
im/D
alla
s 1-w
ire
bas
ed m
emory
is
the
pre
ferr
ed m
emory
due
to low
pin
out
count
and e
ase
of
inte
gra
tion into
sen
sors
. H
ow
ever
dat
a sp
ace
is lim
ited
.
7. H
ow a
re T
EDS
crea
ted?
The
IEEE 1
451.4
sta
ndar
d p
rovi
des
pre
det
erm
ined
tem
pla
tes
for
most
se
nso
rs.
How
ever
by
usi
ng t
he
TD
L la
nguag
e new
tem
pla
tes
can b
e cr
eate
d.
The
TD
L co
de
would
then
be
pro
vided
to e
nd u
ser.
It
then
bec
om
es t
hei
r re
sponsi
bili
ty for
tran
slat
ion.
8.W
hat
are
the
bene
fits
of T
ED
S?
1.
Cal
ibra
tion info
rmat
ion c
an b
e st
ore
d in t
he
senso
r itse
lf, losi
ng
cert
ifica
tes
will
not
be
a pro
ble
m.
2.
Sen
sor
spec
ific
info
rmat
ion c
an b
e updat
ed a
t an
y tim
e.3. Auto
-configura
tion o
f TED
S e
nab
led in
stru
men
tation w
ould
allo
w q
uic
k sw
appin
g o
f se
nso
rs a
s nee
ded
and s
ave
tim
e.4.
Sta
ndar
d T
ED
S t
empla
tes
are
avai
lable
for
virt
ual
ly a
ny
type
of
senso
r.
9. W
hat
are
the
limit
atio
ns o
f TE
DS?
1. Chip
could
be
dam
aged
due
to m
ishan
dlin
g o
r poss
ible
ESD
dis
char
ge.
D
ata
would
be
irre
cove
rable
.2.
Chip
could
be
acci
den
tally
writt
en o
ver, losi
ng info
rmat
ion.
3.
Inst
rum
enta
tion m
ay n
ot
support
all
tem
pla
tes
or
configura
tions.
4.
Tem
pla
tes
may
not
support
all
des
ired
par
amet
ers.
5.
Cal
ibra
tion d
iscr
epan
cies
exi
st b
etw
een i
nst
rum
enta
tion,
even
if
the
sam
e ty
pe.
Mea
nin
g t
hat
a s
pec
ific
senso
r outp
ut
may
not
mat
ch if
inte
rfac
ed t
o d
iffe
rent
inst
rum
ents
. TED
S is
des
igned
as
an info
rmat
ion
carr
ier. U
se in c
alib
ration o
r au
to c
onfigura
tion m
ay c
arry
som
e ac
cura
cy
dis
crep
anci
es.
10. I
s th
e “T
EDS”
opt
ion
avai
labl
e on
FU
TEK
pro
duct
s?
Yes
for
all se
nso
rs a
nd s
elec
ted inst
rum
ents
such
as
the
IPM
500,
IBT500
& a
lso C
SG
ser
ies
in-l
ine
amplifi
er.
11. D
oes
FUTE
K u
pgra
de e
xist
ing
Cus
tom
er s
enso
rs w
ith-
the
“TED
S” o
ptio
n?Ye
s.
9. W
hat
is a
sam
plin
g ra
te?
The
num
ber
of tim
es p
er s
econd a
n a
nal
og t
o d
igital
conve
rter
tak
es
read
ings
and c
onve
rts
per
sec
ond.
10. W
hat
is t
he N
yqui
st c
rite
ria?
In o
rder
to r
e-cr
eate
an a
nal
og s
ignal
, th
e sa
mplin
g r
ate
must
be
at
leas
t tw
ice
the
freq
uen
cy o
f th
e so
urc
e an
alog s
ignal
.
11. W
hat
is b
andw
idth
?The
span
of in
put
freq
uen
cies
that
a d
evic
e is
des
igned
to o
per
ate
within
.
12. W
hy is
the
ban
dwid
th s
omet
imes
low
er t
han
the
sam
-pl
ing
rate
?In
ord
er t
o c
aptu
re s
mal
l det
ails
of a
real
world s
ignal
, hig
her
sam
plin
g
rate
s ar
e nee
ded
to a
void
the
alia
sing a
nd m
eet
the
Nyq
uis
t cr
iter
ia.
The
sam
plin
g r
ate
is y
our
tim
e dom
ain r
esolu
tion.
13. I
s th
e sa
mpl
ing
rate
aff
ecte
d by
ele
ctri
cal l
oads
suc
h as
impe
danc
e of
a s
enso
r?Ty
pic
ally
no.
How
ever
, in
som
e m
ultip
lexe
d s
yste
ms
the
sam
plin
g r
ate
is
div
ided
equal
ly a
mong d
iffe
rent
chan
nel
s.
14. W
hat
is o
utpu
t an
d in
put
impe
danc
e?O
utp
ut
imped
ance
is
the
min
imum
res
istive
load
on a
n e
lect
rica
l outp
ut
that
will
not
cause
a v
oltag
e dro
p for
a giv
en v
oltag
e. I
nput
imped
ance
is
the
amount
of re
sist
ive
load
ing in a
n e
lect
rica
l in
put.
Inst
rum
enta
tion
typic
ally
has
ver
y hig
h input
imped
ance
to r
educe
res
istive
err
ors
.
15. H
ow m
any
sens
ors
can
be c
onne
cted
to
inst
rum
enta
-ti
on?
This
is
dep
enden
t on o
utp
ut
imped
ance
of ex
cita
tion c
ircu
itry
. The
par
-al
lel co
mbin
atio
n o
f re
sist
ive
load
s ca
nnot
be
less
the
min
imum
req
uired
lo
ad o
n t
he
giv
en e
lect
rica
l outp
ut.
1. W
hat
is t
he d
iffe
renc
e be
twee
n an
alog
and
dig
ital
si
gnal
s?An a
nal
og s
ignal
is
infinitel
y co
ntinuous,
a d
igital
sig
nal
is
quan
tize
d o
r bro
ken u
p d
epen
din
g o
n b
it r
esolu
tion.
2. W
hat
is a
bit
? A b
it o
f in
form
atio
n r
epre
sents
either
an “
on”
or
“off
” st
ate.
3. W
hat
is a
bit
res
olut
ion?
Bit r
esolu
tion is
the
num
ber
of st
eps
or
poss
ibili
ties
for
a giv
en #
of bits.
Fo
r ex
ample
, a
4 b
it n
um
ber
has
2 t
o t
he
pow
er o
f 4
poss
ibili
ties
whic
h
equal
s 16 d
istinct
poss
ibili
ties
.
4. W
hat
are
“nib
bles
”, “
byte
s” a
nd “
wor
ds”?
A n
ibble
= 4
bits,
a b
yte
= 8
bits,
a w
ord
= 1
6 b
its.
5. W
hat
does
“ki
lo”,
“m
ega”
and
gig
a” m
ean
in t
he d
igit
al
dom
ain?
Kilo
= 1
024,
meg
a =
1024
2,
gig
a =
1024
3.
Ther
efore
8k
byt
es m
eans
that
we
hav
e 8 x
1024 =
8192 p
iece
s of 8 b
it info
rmat
ion.
6. W
hat
is a
nalo
g to
dig
ital
con
vers
ion?
This
is
the
pro
cess
in w
hic
h a
n a
nal
og s
ignal
is
quan
tize
d into
a d
igital
si
gnal
. U
sual
ly p
erfo
rmed
by
a dev
ice
know
n a
s an
anal
og t
o d
igital
co
nve
rter
.
7. W
hat
is fr
eque
ncy
resp
onse
?Anoth
er t
erm
to d
escr
ibe
ban
dw
idth
.
8. W
hy d
o I s
omet
imes
see
a -3
db c
utof
f fr
eque
ncy
liste
d as
a s
peci
ficat
ion?
Wha
t do
es t
his
mea
n?This
is
the
poin
t w
her
e th
e si
gnal
will
att
enuat
e to
about
70.7
% o
f th
e origin
al s
ignal
, usu
ally
chose
n a
s a
mar
ker
in w
hic
h t
o d
escr
ibe
the
ban
dw
idth
of a
filter
or
dev
ice.
The
-3db is
the
smal
lest
dis
cern
able
ste
p
in v
olu
me
that
the
hum
an e
ar w
ill d
istinguis
h.
Freq
uent
ly A
sked
Que
stio
ns A
bout
Inst
rum
enta
tion
FUTE
K T
EDS
Sens
or K
it
DB9
Mal
e Co
nnec
tor
w/ T
EDS
ww/ T
EDS
Sens
or w
/In
tegr
ated
Cabl
e
Sens
or w
/Re
cept
acle
& Bu
ilt in
TEDS
IPM
500
IAC1
60TE
DSAd
apte
rBo
ard
IAC5
00TE
DS/
USB
Boar
d
Com
plet
e Sy
stem
w/ T
EDS
cle
clele
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
3
ww
w.fu
tek.
com
33
1. W
hat
is t
he t
echn
olog
y us
ed o
n FU
TEK
Sen
sors
? Bonded
foil
stra
in g
ages
.
2. W
hat
is t
he “
FS”
or “
RO
" w
hich
are
ref
erre
d to
in t
his
cata
log
or o
ther
dra
win
gs?
“FS”
stan
ds
for
FULL
Sca
le a
nd “
RO
" st
ands
for
Rat
ed O
utp
ut w
hic
h is
als
o
know
n a
s te
rmin
al o
utp
ut w
hic
h is
the
mV/V
outp
ut at
the
rate
d c
apac
ity.
It
is
use
d t
o c
alcu
late
per
centa
ge
erro
r.
3. W
hat
exac
tly
is m
V/V
out
put?
The
elec
tric
al o
utp
ut
of
senso
r in
mill
i vo
lts
(mV)
per
volt (
V)
of
senso
r ex
cita
tion a
t th
e ra
ted lo
ad, To
rque
or pre
ssure
. Fo
r ex
ample
the
elec
tric
al
voltag
e outp
ut of a
load
cel
l with 2
mV/V
out put at
100 lb
s ra
ted c
apac
ity
utiliz
ing 1
0 v
olts
exci
tation w
ill b
e 20 m
V a
t 100 lbs
or
0.2
mV f
or
each
lb
s of ap
plie
d load
.
4.W
hat
is t
he S
cale
fac
tor
used
on
FUT
EK
cer
tific
ates
w
ith
syst
em c
alib
rati
on?
When
a s
enso
r is
cal
ibra
ted w
ith F
UTEK I
PM500 (
D500)
series
of
dis
pla
y in
stru
men
ts a
uniq
ue#
is
pro
vide
for
the
syst
em w
hic
h i
s ca
lled S
cale
fa
ctor. I
f th
e se
nso
r is
rep
lace
d o
r ch
anged
, th
e sc
ale
fact
or
for
the
re-
pla
cem
ent
senso
r or
new
sen
sor
should
be
ente
red u
tiliz
ing t
he
Men
u o
f th
e dis
pla
y fo
r pro
per
sca
ling o
f th
e new
or
chan
ged
sys
tem
. Pl
ease
vis
it
ww
w.f
ute
k.c
om
tec
h s
upport
sec
tion for
IPM
500 (
D500)
series
.
5.Is
cal
ibra
tion
Cer
tific
ate
avai
labl
e on
line?
Yes,
Fute
k has
mad
e fu
ll ca
libra
tion c
ertifica
te a
vaila
ble
onlin
e si
nce
1998.
Plea
se v
isit w
ww
.fu
tek.c
om
and e
nte
r th
e se
nso
r ID
# e
ngra
ved o
n e
ach
FUTEK s
enso
r in
the
sear
ch b
ox o
r yo
u m
ay a
lso r
efer
to t
ech s
upport
for
calib
ration r
ecord
.
6. H
ow r
elia
ble
are
Fute
k lo
ad c
ells
? W
hat
will
the
failu
re
rate
or
MTB
F be
in m
y ap
plic
atio
n?
Pls
conta
ct F
UTEK o
r vi
sit
ww
w.f
ute
k.co
m f
or a
white
pap
er o
n "
MTBF"
.
7. H
ow w
ell w
ill F
utek
sen
sors
sur
vive
fati
gue
in r
epet
i-ti
ve t
esti
ng a
pplic
atio
ns?
It d
epen
ds
on s
enso
r ty
pe
and a
lso t
he
pre
sence
of
extr
aneo
us
load
s &
m
om
ents
. Pl
ease
conta
ct F
UTEK o
r vi
sit
ww
w.f
ute
k.c
om
for
det
aile
d
extr
aneo
us
fact
ors
per
model
.
8. H
ow c
an I
valid
ate
the
perf
orm
ance
of m
y lo
ad c
ell m
y-se
lf? C
an I
calib
rate
my
load
cel
l in-
hous
e?Ye
s yo
u m
ay.
FUTEK o
ffer
s a
com
ple
te V
Cal
sys
tem
to s
upport
in h
ouse
ve
rifica
tion &
cal
ibra
tion.
Plea
se v
isit w
ww
.vca
l.n
et.
9.W
hat k
ind
of in
stru
men
tatio
n is
ava
ilabl
e to
dis
play
the
load
s be
ing
mea
sure
d? C
an th
e lo
ad c
ells
be
inte
rfac
ed to
my
PC?
Plea
se ref
er to
inst
rum
ent s
ectio
n on
pag
e 17
. Via
RS23
2, R
S48
5 & U
SB in
terf
ace
&
anal
og o
utpu
t op
tion
for
dire
ct c
onne
ctio
n to
PC. In
terf
ace
softw
are
also
ava
ilabl
e.
10. W
hat
is m
eant
by
“Ove
rloa
d Pr
otec
tion
”?
Prot
ects
the
loa
d ce
ll fr
om a
ccid
enta
l ov
erlo
adin
g ab
ove
the
rate
d ca
paci
ty.
FUTE
K h
as in
tegr
ated
thi
s un
ique
fea
ture
in m
ost
of it
s lo
w c
apac
ity
prod
uct.
11. W
hat
is t
he r
ange
of
exci
tati
on v
olta
ge t
hat
can
be a
p-pl
ied
to t
he u
nits
? Fu
tek
prov
ides
max
imum
exc
itat
ion
voltag
e va
lues
per
Mod
el in
thi
s ca
talo
g.
12. W
hat
is t
he lo
ad c
ell r
esol
utio
n?
All
FUTEK s
trai
n g
age
type
senso
rs h
ave
anal
og o
utp
ut an
d the
reso
lution
is lim
ited
by
inst
rum
enta
tion,
elec
tronic
s, a
nd e
xist
ing n
ois
e.
13. D
oes
cabl
e le
ngth
aff
ect
the
load
cel
l out
put?
Ye
s it
does
. Esp
ecia
lly w
ith 4
wire
sen
sors
. Vis
it w
ww
.fute
k.co
m fo
r de
taile
d re
port
.
14. H
ow d
o I u
se S
hunt
cal
ibra
tion
? See
insi
de
bac
k co
ver
of th
is c
atal
og.
15. W
hat
is m
atch
ed, N
orm
aliz
ed o
r st
anda
rdiz
ed o
utpu
t?
Most
FU
TEK s
tandar
d l
oad
cel
ls h
ave
nom
inal
outp
ut
with ±
15%
tole
r-an
ce.
We
can m
atch
the
outp
ut
of
a bat
ch o
f th
e lo
ad c
ells
to t
he
low
est
outp
ut va
lue.
Or
we
can s
tandar
diz
e or
norm
aliz
ed the
outp
ut per
printe
d
spec
ifica
tion s
uch
as
2m
V/V
or
3m
V/V
with t
ighte
r to
lera
nce
.
16. H
ow d
o I t
roub
lesh
oot
my
sens
or?
Ver
ify
the
bridge
resi
stan
ce a
cross
the
input
& o
utp
ut
legs,
chec
k Zer
o a
t no load
, Le
akag
e to
gro
und,
elec
tric
al s
hort
s, w
irin
g c
ode
& c
onnec
tions
and c
hec
k th
e in
stru
men
t se
tup &
configura
tion.
Als
o c
hec
k yo
ur
cable
&
connec
tor
asse
mbly
.
17. H
ow c
riti
cal i
s m
ount
ing
bolt
tor
que?
It
is v
ery
critic
al &
can
res
ult in
Zer
o d
isto
rtio
n &
spec
ifica
tion e
rrors
. Vis
it
ww
w.f
ute
k.c
om
for
more
det
ails
.
18. D
o yo
u ha
ve t
echn
ical
sup
port
for
your
inst
rum
ents
on
ww
w.fu
tek.
com
? Ye
s. w
ww
.fute
k.co
m T
ech
Supp
ort s
ectio
n fo
r m
ore
deta
ils
19. C
an I
bala
nce
my
high
zer
o of
fset
? Ye
s. P
leas
e re
fer
to Z
ero B
alan
ce c
alcu
lato
r on w
ww
.fu
tek.c
om
in t
he
calc
ula
tor
sect
ion.
20. W
here
did
you
get
the
ver
y po
pula
r FU
TEK
on
line
calc
ulat
ors?
All
FUTEK c
alcu
lato
rs in
cludin
g t
he
conve
rsio
n c
alcu
lato
rs w
ere
des
igned
, cr
eate
d a
nd c
oded
by
FUTEK E
ngin
eering t
eam
.
21. A
re F
UTE
K T
RS,
TR
D, T
RH
600
& 6
05 n
on c
onta
ct r
o-ta
ry t
orqu
e se
nsor
s st
rain
gag
e ty
pe o
r m
agne
tic
type
? They
are
str
ain g
age
type.
FU
TEK n
on-c
onta
ct s
tandar
d s
erie
s m
eet up to
12000RPM
. Pl
ease
see
pag
e 14
.
22. H
ow d
o I a
void
dam
agin
g m
y se
nsor
dur
ing
hand
ling
&
inst
alla
tion
? Sim
ply
hav
e yo
ur
senso
r co
nnec
ted t
o t
he
elec
tronic
s, a
llow
ing t
he
sen-
sor
to t
alk
to y
ou.
23. W
hat
is
Non
-line
arit
y?T
he
m
ax
imu
m
Devia
tion
of
the
Calibra
tion C
urv
e fr
om
a s
trai
ght lin
e d
raw
n
be
twe
en
the n
o-l
oad an
d
Rate
d L
oad o
ut-
puts
, ex
pre
ssed
as
a per
centa
ge
of the
Rate
d O
utp
ut
and
measu
red o
n i
n-
crea
sing load
only
.
24. W
hat
is t
he
Hys
tere
sis?
The
max
imum
dif-
fere
nce
betw
een
the
tran
sduce
r ou
t-put re
adin
gs
for th
e sa
me
applie
d lo
ad;
one
read
ing o
bta
ined
by
incr
easi
ng the
load
fro
m z
ero
and the
other
by
dec
reas
ing the
load
from
Rat
ed O
utp
ut.
Usu
ally
mea
sure
d
at h
alf Rat
ed O
utp
ut an
d e
xpre
ssed
in p
erce
nt of Rat
ed O
utp
ut.
Mea
sure
-m
ents
should
be
take
n a
s ra
pid
ly a
s poss
ible
to m
inim
ize
Cre
ep.
25. W
hat
is t
he N
on-r
epea
tabi
lity?
The
max
imum
diffe
rence
bet
wee
n tra
nsd
uce
r ou
tput re
adin
gs
for re
pea
ted
load
ings
under
iden
tica
l lo
adin
g a
nd e
nvi
ronm
ent
conditio
ns .
Freq
uent
ly A
sked
Que
stio
ns A
bout
Fut
ek S
enso
rs
Sele
cted
Com
mon
Acr
onym
s1.
Wha
t is
MTB
F?M
ean T
ime
Bet
wee
n F
ailu
re is
the
mea
sure
of th
e ex
pec
ted r
elia
bili
ty o
f a
par
t, s
ubsy
stem
or
syst
em.
It
is a
sta
tist
ical
mea
sure
of how
long t
he
aver
age
par
t of th
is t
ype
should
oper
ate
bef
ore
fai
lure
. S
ince
this
is
the
aver
age,
hal
f th
e par
ts a
re e
xpec
ted t
o fai
l bef
ore
this
# a
nd h
alf af
ter.
MTBF
is u
sual
ly e
xpre
ssed
in h
ours
of oper
atio
n o
r num
ber
of cy
cles
to
failu
re.
MTT
F, o
r “m
ean t
ime
to fai
lure
,” is
the
sam
e m
easu
re a
s M
TBF
and is
oft
en a
pplie
d t
o p
arts
or
syst
ems
that
are
not
repai
rable
.
2. W
hy is
MTB
F im
port
ant
in s
elec
ting
a s
enso
r?
Ther
e ar
e tw
o a
spec
ts in s
enso
r se
lect
ion in w
hic
h M
TBF
can b
e an
im
-port
ant
fact
or.
In d
esig
ns
wher
e th
e se
nso
r is
in a
critica
l ap
plic
atio
n,
a se
nso
r w
ith a
hig
her
MTBF
would
be
expec
ted t
o o
per
ate
longer
bef
ore
fa
ilure
. A
lso,
if
the
senso
r is
inst
alle
d i
n a
loca
tion w
ith l
imited
acc
ess
wher
e it w
ould
be
difficu
lt to r
epla
ce, a
hig
her
MTBF
should
res
ult in
few
er
repla
cem
ents
ove
r th
e lif
etim
e of th
e pro
duct
.
3. W
hat
is F
MEA
?Fa
ilure
Modes
and E
ffec
ts A
nal
ysis
is
a sy
stem
atic
met
hodolo
gy
for
ana-
lyzi
ng a
nd d
ocu
men
ting a
ll of th
e poss
ible
fai
lure
cau
ses
of a
par
t, a
s-se
mbly
, su
bsy
stem
or
syst
em.
Eac
h indiv
idual
com
ponen
t is
eva
luat
ed
to d
eter
min
e th
e w
ays
in w
hic
h it
mig
ht
fail
along w
ith t
he
pro
bab
ility
of fa
ilure
and t
he
conse
quen
ces
if t
hat
fai
lure
occ
urs
. D
esig
n e
ngin
eers
th
en u
se t
his
info
rmat
ion t
o t
ake
step
s to
mitig
ate
the
effe
ct o
f cr
itic
al
failu
res.
Fu
tek
use
s FM
EA p
roce
sses
to h
elp iden
tify
sin
gle
-poin
t fa
il-ure
s to
ensu
re t
hat
we
are
pro
vidin
g t
he
most
robust
sen
sors
poss
ible
.
4. W
hat
is A
2LA
?The
Am
eric
an A
ssoc
iation
for La
bor
ator
y Acc
reditat
ion is
an ISO
-acc
redita-
tion
org
aniz
atio
n b
ette
r kn
own a
s A2LA
. It is
a n
onpro
fit,
non
-gov
ernm
ent
soci
ety
whose
mis
sion is
to p
rovi
de
com
pre
hen
sive
ser
vice
s in
labora
tory
ac
cred
itat
ion a
nd t
rain
ing. T
hey
audit a
nd a
ccre
dit c
om
plia
nce
and c
om
-pet
ency
to t
he
ISO
cal
ibra
tion s
pec
ifica
tion,
ISO
/IEC 1
7025:2
005.
4New
Mo
del
Old
Mo
del
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
OEM
Loa
d C
ells
(In
teg
rati
on
Req
uir
ed
)
4
Sp
ike R
esi
stan
t P
ed
al Fo
rce
Sen
sor
� 17-4
sta
inle
ss s
teel
one-
pie
ce c
onst
ruct
ion
� Lo
w p
rofile
, off-c
ente
r lo
adin
g e
rror
<1%
� 24 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� W
eight:
16 o
z (4
54 g
)�
Deta
chab
le m
ou
nti
ng
pla
te w
ith
ho
se cl
am
p m
ou
nti
ng
pro
visi
on
in
clu
ded
A
. in
. .
mm
B
. in
. .
mm
B
A
Seat
Belt
Sen
sor
� Te
sts
tensi
on f
orc
es o
n s
eat
bel
ts�
Acc
epts
bel
ts u
p t
o 0
.1 T
hk
� Anodiz
ed A
lum
inum
� 24 A
wg,
4 c
onduct
or
shie
lded
Tefl
on c
able
,
10 f
t Lo
ng
� W
eight
4.8
oz
(136 g
) �
TED
S I
EEE1451.4
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.O
pera
tin
g T
em
p..
....
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.W
irin
g C
od
e..
....
....
...C
C6T
B
AA
.
in.
. m
mB
.
in.
. m
m
LAU
30
0
LAU
20
0
A
. in
. .
mm
B
. in
. .
mm
B
A
MA
U3
00
A
. in
. .
mm
B
. in
. .
mm
B
A
Aut
omot
ive
Fute
k of
fers
a c
ompl
ete
serie
s of
sen
sors
for a
utom
otive
test
ing.
Pro
duct
s su
ch a
s th
e pe
dal f
orce
and
stic
k sh
ift s
enso
r ar
e sp
ecifi
cally
des
igne
d to
mee
t ind
ustry
requ
irem
ents
incl
udin
g sm
all p
acka
ge s
ize,
low
pro
file,
and
ligh
t wei
ght d
esig
n,
one
piec
e co
nstru
ctio
n, o
ff ce
nter
load
ing
and
spik
e re
sist
ance
. The
oth
er s
tand
ard
sens
ors
liste
d be
low
are
sel
ecte
d fo
r en
dura
nce,
fatig
ue te
stin
g, v
alid
atio
n, v
erifi
catio
n an
d qu
alifi
catio
n pr
ogra
ms.
Au
tom
oti
veEn
du
ran
ce T
est
ing
Sen
sors
1/4-
28 F
EMAL
E-FE
MAL
ELC
F300
(pg.
7)
1/2-
20 F
EMAL
E-FE
MAL
ELC
F400
(pg.
8)
1/2-
20 M
ALE-
FEM
ALE
LCB5
00 (p
g. 7
)
PANC
AKE
LOAD
CEL
LLC
F450
(pg.
8)
*All
sens
ors
avai
labl
e w
ith T
ED
S o
ptio
n (IE
EE
145
1.4)
LOAD
/ FO
RCE
WAS
HER
LLW
Ser
ies
(pg.
10)
DONU
T / T
HRU
HOLE
LT
H Se
ries
(pg.
10
& 11
)PA
NCAK
E KE L
OAD
LOAD
CEL
CL
SEAT
BEL
T SE
NSO
RLA
U300
VISO
R SE
NSO
RQ
1093
6
1/
WIN
DOW
PIN
CH S
ENSO
RLM
D300
STIC
K SH
IFT
SENS
OR
MAU
300
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
5%
of
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
of
RO
Op
era
tin
g T
em
p..
....
-40 t
o 1
60°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.W
irin
g C
od
e..
....
....
...W
C1
Sti
ck S
hif
t/G
ear
Sh
ift
Kn
ob
�
Mea
sure
Fx
and F
y lo
ads
� Anodiz
ed a
lum
inum
� Erg
onom
ic c
over
w/
antisl
ip n
otc
hes
� 28 A
WG
, 4 c
onduct
or, s
hie
lded
PVC c
able
, 10 f
t.
long
� W
eight:
9 o
z (2
55 g
)
LAU
22
0R
ate
d O
utp
ut
(RO
)..
2-3
mV/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
5%
of
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
of
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
06”
nom
.W
irin
g C
od
e..
....
....
..W
C1
Ped
al Fo
rce/
Acc
ele
rato
r S
en
sor
� 17-4
sta
inle
ss s
teel
one-
pie
ce c
onst
ruct
ion
� Lo
w p
rofile
, off-c
ente
r lo
adin
g e
rror
<1%
� FS
H00173 L
emo®
mat
ing w
ith 1
0 f
t PV
C c
able
as
sem
bly
incl
uded
� W
eight:
6 o
z (1
70 g
)�
Deta
chab
le m
ou
nti
ng
pla
te w
ith
ho
se cl
am
p m
ou
nti
ng
pro
visi
on
in
clu
ded
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% o
f RO
Hys
tere
sis.
....
....
....
..±
0.2
% o
f RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
05 -
0.0
09”
nom
.W
irin
g C
od
e..
....
....
..CC4,
WC1
LMD
30
0
A
. in
. .
mm
B
. in
. .
mm
A
B
300,
500 l
bf
(1334,
2224 N
)
3K
lbf
(13K
N)
10,
25,
50,
100
300
lbf
44,
111,
222,
445,
1334 N
10,
25,
50,
100,
200
lbf
44,
111,
222,
445,
890 N
50
lbf
(222
N)
Pin
ch S
en
sor
� U
sed t
o m
easu
re p
inch
forc
e in
med
ical
reh
ab.,
la
b t
esting a
nd w
indow
pin
ch f
orc
e
mea
sure
men
t�
Anodiz
ed a
lum
inum
� 29 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Wei
ght:
0.7
oz
(20 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% o
f RO
Op
era
tin
g T
em
p..
....
0 t
o 1
60°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..1000
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
05”
nom
.W
irin
g C
od
e..
....
....
...
WC1
IN L
INE
SIG
NAL
COND
ITIO
NER
CSG
110
(pg.
19)
TOUC
H SC
REEN
DIG
ITAL
DIS
PLAY
IPM
600
(pg.
19)
PEDA
L FO
RCE
SENS
OR
LAU2
00 /
LAU2
20
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
TEDS
Opt
ion
avai
labl
e on
all
mod
els
show
n ab
ove.
()
()
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
5
ww
w.fu
tek.
com
Med
ical
/ R
ehab
ilita
tion
Ap
pli
cati
on
Exam
ple
s
Pin
ch S
en
sor
� U
sed t
o m
easu
re p
inch
forc
e in
med
ical
reh
ab.,
la
b t
esting a
nd w
indow
pin
ch f
orc
e
mea
sure
men
t�
Anodiz
ed a
lum
inum
� 29 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t
� W
eight:
0.7
0 o
z (2
0 g
)
A =
1.54
in. (
39.1
mm
)B
= 0.
55 in
. (14
.0 m
m)
A
B
Han
d G
rip
per
� O
ne
pie
ce a
lum
inum
const
ruct
ion
� Can
be
use
d in r
ehab
ther
apy
and a
s an
auditin
g h
and t
ool
� 4 P
in L
emo R
ecep
tacl
e�
Wei
ght:
3.6
oz
(102 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
5%
of
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
of
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18VD
CB
rid
ge R
esi
stan
ce..
.350
Ω n
om
.W
irin
g C
od
e..
....
....
...
WC1,
CC4
B
C
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
2.78
1.73
0.63
A
Adva
nced
Sen
sor T
echn
olog
nc.
LMD
50
0
LMD
30
050 l
bf
(222 N
)
300 l
bf
(1334
N)
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
Fute
k of
fers
a v
arie
ty o
f sta
ndar
d se
nsor
s fo
r med
ical
app
licat
ions
suc
h as
: aut
omat
ed d
rug
deliv
ery
cont
rol s
yste
ms,
in
fusi
on p
ump,
flui
d / m
edic
al b
ag w
eigh
ing,
ste
riliz
atio
n sy
stem
s, a
nd re
hab
equi
pmen
t. Be
low
are
som
e of
the
min
ia-
turiz
ed, s
ubm
ersi
ble,
cry
ogen
ic, R
oHS
com
plia
nt, a
nd M
RI c
ompa
tible
sen
sors
that
mak
e ch
alle
nges
mor
e fe
asib
le to
ov
erco
me
in th
is d
eman
ding
mar
ket.
Cus
tom
sen
sors
can
als
o be
pro
vide
d fo
r new
OEM
app
licat
ions
.
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% o
f RO
Op
era
tin
g T
em
p..
....
0 t
o 1
60°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..1000
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
05”
nom
.W
irin
g C
od
e..
....
....
...
WC1
1. D
entis
try /
Nec
k Se
nsor
Cus
tom
ized
4 c
hann
el s
enso
r to
mea
sure
forc
es a
pplie
d du
ring
jaw
relo
catio
n
whi
le p
ushi
ng th
e he
ad d
own
into
nec
k or
all
side
s. H
elps
min
imiz
e fo
rces
dur
ing
oper
atio
n.2.
Blo
od T
rans
fusi
on M
anag
emen
t Sys
tem
s &
Kidn
ey D
ialy
sis
(Pg.
13)
O
EM ty
pe lo
ad c
ell M
odel
LSM
250
& 30
0 w
ith o
verlo
ad p
rote
ctio
n av
aila
ble
f
rom
100
g to
500
lbf c
apac
ity fo
r bag
wei
ghin
g ap
plic
atio
ns.
3. C
arpe
l Tun
nel
V
ery
spec
ializ
ed 3
inte
grat
ed lo
ad c
ells
are
use
d in
ass
essi
ng a
wid
e
ran
ge o
f N
euro
mus
cula
r and
ske
leta
l dis
orde
rs4.
Pin
ch T
est A
ND
Han
d G
rippe
r
Util
ized
in m
any
reha
bilit
atio
n pr
ogra
ms
to d
eter
min
e th
e se
verit
y of
the
inju
ry,
a
s w
ell a
s th
e sp
eed
of re
cove
ry. H
elps
iden
tify
hand
pai
ns.
5. T
endo
n &
Liga
men
t Tra
nsdu
cer
S
peci
al m
inia
ture
ver
sion
of t
he S
-Bea
m ty
pe is
use
d to
mea
sure
tens
iona
l
forc
es o
f ten
dons
and
ligam
ents
dur
ing
surg
ical p
roce
dure
s. S
ome
spec
ial
ty
pes
are
also
impl
ante
d to
mea
sure
forc
es a
nd p
rovi
de fe
edba
ck.
6. O
phth
alm
olog
y (P
g. 9
-10)
S
mal
l loa
d bu
tton
type
or f
orce
sen
sors
use
d in
Oph
thal
mol
ogy
syst
ems
d
urin
g cr
itica
l ope
ratio
ns to
con
trol a
pplie
d fo
rces
on
the
shar
p bl
ade.
7. F
luid
Wei
ghin
g &
Dru
g D
eliv
ery
Syst
em (P
g. 1
1-13
)
Sbe
am J
r. &
LSM
ser
ies
wid
ely
used
for t
his
type
of O
EM a
pplic
atio
n.8.
Orth
oped
ic A
ND
Joi
nt S
timul
ator
(Pg.
8)
L
oad
cells
sim
ilar t
o LC
F se
ries
are
wid
ely
used
for e
ndur
ance
test
ing
of
a
rtific
ial /
impl
ant
Knee
or h
ip jo
ints
in th
e “L
oad
Soak
Sta
tion
syst
em” o
r
oth
er m
edica
l sim
ulat
or.
9. G
uide
Wire
Tor
que
Verifi
catio
n (P
g. 1
5)
FU
TEK'
s ve
ry lo
w c
apac
ity 5
In-o
z TF
F400
with
a d
igita
l dis
play
as
a sy
stem
is
used
to v
erify
the
torq
ue in
gui
de w
ire.
For m
ore
appl
icat
ion
exam
ples
, vis
it FU
TEK'
s kn
owle
dge
cent
er o
r ap
plic
atio
ns s
ectio
n on
ww
w.fu
tek.
com
.
TEDS
Opt
ion
avai
labl
e on
all
mod
els
show
n ab
ove.
B
en
din
gB
eam
Use
d t
o m
onitor
fluid
chan
ges
in
infu
sion p
um
p o
r oth
er d
rug d
eliv
-er
y in
stru
men
ts.
LSM
500
(pg.
13)
B
an
d A
id
Sen
sor
A v
ery
flex
ible
bea
m t
hat
can
be
use
d in t
en-
sion o
r ben
din
g.
QL
A10
1
Fo
rce S
en
sor
Ava
ilable
fro
m
100 g
ram
s to
40 lbf. U
sed in
inst
rum
enta
tions
such
as
infu
sion
pum
ps.
FBB
300
& F
BB
350
(pg.
13)
In
Lin
e T
en
-si
on
/ C
om
-p
ress
ion
Spec
ial ve
rsio
n
for
MRI
envi
ron-
men
t ap
plic
a-tions.
LR
F400
(pg.
11)
Fl
at
Pla
te
Forc
e S
en
sor
FUTEK's
uniq
ue
Arc
him
edea
ndes
ign w
idel
y use
d in m
edic
al
inst
rum
ents
.FF
P350
(pg.
13)
S
ub
mers
ible
Jr.
S-B
eam
S-b
eam
Jr
w/
ef-
fect
ive
over
load
st
op n
ow
ava
il-ab
le w
/ su
b-
mer
sible
option.
QL
A15
0
6
Spec
ial &
Cus
tom
Des
ign
Cap
abili
tyD
onut
/ T
hru
Hol
e Lo
ad C
ells
2.4
85"
OD
, 1.7
5"
ID,
750lb
f, C
ab
le e
xit
fr
om
to
p o
r b
ott
om
d
ep
en
din
g o
n i
nst
al-
lati
on
11
.48
" O
D,
8"
ID,
2000 lbf in
com
pr. w
/ m
ou
nti
ng
pro
visi
on
on o
utt
er r
ing,
25 lbf
inte
nsi
on
3.4
8"
OD
, 2.1
3"
ID,
5K lbf, w
/ q
uic
k d
is-
con
nect
lem
o r
ece
p-
tib
le,
stan
dar
d o
ption
w/
LTH
500 s
erie
s
6.3
3"O
D,
4.7
4"
ID,
.078"
Hei
ght,
56K lbf,
with inte
rnal
am
plifi
er
hav
ing 4
-20
mA
or
5V
DC
anal
og o
utp
ut
1.4
8"O
D,
3/
8"
- 1
6
Th
read
s th
rou
gh
ce
nte
r, .
4"
Heig
ht,
300 lbf, 2
x #
4-4
0 U
NC
Thre
ads
on o
utt
er r
ing
7"O
D,
3.0
2"
ID,
1.3
8"
Hei
ght,
50
Klb
f,
des
igned
w/
spec
ified
g
roo
ves
or
load
ing
pad
s
•
Capa
citie
s fro
m g
ram
s to
hun
dred
thou
sand
s of
pou
nds
•
Ove
rload
sto
p pr
ovis
ion
•
Ampl
ified
/ di
gita
l Out
puts
., TE
DS
IEEE
1451
.4 C
lass
2 e
nabl
ed•
Su
bmer
sibl
e, N
on-m
agne
tic v
ersi
ons
avai
labl
e
FUTE
K of
fers
a v
arie
ty o
f cho
ices
with
its
in-li
ne D
onut
/ Th
ru H
ole
Load
Cel
ls. T
he s
tand
ard
LTH
Ser
ies
are
avai
labl
e w
ith
a w
ide
sele
ctio
n of
insi
de d
iam
eter
s an
d ca
paci
ties.
Ple
ase
refe
r to
page
s 10
-11
. Fut
ek h
as b
een
able
to ta
ke th
e st
anda
rd
desi
gn a
nd m
ake
nece
ssar
y ch
ange
s to
fit t
he re
quire
d ap
plic
atio
n. B
asic
des
ign
and
confi
gura
tions
are
, but
not
lim
ited
to:
•
Endl
ess
varia
tions
of I
nner
and
Out
er d
iam
eter
s•
H
eigh
ts fr
om 0
.09
in &
abo
ve (2
.33
mm
& a
bove
)•
Th
read
ed C
ente
r hol
es o
r thr
eade
d ou
ter r
ing
•
Cab
le e
xits
from
top,
bot
tom
, inn
er d
iam
eter
* Sam
ple
Con
figur
atio
ns
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)
Cry
ogen
ic L
oad
Cel
ls
Tens
ion
& C
ompr
essi
on(5
0lbf
)C
ompr
essi
on
(30K
lbf)
FUTE
K ha
s pr
ovid
ed lo
w a
nd h
igh
capa
city
load
cel
l sol
utio
ns fo
r sev
eral
cry
ogen
ic
appl
icat
ions
as
low
as
-320
o F (-1
95.6
o C).
to s
uppo
rt ae
rosp
ace,
airc
raft,
and
med
ical
pr
ogra
ms.
Crit
ical
cha
lleng
es fo
r con
tinuo
us u
se o
f sen
sors
in e
xtre
me
envi
ronm
ents
th
at F
UTE
K ha
s m
anag
ed to
ove
rcom
e ar
e:
•
Cre
atin
g lo
ng te
rm s
tabi
lity,
mai
ntai
ning
spe
cific
atio
ns in
vac
cum
10-6
torr
•
Intri
nsic
ally
saf
e, a
ll m
ater
ial c
ompa
tible
in c
ryog
enic
env
ironm
ent
Mor
e Sp
ecia
l / C
usto
m D
esig
nsO
ur h
ighl
y qu
alifi
ed te
chni
cal t
eam
can
pro
vide
you
with
com
preh
ensi
ve s
ervi
ces
for t
he d
evel
opm
ent o
f a c
usto
m d
esig
n an
d/or
tech
nica
l inq
uirie
s re
gard
ing
exis
ting
stan
dard
pro
duct
s. B
elow
are
sel
ecte
d ex
ampl
es o
f our
inno
vativ
e cu
stom
pro
d-uc
ts d
esig
ned
per c
usto
mer
nee
ds /
spec
ifica
tions
.
Q12
387
Rad
ial Li
p F
orc
e
Veri
fica
tio
n
Sys
tem
Inte
gra
ted s
enso
r an
d
dis
pla
y w
/ cu
stom
des
igned
soft
war
e to
ch
eck
the
inte
grity
of
Was
her
s an
d O
-Rin
gs.
LSB
200
S-B
eam
Jr.
0.35
oz,
10
g Ca
pacit
yno
w av
ailab
le
Low
Cap
acit
y M
inia
ture
S-B
eam
Loa
d Cel
lH
as e
ffec
tive
bui
lt-in
m
echa
nica
l ov
erlo
ad
prot
ection
in T
en-
sion
/Com
pres
sion
of
over
1000%
.
Q10
461
Mu
lti S
en
sor
Inte
gra
tio
n3 inte
gra
ted load
ce
lls u
sed in
asse
ssin
g a
wid
e ra
nge
of
neu
rom
usc
ula
r an
d
skel
etal
dis
ord
ers.
LL
B39
0
Ult
ra T
hin
Lo
ad
Bu
tto
n
w/
Mo
un
tin
g
Bra
cket
Ava
ilable
cap
acity
is 1
lbf. T
he
thic
k-nes
s is
only
0.1
".
LL
P400
Blin
d H
ole
Gag
ed
Cle
vis
Pin
Fute
k has
dev
eloped
a
spec
ial pro
cess
for
gag
ing in b
lind h
ole
s of
various
size
s to
optim
ize
envi
ron-
men
tal pro
tect
ion.
Q10
109
Cla
mp
-On
Cab
le T
en
sio
n
Sen
sor
Mea
sure
s ca
ble
te
nsi
on s
uch
as
elev
ator
cable
s an
d
susp
ensi
on b
ridge
cable
s.
Q10
551
Co
llet
Sen
sor
Spec
ially
des
igned
to
mea
sure
colle
t in
duce
d f
orc
es.
Ava
ilable
in v
ario
us
size
s an
d forc
es t
o
mee
t yo
ur
require-
men
ts.
* En
gine
er n
ot in
clude
d
Q12
319
(750
Klb
f, 33
00 K
N)
Hig
h C
ap
aci
ty
Load
Lin
kD
emonst
rating
Fute
k in
-house
ca
pab
ility
to h
andle
pro
ject
s of
any
scal
e an
d s
ize.
Su
bm
ers
ible
Now
ava
ilable
as
stan
dar
d o
ption f
or
LSB200 S
-Bea
m J
r.
QL
A15
0(S
-Bea
m J
r.)
TEDS
Opt
ion
avai
labl
e on
all
mod
els
show
n ab
ove.
()
7©
2007
Fut
ek A
dvan
ced
Sens
or T
echn
olog
y, In
c.
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
(Meta
l Fo
il S
train
Gag
e T
ech
no
log
y)Lo
ad C
ells
New
Mo
del
Old
Mo
del
Desc
rip
tio
nD
imen
sio
ns
(in
.)S
peci
fica
tio
ns
Typi
cal A
pplic
atio
ns &
Mou
ntin
g G
uide
(Mor
e - w
ww
.fute
k.co
m/a
pps.
aspx
)
LCA
=C
an
iste
rLC
B=
Cyl
ind
rica
l M
ale
/Fe
male
LCF=
Cyl
ind
rica
l Fe
male
/Fe
male
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)
LCF3
00
Un
ivers
al Lo
ad
Cell
�In
-lin
e te
nsi
on/c
ompr
essi
on w
ith fem
ale/
fem
ale
thre
ads
�2024 a
lum
inum
(10-5
0lb
)
� 1
7-4
sta
inle
ss s
teel
(100-5
00 lb)
� Le
mo
® 4
pin
rec
epta
cle
(sta
ndar
d)
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P (o
ptional
)�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R (
optional
) �
Wei
ght:
5 o
z (1
42 g
); 1
0 o
z (1
7-4
S.
S.)
�O
ne-p
iece
co
nst
ruct
ion
, lig
ht
weig
ht
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)2m
V/V
nom
.(1m
V/V
10
-25
lb)
No
nli
neari
ty..
....
....
..±
0.2
5%
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02 n
om
.W
irin
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od
e..
....
....
..CC4
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. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
A
BC
D
A
. in
. .
mm
B
. in
. .
mm
C
/-
B
AC
LCA
31
0M
inia
ture
Lo
ad
Co
lum
n�
17-4
sta
inle
ss s
teel
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WG
, 4 c
onduct
or s
hie
lded
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on®
cab
le, 10 ft
� Sm
all pro
file
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tight
spac
es�
Colu
mn d
esig
n w
ith s
pher
ical
rad
iuse
d t
op
� W
eight:
2 o
z -
8 o
z (5
7 -
227 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
1%
RO
Hys
tere
sis.
....
....
....
..±
1%
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
03”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
A
B
C
FR1
07
5P
LCA
70
0A
.
in.
. m
mB
.
in.
. m
mC
.
in.
. m
m
A
BC
Hig
h C
ap
aci
ty L
oad
Co
lum
n�
17-4
sta
inle
ss s
teel
� H
igh c
apac
ity
colu
mn
� Spher
ical
rad
iuse
d t
op
� H
andle
for
easy
car
ryin
g�
Wei
ght:
45 lb (
20Kg),
50lb
(23Kg)
�S
imil
ar
to Q
10
65
4
Ro
d E
nd
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
, fe
mal
e/m
ale
thre
ads
� 28 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Teflon
® c
able
optional
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
3.5
oz
(99 g
)�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
). 2
mV/V
nom
. (1
mV/V
3K
)
No
nli
neari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
LCB
20
0A
.
in.
. m
mB
.
in.
. m
mC
.
in.
. m
mD
/
-
A
BC
D
D
LCB
40
0
LCB
45
0
LCB
50
0Ten
sio
n a
nd
Co
mp
ress
ion
� In
-lin
e lo
adin
g f
or
com
pre
ssio
n/t
ensi
on
� Sta
inle
ss S
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(not
in
cluded
)�
One
pie
ce c
onst
ruct
ion.
Idea
l fo
r en
dura
nce
test
ing.
� W
eight:
1 lb (
.5Kg)
� See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
1.5
mV/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
5%
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
RO
Op
era
tin
g T
em
p..
....
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02 n
om
.W
irin
g C
od
e..
....
....
...
CC1
LCA
30
0M
inia
ture
Lo
ad
Co
lum
n�
17-4
sta
inle
ss s
teel
� 29 A
WG
, 4 c
onduct
or s
hie
lded
Tefl
on®
cab
le, 10 ft
� Sm
all pro
file
for
tight
spac
es�
Colu
mn d
esig
n w
ith s
pher
ical
rad
iuse
d t
op
� W
eight:
2 o
z -
8 o
z (5
7 -
227 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
1%
RO
Hys
tere
sis.
....
....
....
..±
1%
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
002”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
A
B
C
LCA
30
5M
inia
ture
Lo
ad
Co
lum
n�
17-4
sta
inle
ss s
teel
� 29 A
WG
, 4 c
onduct
or s
hie
lded
Tefl
on®
cab
le, 10 ft
� Sm
all pro
file
for
tight
spac
es�
Colu
mn d
esig
n w
ith s
pher
ical
rad
iuse
d t
op
� W
eight:
2 o
z -
8 o
z (5
7 -
227 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
1%
RO
Hys
tere
sis.
....
....
....
..±
1%
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
A
B
C
Fati
gu
e R
ate
d R
od
En
dTen
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
� M
ale/
fem
ale
thre
ad�
Ben
dix
® r
ecep
tacl
e: P
T02A-1
0-6
P�
Optional
mat
ing c
onnec
tor:
PT06A-1
0-6
S-S
R�
Wei
ght:
20 o
z (5
67 g
)�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02”
nom
.W
irin
g C
od
e..
....
....
..CC1
A
. in
. .
mm
B
. in
. .
mm
C
-
A
BC
Ro
d E
nd
Ten
sio
n/
Co
mp
ress
ion
� 2024 a
lum
inum
(1K,
2K lbs.
)�
17-4
sta
inle
ss s
teel
(3K,
5K,
10K lbs.
)�
Mal
e/fe
mal
e th
read
� Ben
dix
® r
ecep
tacl
e: P
T02A-1
0-6
P�
Optional
mat
ing c
onnec
tor:
PT06A-1
0-6
S-S
R�
Wei
ght:
8 o
z (2
27g);
20oz
(567g)
� See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. m
mC
/
-
A
BC
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02”
nom
.W
irin
g C
od
e..
....
....
..CC1
Rate
d O
utp
ut
(RO
)2 m
V/V
nom
.(3m
V/V
10
00
k)
No
nli
neari
ty..
....
....
..±
0.2
5%
RO
*H
yste
resi
s...
....
....
....
±0.2
5%
RO
*O
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.350/7
00
Ω n
om
.W
irin
g C
od
e..
....
....
..CC1,
WC4
*H
igher
acc
ura
cy u
sing d
ead w
eight
calib
ration
avai
lable
10,
25,
50,
100,
250,
500
lbf
44, 111, 222,
445,
1112,
2224 N
15K,
20K,
30K
lbf
67K,
89K,
133K
N
1K,
2K,
3K l
bf
(4K,
9K,
13K N
)
100,
200,
500,
1K,
2K,
3K,
5K
lbf
445,
890,
2224,
4K,
9K,
13K,
22K N
2K,
3K,
5K
lbf
(9K,
13K,
22K N
)
7.5
K,
10K
lbf
(33K,
44K N
)
5K,
10K,
20K l
bf
22K,
44K,
89K
N
1K,
2K,
3K,
5K,
10K
lbf
4K,
9K,
13K,
22K,
44K
N
500K,
750K,
1000K
lbf
2224K,
3336K,
4448K
N
PANC
AKE
LOAD
CELL
CLEV
IS
ROD
END
BEAR
ING
S-BE
A MLO
ADCE
LL
FOR
CE
WA
SHER
LOA
DC
ELL
HA
RD
ENED
WA
SHER
HA
RD
ENED
WA
SHER
BA
SEPL
ATE
THR
U H
OLETH
RU
HO
LELO
AD
CEL
L
.Pr
ess
.In
sert
ion
.M
ater
ial Te
stin
g.
Lam
inat
ion C
ontr
ol
Rec
om
men
ded
: LL
B, LT
H &
LC
F S
erie
s
.Endura
nce
Tes
ting
.In
sert
ion C
ontr
ol
.Fo
rce
Feed
bac
kR
ecom
men
ded
: LC
F, L
CB
, LC
M S
erie
s
.Bolt T
ensi
on I
ndic
ator
.M
easu
res
Silo
Wei
ght
.Pi
n I
nse
rtio
nR
ecom
men
ded
: LL
W &
LTH
S
erie
s
.Cra
ne
/ H
ois
t.
Mat
eria
l Te
stin
gR
ecom
men
ded
: LC
F, L
SB
, LR
F an
d L
RM
Ser
ies
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
A. B.
C. D.
TEDS
Opt
ion
avai
labl
e on
all
mod
els
show
n ab
ove.
()
()
() )
( ()
()
8
Load
Cel
ls(M
eta
l Fo
il S
train
Gag
e T
ech
no
log
y)
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
LCF=
Cyl
ind
rica
l Fe
male
/Fe
male
LCM
=C
ylin
dri
cal M
ale
/M
ale
1 l
b=
16
oz=
4.4
48
N=
45
3.6
g=
44
48
00
dyn
e
LCF8
00
In-L
ine C
an
iste
r w
/ F
em
ale
Th
read
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
� Fe
mal
e th
read
s on b
oth
ends
� 28 A
WG
, 6 c
onduct
or
shie
lded
PU
cab
le,
10 f
t�
Wei
ght:
10 lb (
4.5
Kg)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. m
mC
.
in.
. m
mD
/-
A
BC
D
Rate
d O
utp
ut
(RO
)...
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
5%
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
RO
Op
era
tin
g T
em
p..
....
.-4
5 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
01”
Wir
ing
Co
de..
....
....
..W
C4
LCF6
50
Low
Pro
file
/P
an
cake U
niv
ers
al
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(n
ot
incl
uded
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option
av
aila
ble
� W
eight:
70 lb (
32 K
g)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
/
-
A
B
C
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 3
50
Ω
Defl
ect
ion
....
....
....
...
0.0
05”
nom
.W
irin
g C
od
e..
....
....
..CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
LCF6
55
Low
Pro
file
/ P
an
cake U
niv
ers
al
(Ten
sio
n B
ase
of
LCF6
50
)�
In-l
ine
load
ing f
or
com
pre
ssio
n/t
ensi
on
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(not
in
cluded
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option a
vaila
ble
� W
eight:
135 lb (
61.2
Kg)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
/
-C
A
B
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 3
50
Ω
Defl
ect
ion
....
....
....
....
. 0.0
02
to 0
.005”
nom
.W
irin
g C
od
e..
....
....
...
CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
LCF4
55
Low
Pro
file
/ P
an
cake U
niv
ers
al
(Ten
sio
n B
ase
of
LCF4
50
)�
In-l
ine
load
ing f
or
com
pre
ssio
n/t
ensi
on
� Anodiz
ed a
lum
inum
(500-2
K lb);
17-4
sta
inle
ss
stee
l(300,
5K-1
0K lb)
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R (
optional
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option a
vaila
ble
� W
eight:
2.5
-6.9
lb (
1.1
-3.1
Kg)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
/-
* Met
ric th
read
ava
ilabl
e:C
C
A
B
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 7
00
Ω
Defl
ect
ion
....
....
....
....
. 0.0
02
to 0
.005”
nom
.W
irin
g C
od
e..
....
....
...
CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
LCF5
00
Low
Pro
file
/P
an
cake U
niv
ers
al
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(n
ot
incl
uded
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option
av
aila
ble
� W
eight:
9 lb (
4 K
g)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
/
-* M
etric
thre
ad a
vaila
ble:
C
A
B
C
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 3
50
Ω
Defl
ect
ion
....
....
....
...
0.0
02
to 0
.005”
nom
.W
irin
g C
od
e..
....
....
..CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
LCF5
05
Low
Pro
file
/ P
an
cake U
niv
ers
al
(Ten
sio
n B
ase
of
LCF5
00
)�
In-l
ine
load
ing f
or
com
pre
ssio
n/t
ensi
on
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(not
in
cluded
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option a
vaila
ble
� W
eight:
20 lb (
9 K
g)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
/
-* M
etric
thre
ad a
vaila
ble:
C
C
A
B
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 3
50
Ω
Defl
ect
ion
....
....
....
....
. 0.0
02
to 0
.005”
nom
.W
irin
g C
od
e..
....
....
...
CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
LCF5
50
Low
Pro
file
/P
an
cake U
niv
ers
al
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(n
ot
incl
uded
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option
av
aila
ble
� W
eight:
24 lb (
11 K
g)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
/
-
A
B
C
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 3
50
Ω
Defl
ect
ion
....
....
....
...
0.0
05”
nom
.W
irin
g C
od
e..
....
....
..CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
LCF5
55
Low
Pro
file
/ P
an
cake U
niv
ers
al
(Ten
sio
n B
ase
of
LCF5
50
) �
In-l
ine
load
ing f
or
com
pre
ssio
n/t
ensi
on
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(not
in
cluded
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option a
vaila
ble
� W
eight:
50 lb (
23 K
g)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. m
mC
/-
C
A
B
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 3
50
Ω
Defl
ect
ion
....
....
....
....
. 0.0
02
to 0
.005”
nom
.W
irin
g C
od
e..
....
....
...
CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
LCF7
00
Low
Pro
file
/P
an
cake U
niv
ers
al
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(n
ot
incl
uded
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option
av
aila
ble
� W
eight:
95 lb (
43 K
g)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
in.
mm
B
. in
. .
mm
C
/
-
A
B
C
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 3
50
Ω
Defl
ect
ion
....
....
....
....
. 0.0
07”
nom
.W
irin
g C
od
e..
....
....
...
CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
LCF4
50
Low
Pro
file
/P
an
cake U
niv
ers
al
� Anodiz
ed a
lum
inum
(500-2
K lb);
17-4
sta
inle
ss
stee
l(300,
5K-1
0K lb)
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(n
ot
incl
uded
)�
Ben
dix
® P
C04E-1
0-6
P re
cepta
cle
option
av
aila
ble
� W
eight:
1.3
-3.5
lb (
.59-1
.6 K
g)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
/-
* Met
ric th
read
ava
ilabl
e:C
A
B
C
Rate
d O
utp
ut
(RO
)..
No
nli
neari
ty..
....
....
..±
0.1
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
. 7
00
Ω
Defl
ect
ion
....
....
....
...
0.0
02
to 0
.005”
nom
.W
irin
g C
od
e..
....
....
..CC1,
WC4
*H
igher
acc
ura
cy a
vaila
ble
* Am
plifi
ed v
ersi
on a
vaila
ble
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)
LCF4
00
Un
ivers
al Lo
ad
Cell
� Res
ist
hig
h e
xtra
neo
us
load
s�
Sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(not
in
cluded
)�
One
pie
ce c
onst
ruct
ion.
Idea
l fo
r en
dura
nce
test
ing.
� W
eight:
appro
x. 3
lb (
1 K
g)
� See
dia
gra
m A
, C,
D f
or
applic
atio
n e
xam
ple
s
50K,
100K,
150K
lbf
222K,
445K,
667K
N
250K
lbf
(1112K
N)
250K
lbf
(1112K
N)
300,
500
, 1K, 2
K,
5K, 1
0K l
bf
1334,
2224,
4K,
9K,
22K,
44K N
* F
ati
gu
e r
ate
d is
LCF4
56
.
20K,
30K,
50K
lbf
89K,
134K,
222K
N
* F
ati
gu
e r
ate
d is
LCF5
01
.
20K,
30K,
50K
lbf
89K,
134K,
222K
N*
Fati
gu
e r
ate
d is
LCF5
06
.
100K
lb
f
(445K
N)
* F
ati
gu
e r
ate
d is
LCF5
51
.
100K
lbf
(445K
N)
* F
ati
gu
e r
ate
d is
LCF5
56
.
400K
lbf
(1779K
N)
* F
ati
gu
e r
ate
d 2
00
K is
LCF7
01
, 4
00
K is
LCF7
05
an
d 7
06
300,
500,
1K
2K,
5K,
10K l
bf
1334,
2224,
4K,
9K,
22K,
44K N
* F
ati
gu
e r
ate
d is
LCF4
51
250,
500,
1K,
2K,
3K,
5K l
bf
1112,
2224,
4K,
9K,
13K,
22K
N
Rate
d O
utp
ut
(RO
)..
3 m
V/V
nom
.N
on
lin
eari
ty..
....
....
.±
0.1
% R
OH
yste
resi
s...
....
....
....
±0.1
% R
OO
pera
tin
g T
em
p..
....
-65 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..700
Ω n
om
.W
irin
g C
od
e..
....
....
...
CC2
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
BC
A
D
TEDS
Opt
ion
avai
labl
e on
all
mod
els
show
n ab
ove.
()
()
()
()
()
()
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
ww
w.fu
tek.
com
1
- 80
0 - 2
3 - F
UTE
K 9
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
LCM
20
0250,
500,
1K l
bf
1112,
2224,
4K
N
Ult
ra L
igh
t W
eig
ht
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
� 29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
0.6
oz
(17 g
)�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
/-
A
B
C
Rate
d O
utp
ut
(RO
)..2
mV/V
nom
. (1
mV/V
250lb
)
No
nli
neari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
85°F
Exci
tati
on
(m
ax).
....
15 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
LCM
=C
ylin
dri
cal M
ale
/M
ale
LLB
=Lo
ad
Bu
tto
n
LCM
50
02K,
5K
lbf
(9K,
22K
N)
In-L
ine T
hre
ad
ed
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
, m
ale
thre
ads
on b
oth
ends
� 28 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
4 o
z (1
13 g
)�
Ava
ilab
le in
metr
ic t
hre
ad
s�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
ta
dard
hr
ead
D
/-
Met
ric
hrea
d va
ilabl
eD
.
A
CB
D
LCM
37
57.5
K,
10K l
bf
(33K,
44K N
)
Inlin
e M
inia
ture
Th
read
ed
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
, m
ale/
mal
e th
read
s�
28 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Teflon
® c
able
optional
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
8 o
z (2
27 g
)�
Am
plifi
ed v
ersi
on a
vaila
ble
� See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
...
±0.5
% R
OO
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...0
.001
to 0
.002”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
A
BC
D
LCM
35
04K,
5K
lbf
(18K,
22K N
)
Inlin
e M
inia
ture
Th
read
ed
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
, m
ale/
mal
e th
read
s�
28 A
WG
, 4 c
onduct
or
shie
lded P
VC
cable
, 10 f
t�
Teflon
® c
able
optional
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
5.5
oz
(156 g
)�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
.
in.
. m
mD
/
-
A
BC
D
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
01
to 0
.002”
nom
.W
irin
g C
od
e..
....
....
...
WC1
LCM
30
025,
50,
100
250,
500,
1K l
bf
111,
222,
445,
1112,
2224,
4K
N
Inlin
e M
inia
ture
Th
read
ed
Ten
-si
on
/C
om
pre
ssio
n�
17-4
sta
inle
ss s
teel
, m
ale/
mal
e th
read
s�
28 A
WG
, 4 c
onduct
or
shie
lded P
VC
cable
, 10 f
t�
Teflon
® c
able
optional
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
2 o
z (5
7 g
)�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/
-
A
BC
D
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
...
7 V
DC (
25lb
) or
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
01
to 0
.002”
nom
.W
irin
g C
od
e..
....
....
...
WC1
LCM
52
510K,
20K
lbf
(44K,
89K N
)
In-L
ine T
hre
ad
ed
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
, m
ale
thre
ads
on b
oth
ends
� 28 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
18 o
z (5
10 g
)�
Ava
ilab
le in
metr
ic t
hre
ad
s�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
03”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. m
mC
.
in.
. m
m
tada
rd
hrea
dD
-
Met
ric
hrea
d va
ilabl
eD
A
CB
D
LCM
32
52K,
3K
lbf
(9K,
13K,
N)
Inlin
e M
inia
ture
Th
read
ed
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
, m
ale/
mal
e th
read
s�
28 A
WG
, 4 c
onduct
or
shie
lded P
VC
cable
, 10 f
t�
Teflon
® c
able
optional
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
4 o
z (1
13 g
)�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
A =
0.9
in. (
4.4
mm
)B
= 1.
50 in
. (3
.1 m
m)
= 0
.4 in
. (10
. m
m)
= 3
4
A
B
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
01
to 0
.002”
nom
.W
irin
g C
od
e..
....
....
...
WC1
LLB
20
010,
25,
50 l
bf
(44,
111,
222 N
)
Su
bm
inia
ture
0
.38
" O
D
Su
bm
inia
ture
Lo
ad
Bu
tto
n f
or
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
�0
.38
” O
D�
29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
1 o
z (2
8 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
) 2 m
V/V
nom
.(1.5
mV/V
,10lb
)
No
nli
neari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
7 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
A
B
C
LCM
55
050K
lbf
(222K
N)
In-L
ine T
hre
ad
ed
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
, m
ale
thre
ads
on b
oth
ends
� 24 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
3.1
lb (
1.4
Kg)
�A
vailab
le in
metr
ic t
hre
ad
s�
See
dia
gra
m C
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
05”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. m
mC
.
in.
. m
m
tada
rd
hrea
dD
/-
Met
ric
hrea
d va
ilabl
eD
A
CB
D
LLB
20
510,
25,
50 l
bf
(44,
111,
222 N
)
Su
bm
inia
ture
0
.38
" O
D
Vert
ical C
ab
le E
xit
Op
tio
n o
f LL
B2
00
� 17-4
sta
inle
ss s
teel
, ve
rtic
al c
able
exi
t�
0.3
8”
OD
� 29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
1 o
z (2
8 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
E
. in
. .
mm
A E
BC
D
Rate
d O
utp
ut
(RO
)2 m
V/V
nom
.(1.5
mV/V
,10lb
)
No
nli
neari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
7 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
LLB
21
010,
25,
50 l
bf
(44,
111,
222 N
)
Su
bm
inia
ture
0
.38
" O
D
Su
bm
inia
ture
Th
read
ed
Lo
ad
B
utt
on
fo
r C
om
pre
ssio
n�
17-4
sta
inle
ss s
teel
�0
.38
” O
D�
29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
1 o
z (2
8 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
-
A
BC
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
7 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)TE
DS O
ptio
n av
aila
ble
on a
ll m
odel
s sh
own
abov
e.
()
()
10
Load
Cel
ls(M
eta
l Fo
il S
train
Gag
e T
ech
no
log
y)
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
LLB
=Lo
ad
Bu
tto
nLT
H=
Th
ru H
ole
/D
on
ut
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)
LLB
45
0M
inia
ture
Lo
ad
Bu
tto
n
w/
Th
read
ed
Mo
un
tin
g H
ole
s�
17-4
sta
inle
ss s
teel
� 1.5
” O
D�
24 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� M
atch
ed o
utp
ut
option a
vaila
ble
� W
eight:
8 o
z (2
27 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..700
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
02”
nom
.W
irin
g C
od
e..
....
....
...
WC1
*H
igher
acc
ura
cy a
vaila
ble
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
E
-
A
B
DE
C
10,
25,
50
100,
150,
250,
500,
1K l
bf
44,
111,
222,
445,
667,
1112,
2224,
4K
N
Su
bm
inia
ture
Lo
ad
Bu
tto
n
� Com
pre
ssio
n o
nly
, 17-4
sta
inle
ss s
teel
�0
.75
” O
D�
29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� M
atch
ed o
utp
ut
option
ava
ilabl
e�
Wei
ght:
1.5
oz
(43 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
A C
B
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
50°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
LLB
30
0
LTH
35
0100,
250,
500 1
K,
2K,
3K,
5K l
bf
445,
1112,
2224,
4K,
9K,
13K,
22K
N
Do
nu
t/Th
ru H
ole
� 17-4
sta
inle
ss s
teel
� Ava
ilable
in I
.D.
from
1/8
to 5
/8”
� 24 A
WG
, 4 c
onduct
or
shie
lded
Tefl
on
®
c
able
, 10 f
t�
Mat
ched
outp
ut
option a
vaila
ble
� W
eight:
3.5
oz
(99 g
)�
See
dia
gra
m A
, B f
or
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..700
Ω n
om
Defl
ect
ion
....
....
....
....
0.0
02”
nom
.W
irin
g C
od
e..
....
....
...
WC1
*H
igher
acc
ura
cy a
vaila
ble
A
. in
. .
mm
B
. in
. .
mm
C
.-
. in
. .
-.
mm
A
B
C
LTH
30
050,
100,
250,
500,
1K l
bf
222,
445,
1112,
2224,
4K N
Do
nu
t/Th
ru H
ole
� 17-4
sta
inle
ss s
teel
� Ava
ilable
in I
.D.
from
1/8
to 3
/8”
� 29 A
WG
,4 c
onduct
or
shie
lded
Tefl
on
®
c
able
, 10 f
t�
Mat
ched
outp
ut
option a
vaila
ble
� W
eight:
2 o
z (5
6.7
g)
� See
dia
gra
m A
, B f
or
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..700
Ω n
om
Defl
ect
ion
....
....
....
....
0.0
02”
nom
.W
irin
g C
od
e..
....
....
...
WC1
*H
igher
acc
ura
cy a
vaila
ble
A
. in
. .
mm
B
. in
. .
mm
C
.-
. in
. .
-.
mm
A
B
C
LLB
40
0100,
250,
500,
1K
2K,
2.5
Klb
f445,
1112,
2224,
4K,
9K,
11K
N
Min
iatu
re L
oad
Bu
tto
n
w/
Th
read
ed
Mo
un
tin
g H
ole
s�
17-4
sta
inle
ss s
teel
� 1.2
5”
OD
� 26 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� M
atch
ed o
utp
ut
option a
vaila
ble
� W
eight:
6 o
z (1
70 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 o
r 3
mV/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..700
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
01”
nom
.W
irin
g C
od
e..
....
....
...
WC1
*H
igher
acc
ura
cy a
vaila
ble
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
E
-
A C
B
DE
Min
iatu
re L
oad
Bu
tto
n
w/
Th
read
ed
Mo
un
tin
g H
ole
s�
17-4
sta
inle
ss s
teel
� 1.0
” O
D�
29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� M
atch
ed o
utp
ut
option a
vaila
ble
� W
eight:
5 o
z (1
42 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
*H
igher
acc
ura
cy a
vaila
ble
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
E
-
A
B
C DE
25,
50,
100 l
bf
111,
222,
445
N
LLB
35
0
LLB
50
015K,
20K,
30K
lbf
67K,
89K,
133K
N
Min
iatu
re L
oad
Bu
tto
n
w/
Th
read
ed
Mo
un
tin
g H
ole
s�
17-4
sta
inle
ss s
teel
� 2.0
” O
D�
24 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� M
atch
ed o
utp
ut
option a
vaila
ble
� W
eight:
15 o
z (4
25 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
03”
nom
.W
irin
g C
od
e..
....
....
...
WC1
*H
igher
acc
ura
cy a
vaila
ble
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
E
-
A
B
C DE
LLB
55
050K
lbf
(222K
N)
Min
iatu
re L
oad
Bu
tto
n
w/
Th
read
ed
Mo
un
tin
g H
ole
s�
17-4
sta
inle
ss s
teel
� 3.0
” O
D�
24 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� M
atch
ed o
utp
ut
option a
vaila
ble
� W
eight:
42 o
z (1
.2 K
g)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..700
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
03”
nom
.W
irin
g C
od
e..
....
....
...
WC1
*H
igher
acc
ura
cy a
vaila
ble
A
B
DC
E
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
E
-
LLW
Seri
es
3K-1
0K
16K-8
0K,
125K
190K-3
00K l
bf
13K-4
4K,
71K-3
56K,
556K,
845K-1
334K N
Load
/Fo
rce W
ash
er
� 17-4
sta
inle
ss s
teel
� Var
ious
bolt s
ize
(#10 t
o 2
inch
es)
� W
ide
capac
ity
range
� 4 c
onduct
or
shie
lded
cab
le,
10 f
t�
NO
TE:
Po
siti
on
Sen
siti
ve (
ap
plies
to e
nti
re
LL
W s
eri
es)
� See
dia
gra
m B
for
applic
atio
n e
xam
ple
s
A
.
-.
-.
in.
-
-
mm
B
.
.
..
-.
in.
.
-
. m
mC
.
-.
.
-.
..
-.
in.
.
-.
.
-.
.
.-
. m
m
A C
B
()
Rate
d O
utp
ut
(RO
)..
2-3
mV/V
nom
.O
pera
tin
g T
em
p..
....
.-4
5 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
LLB
25
0100,
150,
250 l
bf
445,
667,
1112
NS
ubm
inia
ture
0
.5"
OD
Su
bm
inia
ture
Lo
ad
Bu
tto
n f
or
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
�0
.5”
OD
� 29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
0.5
oz
(14 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
7 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
A
B
C
3K,
5K,
10K
lbf
13K,
22K,
44K
N
LLB
21
510,
25,
50 l
bf
(44,
111,
222 N
)
Su
bm
inia
ture
0
.38
" O
D
Vert
ical C
ab
le E
xit
Op
tio
n o
f LL
B2
10
� 17-4
sta
inle
ss s
teel
, ve
rtic
al c
able
exi
t�
0.3
8”
OD
� 29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
1 o
z (2
8 g
)�
See
dia
gra
m A
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
E
-
A
CB
DE
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
7 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
01”
nom
.W
irin
g C
od
e..
....
....
..W
C1
TEDS
Opt
ion
avai
labl
e on
all
mod
els
show
n ab
ove.
()
()
()
()
()
()
()
()
()
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
ww
w.fu
tek.
com
1
- 80
0 - 2
3 - F
UTE
K 11
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
LTH
40
0D
on
ut/
Th
ru H
ole
� 17-4
sta
inle
ss s
teel
� Ava
ilable
in I
.D.
from
1/8
to 5
/8”
� 24 A
WG
, 4 c
onduct
or s
hie
lded
tefl
on c
able
, 10 ft
� M
atch
ed o
utp
ut
option a
vaila
ble
� W
eight:
8 o
z (2
27 g
)�
See
dia
gra
m A
, B f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
.-
. in
. .
-m
mB
A C
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02”
nom
.W
irin
g C
od
e..
....
....
..W
C1
*H
igher
acc
ura
cy a
vaila
ble
LTH
=Th
ru H
ole
/D
on
ut
LRF=
Rect
an
gu
lar
Fem
ale
/Fe
male
LRM
=R
ect
an
gu
lar
Male
/M
ale
LSB
=S
-Beam
FR1
07
5P
LTH
90
0A
.
in.
. m
mB
.
in.
. m
mC
.
in.
. m
m
A
B
C
Low
Pro
file
Hig
h C
ap
aci
ty
Co
mp
ress
ion
Do
nu
t/Th
ru H
ole
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P optional
.
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
� W
eight:
85 lb (
39 K
g)
�S
imil
ar
to Q
11
06
5�D
ual
Ch
an
nel
� See
dia
gra
m A
, B f
or
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
3 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
O*
Hys
tere
sis.
....
....
....
..±
0.2
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.W
irin
g C
od
e..
....
....
.. C
C1
*H
igher
acc
ura
cy u
sing d
ead w
eight
calib
ration a
vaila
ble
In-l
ine L
ow
Pro
file
Ten
sio
n/
Co
mp
ress
ion
� S B
eam
typ
e in
-lin
e lo
adin
g�
Fem
ale/
fem
ale
thre
ads
� 2024 A
lum
inum
const
ruct
ion
� 28 A
WG
4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Wei
ght:
1.5
oz
(43 g
)�
See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.1
% R
OH
yste
resi
s...
....
....
....
±0.1
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
15 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. m
mC
.
in.
mm
D
-
A
DB C
LRF3
00
LRF4
00
In-L
ine T
en
sio
n/
Co
mp
ress
ion
� 2024 a
lum
inum
� Built
-in O
verload
Pro
tect
ion
®
� Le
mo
® re
cepta
cle
� FS
H00173 m
atin
g c
onnec
tor
and c
able
ass
embly
av
aila
ble
� W
eight:
5 o
z (1
42 g
)�
See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. m
mC
.
in.
. m
mD
-
A
D
B C
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.0
5%
RO
Hys
tere
sis.
....
....
....
..±
0.0
5%
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..1000
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
03 t
o 0
.011”
nom
.W
irin
g C
od
e..
....
....
..CC4
* Am
plifi
ed v
ersi
on a
vaila
ble
LTH
50
0D
on
ut/
Th
ru H
ole
� 17-4
sta
inle
ss s
teel
� Ava
ilable
in I
.D.
from
1/8
to 1
1/4
”�
24 A
WG
, 4 c
onduct
or s
hie
lded
tefl
on c
able
, 10 ft
� M
atch
ed o
utp
ut
option a
vaila
ble
� W
eight:
26 o
z (7
37 g
)�
See
dia
gra
m A
, B f
or
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
.-
.
.-
.m
mB
A C
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
O*
Hys
tere
sis.
....
....
....
..±
0.5
% R
O*
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02”
nom
.W
irin
g C
od
e..
....
....
..W
C1
*H
igher
acc
ura
cy a
vaila
ble
In-l
ine L
ow
Pro
file
Ten
sio
n/
Co
mp
ress
ion
� S B
eam
typ
e in
-lin
e lo
adin
g�
Fem
ale/
fem
ale
thre
ads
� 2024 A
lum
inum
const
ruct
ion (
150 t
o 3
00lb
)�
17-4
sta
inle
ss s
teel
(500,
750,
1Klb
)�
28 A
WG
4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Lem
o® re
cepta
cle
avai
lable
� W
eight:
Alu
m.
- 2 o
z (5
7g)
, S.S
. -
5 o
z (1
42g)
� See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.1
% R
OH
yste
resi
s...
....
....
....
±0.1
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
...
0.0
02”
nom
. (.
006"
nom
., 1
K)
Wir
ing
Co
de..
....
....
..W
C1,
CC4
A
.
..
. in
.
.
..
. m
mB
.
in.
. m
mC
.
in.
. m
mD
/-
A
DB C
LRF3
50
In-l
ine L
ow
Pro
file
Ten
sio
n/
Co
mp
ress
ion
� S B
eam
typ
e in
-lin
e lo
adin
g�
Fem
ale/
fem
ale
thre
ads
� 2024 A
lum
inum
const
ruct
ion
� 28 A
WG
4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t�
Wei
ght:
1.8
oz
(51 g
)�
See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.1
% R
OH
yste
resi
s...
....
....
....
±0.1
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
15 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
02”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. m
mC
.
in.
mm
D
/-
A
DB C
LRF3
25
LSB
30
0S
Beam
Ten
sio
n/
Co
mp
ress
ion
� Anodiz
ed A
lum
inum
� 4 P
in L
emo R
ecep
tacl
e, S
tandar
d�
28 A
wg,
6 c
onduct
or
shie
lded
Poly
ure
than
e
cable
, 5 f
t optional
� W
eight
5 o
z (1
42 g
)�
Als
o a
vaila
ble
in m
etric
� See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
DB
C
AB
C
D
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
/
-* M
etric
thre
ad a
vaila
ble:
D
.
Rate
d O
utp
ut
(RO
)...
.. 2
mV/V
nom
. N
on
lin
eari
ty..
....
....
....
.. ±
0.0
5%
RO
Hys
tere
sis.
....
....
....
....
.. ±
0.0
5%
RO
Op
era
tin
g T
em
p..
....
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
....
. 1000
Ω n
om
Defl
ect
ion
....
....
....
....
...
0.0
03 t
o 0
.01”
nom
.W
irin
g C
od
e..
....
....
....
....
WC4,
CC4
LSB
30
2S
Beam
Ten
sio
n/
Co
mp
ress
ion
w
/ O
verl
oad
Pro
tect
ion
�
� Built
-in o
verload
pro
tect
ion in b
oth
direc
tions
� Anodiz
ed A
lum
inum
� 4 P
in L
emo R
ecep
tacl
e, S
tandar
d�
28 A
wg,
6 c
onduct
or
shie
lded
Poly
ure
than
e
cable
, 5 f
t optional
� W
eight
5 o
z (1
42 g
)�
See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
/
-* M
etric
thre
ad a
vaila
ble:
D
.
AD
B
C
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.0
5%
RO
Hys
tere
sis.
....
....
....
..±
0.0
5%
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
1”
nom
.W
irin
g C
od
e..
....
....
..W
C4,
CC4
LSB
20
0S
Beam
Jr.
Lo
ad
Cell
w/
Ove
rlo
ad
Pro
tect
ion
�
Ten
sio
n/
Co
mp
ress
ion
� W
orld’s
sm
alle
st S
Bea
m�
2024 a
lum
inum
(10 g
-10 lb);
17-4
sta
inle
ss s
teel
(25-1
00 lb)
� 29 A
WG
, 4 c
onduct
or s
hie
lded
sili
cone
cable
, 5 ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
0.3
oz
(9 g
), 0
.9 o
z (2
6g)
A
. in
. m
mB
.
in.
. m
mC
.
in.
mm
D
-
* Met
ric th
read
ava
ilabl
e:D
.
AB
C
D
Rate
d O
utp
ut
(RO
).2 m
V/V
nom
.(1.5
mV/V
10
0g)
No
nlin
eari
ty..
....
....
....
.±
0.1
% R
OH
yste
resi
s...
....
....
....
...
±0.1
% R
OO
pera
tin
g T
em
p..
....
...
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
...
10 V
DC
Bri
dg
e R
esi
stan
ce..
....
350
Ω n
om
.D
efl
ect
ion
....
....
....
....
..0.0
05”
nom
.W
irin
g C
od
e..
....
....
....
.W
C1
LRM
20
0S
Beam
Jr.
(T/
C)
wit
h M
ale
Th
read
s�
World’s
sm
alle
st S
Bea
m w
/ m
ale
thre
ads
� 2024 a
lum
inum
(100 g
-10 lb);
17-4
sta
inle
ss s
teel
(25-1
00 lb)
� 29 A
WG
, 4 c
ondu
ctor
shie
lded
sili
cone
cabl
e, 5
ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
0.5
oz
(14 g
), 1
.1 o
z (3
2 g
)�
See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)...
..2 m
V/V
nom
.
(
.5 m
V/V
, 1
0g)(
1.5
mV/V
, 2
5g)
No
nlin
eari
ty..
....
....
....
.±
0.1
% R
OH
yste
resi
s...
....
....
....
...
±0.1
% R
OO
pera
tin
g T
em
p..
....
...
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
...
10 V
DC
Bri
dg
e R
esi
stan
ce 3
50
Ω n
om
.,(1
0-2
50g, 1000G
hm
)
Defl
ect
ion
....
....
....
....
..0.0
05”
nom
.W
irin
g C
od
e..
....
....
....
.W
C1
250,
500,
1K,
2K,
3K,
5K,
7.5
K,
10K
lbf
1K,
2K,
4K,
9K,
13K,
22K,
33K,
44K
N
600K
lbf
(2669K
N)
Hig
h C
ap
aci
tyD
ual
Bri
dg
e
10
lbf
(45 N
)
.35o
z, .
88o
z, 0
.25,
0.5
, 1,
2.2
, 5,
10,
25,
50,
100 l
bf
10g,
25g,
1.1
, 2.2
, 4,
9.8
, 22,
44,
111,
222,
445 N
2K,
3K,
5K,
7.5
K,
10K,
15K,
20K
30K,
50K l
bf
9K,
13K,
22K,
33K,
44K,
67K,
89K,
133K,
222K
N
150,
200,
300
500,
750,
1K
lbf
667,
890,
1334,
2K,
3K,
4K
N
25,
50,
75,
100
lbf
111,
222,
334,
445 N
25,
50,
100
200,
300
lbf
111,
222,
445,
890,
1334 N
25,
50,
100
200,
300
lbf
111,
222,
445,
890,
1334 N
.35o
z, .
71o
z, 1
.76o
z,3.5
oz,
8.8
oz,
1,
2,
5,
10,
25,
50,
100
lbf
10g,
20g,
50g,
100g,
250g,
4,
9,
22,
44,
111,
222,
445 N
3.5
oz,
8.8
oz,
1,
2,
5,
10,
25,
50,
100
lbf
100g,
250g,
4,
9,
22,
44,
111,
222,
445 N
A
. in
. m
mB
.
in.
. m
mC
.
in.
. m
mD
/
-
B
C
A
D
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)TE
DS O
ptio
n av
aila
ble
on a
ll m
odel
s sh
own
abov
e.
()
()
()
()
()
()
()
()
()
12
Load
Cel
ls(M
eta
l Fo
il S
train
Gag
e T
ech
no
log
y)
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)
LSB
35
23
mV
/V
S B
eam
w/
Ove
rlo
ad
Pro
tect
ion
�
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
�28 A
WG
, 6 c
onduct
or sh
ield
ed P
oly
ure
than
e ca
ble
, 5
ft
� 350
Ω b
ridge
� M
atch
ed o
utp
ut
option a
vaila
ble
� W
eight:
18 o
z (5
10 g
)
Rate
d O
utp
ut
(RO
)..
3 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.0
5%
RO
Hys
tere
sis.
....
....
....
..±
0.0
5%
RO
Op
era
tin
g T
em
p..
....
-40 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
1 n
om
.W
irin
g C
od
e..
....
....
..W
C4
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
A
B
C
D
LSB
40
0S
Beam
Ten
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
�
4 P
in L
emo R
ecep
tacl
e, S
tandar
d�
28 A
wg,
6 c
onduct
or
shie
lded
Poly
ure
than
e
cable
, 5 f
t optional
� W
eight
53 o
z (
1.5
Kg)
�A
lso
ava
ilab
le in
metr
ic�
See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
DB
C
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
* Met
ric th
read
ava
ilabl
e:D
BA
D
C
Rate
d O
utp
ut
(RO
)...
.. 2
mV/V
nom
. N
on
lin
eari
ty..
....
....
....
.. ±
0.0
5%
RO
Hys
tere
sis.
....
....
....
....
.. ±
0.0
5%
RO
Op
era
tin
g T
em
p..
....
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
...
350
Ω n
om
.D
efl
ect
ion
....
....
....
....
...
0.0
03 t
o 0
.01”
nom
.W
irin
g C
od
e..
....
....
....
....
WC4,
CC4
LSB
60
0C
ylin
dri
cal S
Beam
H
igh
Cap
aci
ty/
Can
iste
rTen
sio
n/
Co
mp
ress
ion
� 17-4
sta
inle
ss s
teel
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Wei
ght:
7 lb (
3 K
g)
� See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.1
% R
OH
yste
resi
s...
....
....
....
±0.1
% R
OO
pera
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
05”
nom
.W
irin
g C
od
e..
....
....
...
CC1
A
. in
. .
mm
B
. in
. m
m
tada
rd
hrea
dC
/-
*Met
ric
hrea
d va
ilabl
eC
A
C
B
MB
A4
00
Mu
lti-
Co
mp
on
en
tB
i-A
xia
l Lo
ad
Arm
� M
easu
res
Fx a
nd F
y lo
ads
� 17-4
sta
inle
ss s
teel
� Le
mo
® re
cepta
cle
� FS
H00173 m
atin
g c
onnec
tor
and c
able
ass
embly
av
aila
ble
� W
eight:
1 lb (
.5 K
g)
Rate
d O
utp
ut
(RO
).2 m
V/V
nom
.(50lb
);
3 m
V/V
nom
. (2
00lb
)N
on
lin
eari
ty..
....
....
..±
0.1
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(max).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.W
irin
g C
od
e..
....
....
..CC4
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
BC
A
MTA
50
0M
ult
i-C
om
po
nen
tLo
w P
rofi
le T
hru
st a
nd
M
om
en
t P
an
cake S
en
sor
wit
h
Ten
sio
n B
ase
� M
easu
res
Mx,
My,
and F
z�
Anodiz
e al
um
inum
(1K lb,
4K N
); s
tain
less
ste
el
(2K -
10 K
lb,
9K -
44K N
)
Rate
d O
utp
ut
(Mx,
My)
...
1 m
V/V
nom
.R
ate
d O
utp
ut
(Fz)
....
1 m
V/V
nom
.N
on
lin
eari
ty (
Mx,
My)
.±0.5
% R
ON
on
lin
eari
ty (
Fz).
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
.-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.. 3
50
/700
Ω n
om
.W
irin
g C
od
e..
....
....
..CC1
A
. in
. m
mB
.
in.
. m
mC
/
-B
A
C
FR1
07
5P
MTA
60
0A
.
in.
mm
B
. in
. .
mm
A
B
Mu
lti-
Co
mp
on
en
tTri
-Axia
l�
Mea
sure
s Fx
, Fy
, an
d F
z�
17-4
sta
inle
ss s
teel
� W
eight:
8 lb,
4 K
g�S
imil
ar
to Q
11
19
2
Rate
d O
utp
ut
(Fx,
Fy).
.1 m
V/V
nom
. R
ate
d O
utp
ut
(Fz)
...
0.5
mV/V
nom
. N
on
lin
eari
ty..
....
....
.±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
0 t
o 1
60°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce (
Fx,
Fy).
350
Ω n
om
.B
rid
ge R
esi
stan
ce (
Fz).
....
700
Ω n
om
.W
irin
g C
od
e..
....
....
..CC9
MTA
40
0A
.
in.
. m
m S
B
. in
. .
mm
A
B
Mu
lti-
Co
mp
on
en
tTri
-Axia
l Lo
ad
Cell
� M
easu
res
Fx,
Fy,
and F
z�
Anodiz
ed a
lum
inum
� 10 p
in L
emo
® re
cepta
cle,
mat
ing c
onnec
tor
a
vaila
ble
� W
eight:
2 lb (
.9 K
g)
�S
imil
ar
to Q
12
15
6
Rate
d O
utp
ut
(Fx,
Fy).
.1.5
mV/V
nom
.R
ate
d O
utp
ut
(Fz)
...
0.7
5 m
V/V
nom
.N
on
lin
eari
ty (
Fx,
Fy).
....
±0.2
5 R
ON
on
lin
eari
ty (
Fz).
....
±0.2
5 R
OH
yste
resi
s...
....
....
....
±0.2
5 R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
...
18 V
DC
Bri
dg
e R
esi
stan
ce..
.. 7
00
Ω n
om
.W
irin
g C
od
e..
....
....
..CC8
MB
A5
00
To
rqu
e a
nd
Ten
sio
n B
iaxia
l S
en
sor
� Alu
min
um
const
ruct
ion
� CW
/CCW
and t
ensi
on/c
om
pre
ssio
n�
Mou
nting c
ompat
ible
with M
odel
TFF
400
� 28 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t
(one
for
each
axi
s)�
Wei
ght:
6.5
oz
(184 g
)
Rate
d O
utp
ut
(RO
).2 m
V/V
nom
, 3 m
V/V
nom
.
No
nli
neari
ty..
....
....
..±
0.2
5%
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
RO
Op
era
tin
g T
em
p..
....
.-4
5 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.W
irin
g C
od
e..
....
....
...
WC1
A
. in
. .
mm
B
. in
. .
mm
C
-
C
A
B
CW
/CC
W
LWP
40
0A
.
.
in.
.
mm
B
.
..
.
mm
C
.
.m
m
.
.
.
. m
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Klb
f
111,
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N
Weld
Pro
be S
en
sor
� M
easu
res
clam
pin
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orc
e fo
r re
sist
ant
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din
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Rep
lace
s co
nve
ntional
mec
han
ical
indic
ators
� Ava
ilable
in m
ultip
le c
apac
itie
s �
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gra
ted D
ispla
y w
/ flex
ible
spring
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inle
ss S
teel
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sor
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ruct
ion
No
nli
neari
ty..
....
....
..±
1%
RO
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era
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g T
em
p..
....
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o 1
50°F
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tio
n..
....
....
....
....
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ry
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0
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bf
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Ove
rlo
ad
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tect
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5K,
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lbf
(22K,
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N)
10K,
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bf
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111K
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bf
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)
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400,
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: 4K,
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22K,
44K
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Fx,
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K l
bf
Fz:
5K l
bf
Fx,
Fy:
11K N
Fz:
22K N
Fx,
Fy:
250 l
bf
Fz:
500 l
bf
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Fy:
1K N
Fz:
2K N
500,
1K,
2K
lbf
(2K,
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N)
S B
eam
Ten
sio
n/
Co
mp
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� Anodiz
ed A
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o 1
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sta
inle
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teel
(2K lb)
� 4 P
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emo R
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shie
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e
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, 5 f
t optional
� W
eight
7.5
oz
(213 g
), 1
8 o
z (5
10 g
)�
Als
o a
vailab
le in
metr
ic�
See
dia
gra
m D
for
applic
atio
n e
xam
ple
s
DB
C
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
* Met
ric th
read
ava
ilabl
e:D
.
A
Rate
d O
utp
ut
(RO
)...
.. 2
mV/V
nom
. N
on
lin
eari
ty..
....
....
....
.. ±
0.0
5%
RO
Hys
tere
sis.
....
....
....
....
.. ±
0.0
5%
RO
Op
era
tin
g T
em
p..
....
...
.-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
..1000
Ω n
om
.D
efl
ect
ion
....
....
....
....
...
0.0
03 t
o 0
.01”
nom
.W
irin
g C
od
e..
....
....
....
....
WC4,
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gggggggggggggggggggggggggggggg(
TEDS
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avai
labl
e on
all
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els
show
n ab
ove.
()
()
()
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50-1
50,
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lb50-1
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in-l
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, 5.6
, 16.9
, 22.6
Nm
* A
lso
avai
lable
500 lb (
2224 N
) an
d
500 in-l
b (
56.5
Nm
).
()
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
13
New
Mo
del
Old
Mo
del
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
A
B
C
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ctile
Sw
itch
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low
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ety
Sw
itch
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edic
al.
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ile
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opper
Wei
gher
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Indic
ator
.O
EM
Load
Indic
ator
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rce
Mea
sure
men
t.
Text
ile
OEM
Loa
d C
ells
(In
teg
rati
on
Req
uir
ed
)
FR1
07
5P
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
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w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
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Ben
din
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FFP
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at
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teLB
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din
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eam
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=S
ide M
ou
nt
Ben
din
g B
eam
/P
lan
ar
Beam
� Fu
ll ac
tive
bridge
/ 300 s
erie
s st
ainle
ss s
teel
� Can
be
utiliz
ed t
o m
easu
re f
orc
e, p
ress
ure
, an
d
dis
pla
cem
ent
for
OEM
applic
atio
n�
Mounting k
it a
vaila
ble
par
t#FS
H01482
� 29 A
WG
, 4 c
onduct
or s
hie
lded
sili
cone
cable
12"
lo
ng s
tandar
d
� W
eight:
.35 o
z (1
0 g
)�
Mou
nting k
it r
equired
. See
dia
gra
m E
.
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.O
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1200
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
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o 0
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ing
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de..
....
....
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0A
.
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.
mm
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.
mm
D
.
. m
m
A C
DB
FBB
35
0R
ate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.O
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1200
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
10 t
o 0
.050”
Wir
ing
Co
de..
....
....
..W
C1
Ben
din
g B
eam
/P
lan
ar
Beam
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ll ac
tive
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/ 300 s
erie
s st
ainle
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teel
;
BeC
u (
1 o
z)�
Can
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ed t
o m
easu
re f
orc
e, p
ress
ure
, an
d
dis
pla
cem
ent
for
OEM
applic
atio
n�
Mounting k
it a
vaila
ble
par
t#FS
H01483
� 29 A
WG
, 4 c
onduct
or s
hie
lded
sili
cone
cable
12"
lo
ng s
tandar
d
� W
eight:
.35 o
z (1
0 g
)�
See
dia
gra
m E
for
mounting.
A
. in
. .
mm
B
. in
. .
mm
C
. in
. m
mD
.
in.
. m
m
A
BC
D
FR1
07
5P
Rate
d O
utp
ut
(RO
)..
1.5
mV/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
5%
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
12 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
08”
Wir
ing
Co
de..
....
....
..W
C1
FR1
07
5 w
ith
Mo
un
tin
g P
late
� Fu
ll ac
tive
bridge
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erie
s st
ainle
ss s
teel
� Can
be
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ed t
o m
easu
re f
orc
e, p
ress
ure
, an
d
dis
pla
cem
ent
for
OEM
applic
atio
n�
As
thin
as
0.2
5”
(6m
m)
� 29 A
WG
, 4 c
onduct
or s
hie
lded
sili
cone
cable
12"
lo
ng s
tandar
d
� W
eight:
.35 o
z (1
0 g
)
BC
BC
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
A
BC
FFP
35
0
Can
tile
ver
Ben
din
g B
eam
� 17-4
sta
inle
ss s
teel
� Exp
ose
d e
lem
ent
� Can
be
utiliz
ed t
o m
easu
re f
orc
e, p
ress
ure
and
dis
pla
cem
ent
for
OEM
applic
atio
n�
28 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 1 f
t�
Wei
ght:
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z (2
8 g
)�
See
dia
gra
m E
for
mounting.
Rate
d O
utp
ut(
RO
)...
1 m
V/V
nom
.O
pera
tin
g T
em
p..
....
-45 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.D
efl
ect
ion
....
....
....
...
0.0
08 t
o 0.0
22”
nom
.W
irin
g C
od
e..
....
....
..W
C3
C
B
A
DA
.
in.
. m
mB
.
in.
. m
mC
.
in.
. m
m.
in.
. m
mD
.
.
mm
LBB
20
0
LSM
25
0C
om
pact
Para
llelo
gra
m S
en
sor,
S
ide M
ou
nte
d�
2024 a
lum
inum
� Built
-in O
verload
Pro
tect
ion
® u
p t
o 5
0 lbs.
� D
esig
ned
for
OEM
applic
atio
n�
29 A
WG
, 4 c
olo
r co
ded
Tefl
on
® lea
d w
ires
, 6”
st
d.
� W
eight:
1 o
z (2
8 g
)�
See
dia
gra
m F
for
mounting.
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.0
5%
RO
Hys
tere
sis.
....
....
....
..±
0.0
5%
RO
Op
era
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..1000
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
12”
nom
.W
irin
g C
od
e..
....
....
...
WC2
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
-
C BA
D
LSM
30
0C
om
pact
Para
llelo
gra
m,
Sid
e M
ou
nte
d�
2024 a
lum
inum
(2.2
to 1
00 lbs.
)�
17-4
sta
inle
ss s
teel
(200,
500 lbs.
)�
Built
-in O
verload
Pro
tect
ion
® 2
50 lb (
2.2
to 1
00
lb
f);
400 lb (
200 lbf)
; 1K lb (
500 lbf)
� D
esig
ned
for
OEM
applic
atio
n�
29 A
WG
, 4 c
olor
cod
ed T
eflon
® le
ad w
ires
, 6”
std.
� W
eight:
1 t
o 3
oz
(28 g
-85 g
)�
See
dia
gra
m F
for
mounting.
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
..±0
.02%
RO(
2.2-
100l
b) ±
0.06
% R
O (2
00-5
00lb
)
Hys
tere
sis.
....
..±0
.02%
RO(
2.2-
100l
b) ±
0.06
% R
O (2
00-5
00lb
)
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.D
efl
ect
ion
....
....
....
..0.0
06 t
o 0
.011”
nom
.W
irin
g C
od
e..
....
....
...
WC2
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
-/
-
AB C
D
LSM
20
0Fo
ld B
ack
Ben
din
g B
eam
,S
ide M
ou
nte
d�
2024 a
lum
inum
� Built
-in O
verload
Pro
tect
ion
®
� D
esig
ned
for
OEM
applic
atio
n�
2”
Mole
x® fl
exib
le 4
conduct
or
type
A (
1m
m
pitch
) ca
ble
� W
eight:
3 o
z (8
5 g
)
Rate
d O
utp
ut
(RO
)..
2.3
mV/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..1000
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
1”
nom
.
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
-
AC B
D
LSM
40
0
LSM
50
0
1,
2,
5,
10,
20
40
lbf
4,
9,
22,
44,
89,
178 N
OEM
0.2
5,
0.5
1,
2,
20 l
bf
1.1
, 2,
4,
9,
89
NO
EM
1lb
f
(4 N
)O
EM
0.2
5,
0.5
, 1,
25,
10,
25
lbf
1,
2,
4,
9,
22,
44,
111 N
OEM
0.2
5,
0.5
, 1 l
bf
(1,
2,
4 N
)O
EM
Ove
rlo
ad
Pro
tect
ion
�
2.2
, 5,
10,
25
50,
100,
200
500
lbf
9.8
, 22,
44,
111,
222,
445,
890,
2224 N
OEM
10
lbf
(44
N)
OEM
Ove
rlo
ad
Pro
tect
ion
�
5,
10,
25,
50
100,
150 l
bf
22,
44,
111,
222,
445,
667 N
OEM
Min
i-B
eam
/P
ara
llel B
eam
� 2024 a
lum
inum
� 29 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� Ext
ernal
mat
ched
outp
ut
option a
vaila
ble
� W
eight:
1.8
oz
(51 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.0
5%
RO
Hys
tere
sis.
....
....
....
..±
0.0
5%
RO
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..1000
Ω n
om
.D
efl
ect
ion
....
....
....
....
0.0
05”
nom
.W
irin
g C
od
e..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C .
in.
. m
mD
.
in.
. m
mE
-
AB C
DE
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
E.F.
25,
50,
100 l
bf
111,
222,
445 N
OEM
Ben
din
g B
eam
�
Alu
min
um
� Sid
e M
ounte
d�
Des
igned
for
multi-
purp
ose
load
ing -
see
dia
gra
m b
elow
� W
eight:
1 o
z (2
8 g
) �
See
dia
gra
ms
G-J
for
various
applic
atio
n
exam
ple
s
Rate
d O
utp
ut
(RO
)..
1 m
V/V
nom
.O
pera
tin
g T
em
p..
....
.-4
0 t
o 1
80°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..1000
Ω n
om
.
G. C
able
/ W
ire T
ensi
on o
n Fi
xed
Pin
H. C
able
/ W
ire T
ensi
on w
/ Rol
ler P
inI.
Pull
/ Pus
hJ.
Flex
ible
Tub
e Fl
uid
Disc
harg
eCa
ble
/ Wire
Ten
sion
w/ R
olle
()
()
()
()
()
F.Ty
pica
l App
licat
ions
& M
ount
ing
Gui
de (M
ore
- ww
w.fu
tek.
com
/app
s.as
px)
()
14
Rea
ctio
n To
rque
Sen
sors
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
(Meta
l Fo
il S
train
Gag
e T
ech
no
log
y)
.D
ynam
om
eter
.Conve
rt R
ota
ry A
pplic
atio
n
t
o R
eact
ion T
orq
ue
Rec
om
men
ded
: TFF
, TS
S &
TD
F S
erie
s
.Ste
ppin
g M
oto
r &
Ser
vo.
Moto
r re
action t
orq
ue
s
enso
r to
mee
t N
EM
A f
ram
e
r
equirem
ents
TFF
50
0
TA
T=
Au
dit
ing
To
ol
TD
D=
Dri
ve/
Dri
ve
TD
D4
00
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/
/
B
A
CD
S.
Dri
ve t
o D
rive
React
ion
To
rqu
e S
en
sor
� Built
-in O
verload
Pro
tect
ion
® u
p t
o 4
00 in-o
z�
Alu
min
um
const
ruct
ion
� Q
uic
k-dis
connec
t Le
mo
® re
cepta
cle
� FS
H00173 m
atin
g co
nnec
tor
& 1
0 ft
cabl
e
op
tion
al, W
C1
� W
eight:
14 o
z (3
97 g
)
Rate
d O
utp
ut
(RO
)2 m
V/V
nom
.(1 m
V/V
5 i
n-o
z)
No
nli
neari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω, 7
00
Ω n
om
.To
rsio
nal
Sti
ffn
ess
325-7
1K
(in
-oz/
rad
),77K-1
99K
(in-l
b/r
ad)
Co
nn
ect
or
Co
de..
....
....
..CC4
1 in
-lb=
16 in
-oz=
0.08
33 f
t-lb
=0.
113
N-m
=0.
0115
3 K
g-m
To
rqu
e(f
t-lb
)=(H
P x
52
52
)/R
PM
CW
/CC
W
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)
5-1
Kin
-oz
100-5
00
in-l
b
35-7
K N
mm
, 11.3
-
56.5
Nm
m
TA
T5
00
/5
10
To
rqu
e W
ren
ch�
Sta
inle
ss s
teel
const
ruct
ion,
rubber
grip h
andle
� 120 (
in-l
b):
3/8
” drive
, 11”
over
all le
ngth
� 600 (
in-l
b):
3/8
” drive
, 14”
over
all le
ngth
�1.2
K (
in-l
b):
1/2
” drive
, 20”
over
all le
ngth
� 6K (
in-l
b):
3/4
” drive
, 43”
over
all le
ngth
� 9K (
in-l
b):
3/4
” drive
, 55”
over
all le
ngth
� 28 A
WG
, 6 c
onduct
or
shie
lded
PVC,
retr
acta
ble
c
able
, 10 f
t ex
tended
� W
eight:
1.8
lb,
2.2
lb,
2.8
lb,
8lb
,9lb
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
5%
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
RO
Op
era
tin
g T
em
p..
....
-40 t
o 1
80°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω n
om
. To
rsio
nal
Sti
ffn
ess
TA
T 5
00
(in
-lb
/ra
d)0
.2x1
05
-4.9
x105
To
rsio
nal
Sti
ffn
ess
TA
T5
10
(in
-lb
/ra
d).
3x1
05
-2.6
x106
Wir
ing
Co
de..
....
....
..W
C4
A
B
TAT
A
. in
. m
mB
.
in.
mm
. in
m
mTA
TA
.
in.
mm
B
. in
. m
m
A
B
TA
T4
00
So
cket
Exte
nsi
on
React
ion
To
rqu
e S
en
sor,
Lo
w R
an
ge
� Alu
min
um
(25 -
50 in-l
b);
sta
inle
ss s
teel
(100
in
-lb)
� Bla
ck a
nodiz
ed a
lum
inum
housi
ng
� 1/4
”sq
uar
e drive
� 28 A
WG
, 6 c
onduct
or
shie
lded
PVC,
retr
acta
ble
c
able
, 10 f
t ex
tended
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-40 t
o 1
80°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
. 2.5
K -
14K
Wir
ing
Co
de..
....
....
..W
C4
TA
T4
20
So
cket
Exte
nsi
on
React
ion
To
rqu
e S
en
sor
� Sta
inle
ss s
teel
sen
sing e
lem
ent
and d
rive
� Bla
ck A
nodiz
ed a
lum
inum
housi
ng c
onst
ruct
ion
� 1/2
” sq
uar
e drive
� 28 A
WG
, 6 c
onduct
or
shie
lded
PVC,
retr
acta
ble
c
able
, 10 f
t ex
tended
� W
eight:
14 o
z (3
97 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-40 t
o 1
80°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
..2.6
x10
5 -
4.8
x10
5
Wir
ing
Co
de..
....
....
..W
C4
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
B
A
C S
.
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
B
A
C S
.
TA
T2
00
TA
T3
00
Scr
ew
Dri
ver
React
ion
To
rqu
e S
en
sor
� Built
-in O
verload
Pro
tect
ion
® (5
0 in-o
z, 1
2 in-l
b)
� D
esig
ned
for
torq
ue
auditin
g�
Bla
ck a
nodiz
ed a
lum
inum
housi
ng
� Rem
ovab
le c
huck
(1/1
6-3
/8 or
5/6
4-1
/2)
� 28 A
WG
, 6 c
onduct
or
shie
lded
PVC,
retr
acta
ble
c
able
, 10 f
t ex
tended
� W
eight:
11 o
z (3
12 g
) w
/o c
huck
A
. in
. .
mm
B
.-
. in
.
.-
. m
mC
.
in.
. m
m
/ c
huck
inclu
ded
ith
/op
tiona
l
BC
A
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-40 t
o 1
80°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
1000 -
13200
Wir
ing
Co
de..
....
....
..W
C4
Min
i S
crew
Dri
ver
React
ion
To
rqu
e S
en
sor
� D
esig
ned
for
torq
ue
auditin
g�
Acc
epts
Moody'
s To
ol bits
�0
.61
" O
D�
Red
anodiz
ed a
lum
inum
housi
ng
� 28 A
WG
, 4 c
onduct
or
bra
ided
shie
lded
PVC
ca
ble
, 10 f
t lo
ng
� W
eight:
3 o
z (8
5 g
)
A
. in
. .
mm
B
. in
. .
mm
C
/
C S
B
A
Rate
d O
utp
ut
(RO
)..
1 m
V/V
nom
.(50 in-o
z)
2 m
V/V
nom
.(100 in-o
z)
No
nli
neari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
0 t
o 1
60°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.W
irin
g C
od
e..
....
....
..W
C1
CW
/CC
W
CW
/CC
W
CW
/CC
W
CW
/CC
W
TA
T4
10
So
cket
Exte
nsi
on
React
ion
To
rqu
e S
en
sor,
Lo
w R
an
ge
� Sta
inle
ss s
teel
� Bla
ck a
nodiz
ed a
lum
inum
housi
ng
� 3/8
” sq
uar
e drive
� 28 A
WG
, 6 c
onduct
or
shie
lded
PVC,
retr
acta
ble
c
able
, 10 f
t ex
tended
� W
eight:
9 o
z (2
55 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-40 t
o 1
80°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
. 19.5
K -
52.5
KW
irin
g C
od
e..
....
....
..W
C4
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
B
A
C S
.C
W/C
CW
TA
T4
30
So
cket
Exte
nsi
on
React
ion
To
rqu
e S
en
sor
� Sta
inle
ss s
teel
sen
sing e
lem
ent
and d
rive
� Bla
ck A
nodiz
ed a
lum
inum
housi
ng c
onst
ruct
ion
� 3/4
” sq
uar
e drive
� 28 A
WG
, 6 c
onduct
or
shie
lded
PVC,
retr
acta
ble
c
able
, 10 f
t ex
tended
� W
eight:
2 lb (
.9 K
g)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-40 t
o 1
80°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
..1.7
2x1
06
Wir
ing
Co
de..
....
....
..W
C4
A
. in
. .
mm
B
. in
. m
mC
.
in.
. m
m
B
A
C S
.C
W/C
CW
TA
T4
40
So
cket
Exte
nsi
on
React
ion
To
rqu
e S
en
sor
� Sta
inle
ss s
teel
sen
sing e
lem
ent
and d
rive
� Anodiz
ed a
lum
inum
housi
ng c
onst
ruct
ion
� 1”
squar
e drive
� Ben
dix
® re
cepta
cle:
PT02A-1
0-6
P�
Mat
ing c
onnec
tor
PT06A-1
0-6
S-S
R o
ptional
(n
ot
incl
uded
)�
Wei
ght:
3.3
lb (
1.5
Kg)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-40 t
o 1
80°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(Ft
-lb
/ra
d).
..284K
Wir
ing
Co
de..
....
....
..CC1
A
. in
. m
mB
.
in.
mm
C
. in
. m
mD
.
in.
mm
A
BCD
CW
/CC
WTA
T5
00
:120,
600,
1.2
Kin
-lb
13.6
,67.8
,136
Nm
TA
T5
10
:6K,
9K
in-l
b (
678,
1K
Nm
)C
W/C
CW
25,
50,
100
in-l
b
2.8
, 5.6
, 11.3
Nm
1.5
K,
2.5
Kin
-lb
(170,
283 N
m)
*50
in-o
z12,
*50,
100 i
n-l
b
353
Nm
m,
1.4
, 5.6
, 11.3
Nm
50,
100 i
n-o
z
(353,
706 N
mm
)0
.61
" O
D
200,
600
in-l
b
(22.6
, 67.8
Nm
)
6K
in-l
b
(678
Nm
)
12K
in-l
b
(1.4
K N
m)
K.
L.
TA
T5
50
3 u
nit
s se
lect
ab
le..
..N
m,
In-l
b,
Ft-l
b4
dig
it d
isp
lay.
....
....
±9,9
99
3 L
ED
s fo
r U
nd
er/
Wit
hin
/O
ver
Targ
et
Peak H
old
or
Tra
ck M
od
eN
on
lin
eari
ty..
....
....
..±
0.2
5%
Cap
acity
Op
era
tin
g T
em
p..
....
.-40 t
o 1
50°F
Exci
tati
on
(V
DC
/V
AC
)...
9 V
olt b
atte
ryTo
rsio
nal
Sti
ffn
ess
m (
in-l
b/
rad
)..0
.2x1
05
-2.6
x106
A
. in
. .
mm
B
. in
. .
mm
.
in.
. m
mC
.
in.
mm
C
AB
120,
600,
1.2
Kin
-lb
13.6
, 67.8
, 136 N
m* A
lso a
vaila
ble
2.4
K,
6K a
nd 9
K
in-l
b (
271,
678m
1K N
-m)
To
rqu
e W
ren
ch w
/ B
uilt-
in
Dig
ital D
isp
lay
� Sta
inle
ss s
teel
const
ruct
ion w
/ al
um
inum
dis
pla
y
housi
ng
� Rubber
grip h
andle
� 3/8
” drive
(120,
600 in-l
b)
� 1/2
” drive
(1.2
K in-l
b,
136 N
m)
� W
eight:
2.8
lb (
1.3
Kg)
CW
/CC
W
TEDS
Opt
ion
avai
labl
e on
all
mod
els
show
n ab
ove.
()
()
()
()
()
Typi
cal A
pplic
atio
ns &
Mou
ntin
g G
uide
(Mor
e - w
ww
.fute
k.co
m/a
pps.
aspx
)
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
ww
w.fu
tek.
com
1
- 80
0 - 2
3 - F
UTE
K 15
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
TD
F40
0A
.
in.
. m
mB
.
in.
. m
mC
.
in.
. m
mD
/
/
D S
.AC
B
Dri
ve t
o F
lan
ge R
eact
ion
To
rqu
e S
en
sor
� Built
-in O
verload
Pro
tect
ion
® u
p t
o 4
00 in-o
z�
Alu
min
um
const
ruct
ion
� Q
uic
k-dis
connec
t Le
mo
® re
cepta
cle
� FS
H00173 m
atin
g co
nnec
tor
& 1
0 ft
cabl
e op
tion
al, W
C1
� W
eight:
14 o
z (3
97 g
)�
See
dia
gra
m K
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)2 m
V/V
nom
. (1
mV/V
5 in-o
z)
No
nli
neari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.350
Ω, 7
00
Ω n
om
.To
rsio
nal
Sti
ffn
ess
325 -
71K i
n-o
z/ra
d,
77K -
199K
in-l
b/r
ad
Co
nn
cect
or
Co
de..
....
....
..CC4
CW
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W
TD
F60
0D
rive
to
Fla
ng
e R
eact
ion
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rqu
e S
en
sor
� 17-4
sta
inle
ss s
teel
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um
inum
cov
er�
1/2
”, 3
/4”
squar
e drive
� Q
uick
-dis
conn
ect Ben
dix®
rece
ptac
le #
PT02A-1
0-6
P�
Des
igned
for
auditin
g a
nd c
alib
rating m
echan
ical
torq
ue
w
rench
es,
also
use
d in p
roduct
ion a
nd a
uto
mat
ed a
ssem
bly
�FS
H00244 m
atin
g co
nnec
tor
and
10 ft
cabl
e as
sem
bly
o
ptio
nal W
C4
� W
eight:
3.5
lb (
1.6
Kg)
A
. in
. .
mm
.
in.
. m
mB
.
in.
. m
m
.
in.
. m
mC
.
in.
. m
m
. in
. .
mm
D
. in
. .
mm
.
in.
. m
m
Am
plifie
d ve
rsion
ava
ilale
A
DB
C S
.
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.1
% R
OH
yste
resi
s...
....
....
....
±0.1
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
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om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
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2x1
05
t
o 1
.7x1
06
Co
nn
ect
or
Co
de..
....
....
..CC1
CW
/CC
W
TD
F65
0D
rive
to
Fla
ng
e R
eact
ion
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rqu
e S
en
sor
� 17-4
sta
inle
ss s
teel
, al
um
inum
cov
er�
1”
squar
e drive
� Q
uick
-dis
conn
ect Ben
dix®
rece
ptac
le #
PT02A-1
0-6
P�
Des
igned
for
auditin
g a
nd c
alib
rating m
echan
ical
torq
ue
w
rench
es,
also
use
d in p
roduct
ion a
nd a
uto
mat
ed a
ssem
bly
�FS
H00244 m
atin
g co
nnec
tor
and
10 ft
cabl
e as
sem
bly
o
ptio
nal,
WC4
� W
eight:
3.5
lb (
1.6
Kg)
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
Am
plifie
d ve
rsion
ava
ilale
A
DB
C S
.
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.1
% R
OH
yste
resi
s...
....
....
....
±0.1
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
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0 x
10
6
Co
nn
ect
or
Co
de..
....
....
..CC1
CW
/CC
W
TD
F67
5D
rive
to
Fla
ng
e R
eact
ion
To
rqu
e S
en
sor
� 17-4
sta
inle
ss s
teel
, al
um
inum
cov
er�
1”
squar
e drive
� Q
uick
-dis
conn
ect Ben
dix®
rece
ptac
le #
PT02A-1
0-6
P�
Des
igned
for
auditin
g a
nd c
alib
rating m
echan
ical
torq
ue
w
rench
es,
also
use
d in p
roduct
ion a
nd a
uto
mat
ed a
ssem
bly
�FS
H00244 m
atin
g co
nnec
tor
and
10 ft
cabl
e as
sem
bly
o
ptio
nal,
W4
� W
eight:
5 lb (
2.3
Kg)
A
. in
. .
mm
B
.
in.
. m
mC
.
in.
. m
m
Am
plifie
d ve
rsion
ava
ilale
A
B
C S
.
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.1
% R
OH
yste
resi
s...
....
....
....
±0.1
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
20 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
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5x1
06
Co
nn
ect
or
Co
de..
....
....
..CC1
CW
/CC
W
TFF
40
0Fl
an
ge t
o F
lan
ge R
eact
ion
To
rqu
e S
en
sor
� Built
-in O
verload
Pro
tect
ion
® u
p t
o 4
00 in-o
z�
Alu
min
um
const
ruct
ion
� Q
uic
k-dis
connec
t Le
mo
® re
cepta
cle
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H00173 m
atin
g co
nnec
tor
& 1
0 ft ca
ble
option
al, W
C1
� M
CP0
0549 m
ounting p
late
s optional
� M
CP0
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1/4
”) &
MCP0
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3/8
”) s
quar
e
drive
optional
�
Wei
ght:
9 o
z (2
55 g
)�
See
dia
gra
m F
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
) 2 m
V/V
nom
. (1
mV/V
5 in-o
z)
No
nli
neari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω, 7
00
Ω n
om
.To
rsio
nal
Sti
ffn
ess
.325 -
71K n
-oz/
rad,
77K -
199K
in-l
b/
rad
Co
nn
ect
or
Co
de..
....
....
...
CC4
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
. in
. .
mm
D
-
BD
CT
UA
CW
/CC
W
TFF
42
5A
.
in.
. m
mB
.
in.
. m
mC
.
in.
. m
mA
C
B
Flan
ge t
o F
lan
ge R
eact
ion
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rqu
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en
sor
Low
Ran
ge
� Built
-in O
verload
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tect
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p t
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z�
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min
um
const
ruct
ion
� Q
uic
k-dis
connec
t Le
mo
® re
cepta
cle
� FS
H00173 m
atin
g co
nnec
tor
& 1
0 ft
cabl
e op
tion
al, W
C1
� W
eight:
14 o
z (3
97 g
)�
See
dia
gra
m K
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
) 2 m
V/V
nom
.(1 m
V/V
5 in-o
z)
No
nli
neari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω, 7
00
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-oz/
rad
)325 -
71K, 77K -
199K
in-lb/
rad
Co
nn
ect
or
Co
de..
....
....
...
CC4
CW
/CC
W
TD
F=D
rive
/Fl
an
ge
TFF
=Fl
an
ge/
Flan
ge
TS
S=
Sh
aft/
Sh
aft
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
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ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)
TFF
60
0Fl
an
ge t
o F
lan
ge R
eact
ion
To
rqu
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en
sor
Hig
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an
ge
� Alu
min
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const
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1K,
2K)
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el c
onst
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5K -
10K),
alu
min
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cov
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k-dis
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t Ben
dix
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cle
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10-6
P�
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atin
g c
onnec
tor
and 1
0 f
t ca
ble
asse
mbly
optional
, W
C4
� W
eight:
2 lb (
.9 K
g),
5 lb (
2 K
g)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(ft
-lb
/ra
d).
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2.9
9x1
05
Co
nn
ect
or
Co
de..
....
....
...
CC1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
Am
plifie
d ve
rsion
ava
ilale
A
C
BD
CW
/CC
W
TFF
65
0Fl
an
ge t
o F
lan
ge R
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ion
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rqu
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en
sor
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an
ge
� Ste
el c
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um
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cov
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Quic
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P�
FSH
00244 m
atin
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onnec
tor
and 1
0 f
t ca
ble
asse
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, W
C4 o
ptional
� W
eight:
22 lb,
(10 K
g)
� See
dia
gra
m K
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(ft
-lb
/ra
d).
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3x10
5 -
3.36
x106
Co
nn
ect
or
Co
de..
....
....
...
CC1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
.-
. in
.
.-
.m
m
Am
plifie
d ve
rsion
ava
ilale
A
C
BD
CW
/CC
W
TFF
75
0Fl
an
ge t
o F
lan
ge R
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rqu
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en
sor
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an
ge
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um
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cov
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P�
FSH
00244 m
atin
g c
onnec
tor
and 1
0 f
t ca
ble
asse
mbly
optional
, W
C4
� W
eight:
69 lb (
31 K
g)
� See
dia
gra
m K
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(ft
-lb
/ra
d).
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8x1
06
Co
nn
ect
or
Co
de..
....
....
...
CC1
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
Am
plifie
d ve
rsion
ava
ilale
A
C
BD
CW
/CC
W
TS
S4
00
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
. in
. .
mm
DA
B
C
A
. in
. m
m
. in
. m
mB
.
in.
mm
.
in.
mm
C
. in
. m
m
. in
. m
mD
.
in.
. m
m
. in
. m
m
Am
plifie
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rsio
n av
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le
AB
C
D ke
TS
S8
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25
Sh
aft
to
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aft
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rqu
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en
sor
Hig
h R
an
ge
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sta
inle
ss s
teel
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ale
shaf
t w
/ ke
yway
s�
Ben
dix
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cepta
cle:
PT02A-1
0-6
P�
FSH
00244 m
atin
g c
onnec
tor
and 1
0 f
t ca
ble
asse
mbly
optional
, W
C4
� W
eight:
45 lb(2
0 K
g),
100 lb (
45 K
g)
�S
imilar
to Q
07
36
0�
See
dia
gra
m K
for
applic
atio
n e
xam
ple
s
Sh
aft
to
Sh
aft
React
ion
To
rqu
e S
en
sor
Low
Ran
ge
� Built
-in O
verload
Pro
tect
ion
® u
p t
o 4
00 in-o
z�
Alu
min
um
const
ruct
ion
� Q
uic
k-dis
connec
t Le
mo
® re
cepta
cle
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H00173 m
atin
g co
nnec
tor
& 1
0 ft
cabl
e op
tion
al, W
C1
� W
eight:
9 o
z (2
55 K
g)
� See
dia
gra
m K
for
applic
atio
n e
xam
ple
s
Rate
d O
utp
ut
(RO
)2 m
V/V
nom
. (1
mV/V
5 in-o
z)
No
nli
neari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω, 7
00
Ω n
om
.To
rsio
nal
Sti
ffn
ess
325 -
71K i
n-o
z/ra
d,
77K -
199K
in-l
b/
rad
Co
nn
ect
or
Co
de..
....
....
..CC4
5-1
Kin
-oz
100-5
00
in-l
b
35-7
KN
mm
,11.3
-56.5
Nm
1.2
K,
2.4
K6K
in-l
b
136,
271,
678
Nm
12K
in-l
b
(1.4
KN
m)
24K
in-l
b
(2.7
K N
m)
1K,
2K,
5K,
10K i
n-l
b
113,
226,
565,
1.1
KN
m
20K,
50K,
100K
in-l
b
2.3
K,
5.6
K,
11.3
KN
m
240K
in-l
b
(27.1
Nm
)
120K
200K,
300K,
500K
in-l
b
13.6
K,
22.6
K,
33.9
K,
56.5
KN
m
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
.0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
Co
nn
ect
or
Co
de..
....
....
...
CC1
CW
/CC
W
CW
/CC
W
5-1
Kin
-oz
100-5
00
in-l
b
35-7
KN
mm
,11.3
-56.5
Nm
5-1
Kin
-oz
100-5
00
in-l
b
35-7
KN
mm
,11.3
-56.5
Nm
5-1
Kin
-oz
100-5
00
in-l
b
35-7
KN
mm
,11.3
-56.5
Nm
TEDS
Opt
ion
avai
labl
e on
all
mod
els
show
n ab
ove.
()
()
()
()
()
()
()
()
16
Rot
ary
Torq
ue S
enso
rsM
od
el #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
(Meta
l Fo
il S
train
Gag
e T
ech
no
log
y)
TR
S6
05
No
n-C
on
tact
Sh
aft
to
Sh
aft
R
ota
ry T
orq
ue S
en
sor
w/
En
cod
er
�1,
2,5,
10 N
m –
0.3
94 D
ia, 3
.62
Ove
rall
leng
th�
20, 5
0 N
m -
0. D
ia,
4.09
Ove
rall
leng
th�
100,
200
Nm
– 1
.10
Dia
, 4.
92 O
vera
ll le
ngth
�50
0, 1
K N
m –
1.6
5 D
ia,
7.76
Ove
rall
leng
th�
Wei
ght:
0.7
- 6
.4lb
(0.3
- 2
.9 K
g)
Rate
d O
utp
ut
(RO
)...
..±
5 V
DC
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
-13 t
o 1
76°F
Exci
tati
on
(V
DC
or
VA
C).
..11 t
o 2
6R
ota
tio
nal
Sp
eed
(M
AX
)...
7K R
PM
A
B
A
. -
. in
.
.
- m
mB
.
- .
in.
.-
. m
mD
A
.-
. in
.
.
-.
mm
DA
CW
/CC
W
TR
S3
00
Slip
Rin
g S
haft
to
Sh
aft
Ro
tary
Sq
uare
To
rqu
e S
en
sor
�S
train
Gag
e T
ype
�10
Nm
, 20
Nm, 5
0 Nm
, 100
Nm
: 0.7
48 D
IA, 4
.25"
ove
rall
leng
th�
200
Nm, 5
00 N
m, 1
K Nm
: 1.4
96 D
IA, 7
.16"
ove
rall
leng
th�
Bin
der
rec
epta
cle
09-0
323-9
9-0
6�
Wei
ght:
1.1
- 5
.2 lb (
0.5
0 -
2.4
Kg)
Rate
d O
utp
ut
(RO
)...
..2m
V/V
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
14 t
o 1
94°F
Exci
tati
on
(V
DC
or
VA
C).
..5 t
o 1
1B
rid
ge R
esi
stan
ce..
....
350
Ω n
om
Ro
tati
on
al
Sp
eed
(M
AX
)..
3K R
PM
A
B
A
. -
. in
.
-
mm
B
. -
. in
.
-
mm
DA
.
-.
.-
mm
DA
CW
/CC
W
TR
S6
00
No
n-C
on
tact
Sh
aft
to
Sh
aft
R
ota
ryTo
rqu
e S
en
sor
�S
train
Gag
e T
ype
�1
Nm
, 2 N
m, 5
Nm
, 10
Nm
: 0.
394
DIA
, 3.6
2" o
vera
ll le
ngth
�20 N
m,
50 N
m,
100 N
m:
0.7
48 D
IA,
4.2
5"
over
all le
ngth
� Bin
der
rec
epta
cle
09-0
331-9
0-1
2�
Wei
ght:
0.6
- 1
.1 lb (
0.3
- 0
.5 K
g)
Rate
d O
utp
ut
(RO
)...
..±
5 V
DC
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
-13 t
o 1
76°F
Exci
tati
on
(V
DC
or
VA
C).
..11 t
o 2
6R
ota
tio
nal
Sp
eed
(M
AX
)...
9K -
12K R
PM
A
B
A
. -
. in
.
.
- m
mB
.
- .
in.
.-
. m
mD
A .
-.
.
-.
mm
DA
CW
/CC
W
TR
D=
Rota
ry D
rive
T
RH
=R
ota
ry H
ex D
rive
T
RS
=R
ota
ry S
haf
t Ex
trane
ous
Load
Fac
tors
Ava
ilabl
e (P
leas
e vi
sit w
ww
.fute
k.co
m o
r con
tact
fact
ory
for d
etai
ls)
TR
H3
00
Slip
Rin
g 1
/4
" H
ex D
rive
Ro
tary
To
rqu
e S
en
sor
�S
train
Gag
e T
ype
� 1/4
" hex
drive
� Bin
der
rec
epta
cle
09-0
323-9
9-0
6�
Wei
ght:
0.7
lb (
0.3
Kg)
Rate
d O
utp
ut
(RO
)...
.2m
V/V
(1m
V/V
2N
M)
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
14 t
o 1
94°F
Exci
tati
on
(V
DC
or
VA
C).
..5 t
o 1
1B
rid
ge R
esi
stan
ce..
....
350
Ω n
om
Ro
tati
on
al
Sp
eed
(M
AX
)..
3K R
PM
TR
H6
00
1/
4"
No
n-C
on
tact
Hex D
rive
R
ota
ryTo
rqu
e S
en
sor
�S
train
Gag
e T
ype
� 1/4
" hex
drive
� Bin
der
rec
epta
cle
09-0
331-9
0-1
2�
Wei
ght:
0.7
lb (
0.3
Kg)
Rate
d O
utp
ut
(RO
)...
..±
5 V
DC
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
-13 t
o 1
76°F
Exci
tati
on
(V
DC
or
VA
C).
..11 t
o 2
6R
ota
tio
nal
Sp
eed
(M
AX
)...
12K R
PM
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B
AA
.
in.
mm
B
. in
.
.
mm
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/
C E
B
AA
.
in.
mm
B
. in
.
.
mm
C
/
CW
/CC
W
CW
/CC
W
TR
H6
05
1/
4"
No
n-C
on
tact
Hex D
rive
R
ota
ry T
orq
ue S
en
sor
w/
En
cod
er
�S
train
Gag
e T
ype
� 1/4
" hex
drive
� Bin
der
rec
epta
cle
09-0
331-9
0-1
2�
Wei
ght:
0.7
lb (
0.3
Kg)
Rate
d O
utp
ut
(RO
)...
..±
5 V
DC
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
-13 t
o 1
76°F
Exci
tati
on
(V
DC
or
VA
C).
..11 t
o 2
6R
ota
tio
nal
Sp
eed
(M
AX
)...
7K R
PM
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B
AA
.
in.
mm
B
. in
.
.
mm
C
/C
W/C
CW
TR
D3
00
Slip
Rin
g S
qu
are
Dri
ve R
ota
ryTo
rqu
e S
en
sor
�S
train
Gag
e T
ype
� 6 N
m,
12 N
m:
1/4
" drive
, 2.9
5"
over
all le
ngth
� 25 N
m,
63 N
m:
3/8
" drive
, 2.9
3"
over
all le
ngth
� 160 N
m:
1/2
" drive
, 3.1
1"
over
all le
ngth
� 500 N
m:
3/4
" drive
, 3.8
2"
over
all le
ngth
� 1K N
m:
1"
drive
, 4.4
1"
over
all le
ngth
� Bin
der
rec
epta
cle
09-0
323-9
9-0
6�
Wei
ght:
0.7
- 2
.9 lb (
0.3
- 1
.3 K
g)
Rate
d O
utp
ut
(RO
)...
..2m
V/V
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
14 t
o 1
94°F
Exci
tati
on
(V
DC
or
VA
C).
..5 t
o 1
1B
rid
ge R
esi
stan
ce..
....
350
Ω n
om
Ro
tati
on
al
Sp
eed
(M
AX
)..
3K R
PM
C S
.B
AA
.
- .
in.
.-
mm
B
.
- .
in.
.-
. m
mC
/
-C
W/C
CW
TR
D3
05
Slip
Rin
g S
qu
are
Dri
ve R
ota
ryTo
rqu
e S
en
sor
w/
En
cod
er
�S
train
Gag
e T
ype
� 6 N
m,
12 N
m:
1/4
" drive
, 2.9
5"
over
all le
ngth
� 30 N
m,
63 N
m:
3/8
" drive
, 3.9
8"
over
all le
ngth
� 160 N
m:
1/2
" drive
, 4.1
7"
over
all le
ngth
� 500 N
m:
3/4
" drive
, 5.3
1"
over
all le
ngth
� 1K N
m:
1"
drive
, 6.9
7"
over
all le
ngth
� Ben
dix
rec
epta
cle
PT02A-1
2-1
0P
� W
eight:
0.7
- 6
.0 lb (
0.3
- 2
.7 K
g)
Rate
d O
utp
ut
(RO
)...
..2m
V/V
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
14 t
o 1
94°F
Exci
tati
on
(V
DC
or
VA
C).
..5 t
o 1
1B
rid
ge R
esi
stan
ce..
....
350
Ω n
om
Ro
tati
on
al
Sp
eed
(M
AX
)..
3K R
PM
C S
.B
AA
.
- .
in.
.-
mm
B
.
- .
in.
.-
mm
C
/-
CW
/CC
W
TR
D6
00
No
n-C
on
tact
Sq
uare
Dri
ve
Ro
tary
To
rqu
e S
en
sor
�S
train
Gag
e T
ype
� 12 N
m,
18 N
m:
1/4
" drive
, 2.9
5"
over
all le
ngth
� 50 N
m,
63 N
m:
3/8
" drive
, 2.9
3"
over
all le
ngth
�10
0 N
m, 1
50 N
m, 1
60 N
m:
1/2"
driv
e, 3
.11"
ove
rall
leng
th�
250
Nm
, 300
Nm
, 500
Nm
: 3/
4" d
rive,
3.8
2" o
vera
ll le
ngth
� 1K N
m:
1"
drive
, 4.4
1"
over
all le
ngth
� Bin
der
rec
epta
cle
09-0
331-9
0-1
2�
Wei
ght:
0.7
- 3
.1 lb (
.3 -
1.4
Kg)
Rate
d O
utp
ut
(RO
)...
..±
5 V
DC
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
-13 t
o 1
76°F
Exci
tati
on
(V
DC
or
VA
C).
..11 t
o 2
6R
ota
tio
nal
Sp
eed
(M
AX
)..
7K -
12K R
PMC
S.
B
AA
.
- .
in.
.-
. m
m
B
. -
. in
.
.
-.
mm
C
/-
CW
/CC
W
TR
D6
05
Non
-Con
tact
Squ
are
Dri
ve R
otar
yTo
rque
Sen
sor
w/
Enco
der
�S
train
Gag
e T
ype
� 12 N
m,
18 N
m:
1/4
" drive
, 2.9
5"
over
all le
ngth
� 50 N
m,
63 N
m:
3/8
" drive
, 3.9
7"
over
all le
ngth
�10
0 N
m, 1
50 N
m, 1
60 N
m:
1/2"
driv
e, 4
.17"
ove
rall
leng
th�
250
Nm
, 300
Nm
, 500
Nm
: 3/
4" d
rive,
5.3
1" o
vera
ll le
ngth
� 1K N
m:
1"
drive
, 6.9
7"
over
all le
ngth
� Bin
der
rec
epta
cle
09-0
331-9
0-1
2�
Wei
ght:
0.6
-6.2
lb (
0.3
-2.8
Kg)
Rate
d O
utp
ut
(RO
)...
..±
5 V
DC
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
-13 t
o 1
76°F
Exci
tati
on
(V
DC
or
VA
C).
..11 t
o 2
6R
ota
tio
nal
Sp
eed
(M
AX
)..
7K R
PMC
S.
B
AA
.
- .
in.
.-
mm
B
. -
. in
.
.
-.
mm
C
/-
CW
/CC
W
TR
S7
05
9,
18,
44,
89,
177,
443,
885,
1770,
4425,
9K
in-l
b
1,
2,
5,
10,
20,
50,
100,
200,
500,
1K
Nm
89,
177,
443,
885,
1770,
4425,
9k
in-l
b10,
20,
50,
100,
200,
500,
1K
Nm
9,
18,
44,
89,
177,
443,
885
in-l
b
1,
2,
5,
10,
20,
50,
100 N
m
18,
53,
106,
177
in-l
b
(2,
6,
12,
20 N
m)
4.5
, 9,
18,
53,
106,
159
in-l
b
0.5
, 1,
2,
6,
12,
18
Nm
53,
106,
221,
558,
1416,
4425,
9K
in-l
b
6,
12,
25,
63,
160,
500,
1K N
m
53,
106,
266,
558,
1416,
4425,
9K
in-l
b
6,
12,
30,
63,
160,
500,
1K N
m
106,
159,
443,
558,
885,
1328,
1416,
2213,
2655,
4425,
9K
in-l
b12,
18,
50,
63,
100,
150,
160,
250,
300,
500,
1K N
m
No
n-C
on
tact
Sh
aft
to
Sh
aft
R
ota
ryTo
rqu
e S
en
sor
w/
En
-co
der
an
d M
ou
nti
ng
Base
Pla
te�
1,2,
5,10
Nm
– 0
.394
Dia
, 3.6
2 O
vera
ll le
ngth
�20
, 50
Nm
- 0
.748
Dia
, 4.
09 O
vera
ll le
ngth
�10
0, 2
00 N
m –
1.1
0 D
ia,
4.92
Ove
rall
leng
th�
500,
1K
Nm
– 1
.65
Dia
, 7.
76 O
vera
ll le
ngth
� W
eight:
1.1
- 9
.5 lb (
0.5
- 4
.3 K
g)
A
. -
. in
.
.
- m
mB
.
- .
in.
.-
mm
DA
.
-.
in.
.-
. m
m
A
BD
A
CW
/CC
W
Rate
d O
utp
ut
(RO
)...
..±
5 V
DC
No
nli
neari
ty..
....
....
....
.±
0.2
0%
RO
Hys
tere
sis.
....
....
....
....
.±
0.1
0%
RO
Op
era
tin
g T
em
p..
....
...
-13 t
o 1
76°F
Exci
tati
on
(V
DC
or
VA
C).
..11 t
o 2
6R
ota
tio
nal
Sp
eed
(M
AX
)...
7K R
PM
4.5
, 9,
18,
53,
106,
159
in-l
b
0.5
, 1,
2,
6,
12,
18
Nm
106,
159,
443,
558,
885,
1328,
1416,
2213,
2655,
4425,
9K
in-l
b12,
18,
50,
63,
100,
150,
160,
250,
300,
500,
1K N
m
9,
18,
44,
89,
177,
443,
885,
1770,
4425,
9K
in-l
b
1,
2,
5,
10,
20,
50,
100,
200,
500,
1K
Nm
()
()
()
()
()
()
()
()
()
()
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
17
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
Spec
ial &
OEM
Tor
que
Sens
ors
(Desi
gn
ed
fo
r S
peci
al A
pp
lica
tio
ns)
Rot
ary
Torq
ue S
enso
r Te
st S
tand
App
licat
ions
Tor
que
Wre
nch
w/ B
uilt
in D
igit
al D
ispl
ay
TAT5
00Bu
ilt-I
n D
ispl
ay
TDF6
00
TAT5
00
3 UN
ITS
FT-L
B, IN
-LB,
N-M
3 LE
DS F
OR
UNDE
R / W
ITHI
N / O
VER
TARG
ET4
DIG
IT
DISP
LAY
ON
/ OFF
CLEA
R PE
AK
PEAK
HO
LDO
RTR
ACK
MO
DE
ROTA
RYDI
SPLA
Y
Test
Sta
nd w
/ Rub
ber B
lock
Sty
le C
oupl
ing
Dou
ble-
coup
ling
test
sta
nds
up to
300
0 N
m a
re u
sed
for
qual
ity a
ssur
ance
with
the
driv
e en
gine
erin
g of
agr
icul
tura
l eng
ines
and
in
dust
rial t
ruck
s. T
he m
ajor
ity o
f the
test
item
s fo
r a
100%
-Con
trol i
s ex
pect
ed to
be
in to
rque
ran
ge u
p to
120
0 N
m. S
ome
sam
ple
appl
icat
ions
incl
ude:
•
E
lect
ric m
otor
s A
C,D
C,S
ervo
...
•
Pow
er to
ols
gr
indi
ng ,
drill
ing
mac
hine
s ...
•
Hom
e ap
plia
nce
drye
rs, r
efrig
erat
ors,
was
hers
...
•
Prin
ting
mac
hine
sm
otor
s•
O
ffice
pro
duct
s co
py m
achi
nes
•
Indu
stria
l mac
hine
s fo
rk li
fter,
clea
ner,
pum
ps, b
low
ers.
..
Smal
l Tes
t Sta
ndF
aure
cia-
Seat
Reg
ulat
ion
(DC
-Mot
ors)
TP
T5
00
React
ion
To
rqu
e S
en
sor
Desi
gn
ed
fo
r Ele
ctri
c To
ol
� U
sed in a
uto
mat
ed a
ssem
bly
torq
ue
monitoring
sy
stem
s�
Left
han
d t
hre
ad a
nd c
lam
p-o
n s
haf
t m
ounting
� In
tegra
l par
t fo
r D
esutt
er®
ele
ctric
tool
� Alu
min
um
const
ruct
ion
� 30 A
WG
, 4 c
ondu
ctor
shie
lded
Tefl
on® c
able
, 10 ft
� W
eight:
1.8
oz
(51 g
)
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
/-
.
.C
B
A
D
Rate
d O
utp
ut
(RO
)...
1.5
mV/V
nom
.2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
.-6
0 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
.. 7
2K
Wir
ing
Co
de..
....
....
...
WC1
CW
/CC
W
TFF
=Fl
ange/
Flan
ge
T
PT=
Pn
eum
atic
Tool
M
BA
=M
ult
i-C
om
p.
For
TFF
40
0 S
eri
es
For
TFF
32
5Fo
r TA
T &
TD
F Ser
ies
For
TD
F60
0 S
eri
es
For
TA
T3
00
For
TFF
40
0 S
eri
es
Sys
tem
Cali
bra
tio
nA
vail
ab
le
TFF
32
5Fl
an
ge t
o F
lan
ge R
eact
ion
To
rqu
e S
en
sor
� Alu
min
um
const
ruct
ion
� O
EM
ver
sion w
ith e
xpose
d e
lem
ents
� N
ot
reco
mm
ended
for
end u
sers
� 29 A
WG
, 4 c
olo
r co
ded
Tefl
on
® lea
d w
ires
, 6”
st
d.
� W
eight:
2.3
oz
(65 g
)
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.1000
Ω n
om
.To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
. 800-1
3,2
00
Wir
ing
Co
de..
....
....
..W
C1
A
. in
. .
mm
B
. in
. .
mm
C
-
BC
A
TFF
35
0Fl
an
ge t
o F
lan
ge R
eact
ion
To
rqu
e S
en
sor
� 0.5
8”
cente
r th
ru-h
ole
� Alu
min
um
const
ruct
ion (
up t
o 1
300 in-l
b)
� 17-4
sta
inle
ss s
teel
const
ruct
ion (
3000 in-l
b)
� O
EM
ver
sion.
Not
reco
mm
ended
for
end u
sers
� 29 A
WG
, 4 c
olor
cod
ed T
eflon
® lea
d w
ires
, 6”
std.
� W
eight:
2.9
-3.5
oz
(82-9
9 g
); 8
.7 o
z (2
47 g
)
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
D
-
B
A
D
CT
U
Rate
d O
utp
ut
(RO
)..
2 m
V/V
nom
.N
on
lin
eari
ty..
....
....
..±
0.2
% R
OH
yste
resi
s...
....
....
....
±0.2
% R
OO
pera
tin
g T
em
p..
....
-60 t
o 2
00°F
Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
.700
Ω n
om
.
To
rsio
nal
Sti
ffn
ess
(in
-lb
/ra
d).
. 67K -
1.3
1x1
06
Wir
ing
Co
de..
....
....
..W
C1
CW
/CC
W
CW
/CC
W
MB
A5
00
120,
180
in-l
b
(13.6
,20.3
Nm
)O
EM
20,
50 i
n-o
z12,
50,
100
in-l
b
141,
353 N
mm
,1.4
, 5.6
, 11.3
Nm
OEM
100,
150,
500
1.3
K,
3K
in-l
b
11.3
, 16.9
, 56.5
, 147,
339
Nm
OEM
50-1
50,
200
lb50-1
50,
200
in-l
b
222-6
67,890 N
, 5.6
, 16.9
, 22.6
Nm
* A
lso
avai
lable
500 lb (
2224 N
) an
d
500 in-l
b (
56.5
Nm
).
To
rqu
e a
nd
Ten
sio
n B
iaxia
l S
en
sor
� Alu
min
um
const
ruct
ion
� CW
/CCW
and t
ensi
on/c
om
pre
ssio
n�
Mou
nting c
ompat
ible
with M
odel
TFF
400
� 28 A
WG
, 4 c
onduct
or
shie
lded
PVC c
able
, 10 f
t
(one
for
each
axi
s)�
Wei
ght:
6.5
oz
(184 g
)
Rate
d O
utp
ut
(RO
).2 m
V/V
nom
, 3 m
V/V
nom
.
No
nli
neari
ty..
....
....
..±
0.2
5%
RO
Hys
tere
sis.
....
....
....
..±
0.2
5%
RO
Op
era
tin
g T
em
p..
....
.-4
5 t
o 2
00°F
Exci
tati
on
(m
ax).
....
.18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.W
irin
g C
od
e..
....
....
...
WC1
A
. in
. .
mm
B
. in
. .
mm
C
-
C
A
B
CW
/CC
W
TFF
50
0R
ate
d O
utp
ut
(RO
)..
±10VD
C n
om
.N
on
lin
eari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OO
pera
tin
g T
em
p..
....
.0 t
o 1
60°F
Exci
tati
on
(m
ax).
....
.12-2
4VD
C
100
in-l
b
(11.3
Nm
)
React
ion
To
rqu
e F
lan
ge t
o
Flan
ge
� Anodiz
ed A
lum
inum
� Am
plifi
ed O
utp
ut
� Thru
-hole
� TED
S�
NEM
A17
� Fi
ts p
rim
e 017PL
X S
ervo
Moto
r�
Wei
ght:
.35lb
(.1
6 K
g)
� See
dia
gra
m L
for
applic
atio
n e
xam
ple
s
A
. in
. .
mm
B
.
in.
mm
C
. in
. .
mm
BA
C
()
()
()
18
Pres
sure
Sen
sors
(M
eta
l Fo
il S
train
Gag
e T
ech
no
log
y /
� -
Th
in F
ilm
Tech
no
log
y)
Mo
del #
Cap
aci
ties
Desc
rip
tio
nD
imen
sio
ns
Sp
eci
fica
tio
ns
.Fl
ush
mount
pre
ssure
sen
sors
with F
DA a
ppro
ved O
'rin
gs
c
an b
e use
d in f
ood p
roduc
t
ion s
uch
as
the
dai
ry indus
t
ry
.Pr
essu
re s
enso
rs
a
re a
pplic
able
in v
ario
us
loca
tions
of
the
auto
mobile
:
f
uel
tan
k, b
rake
, ex
hau
st,
oil
p
ress
ure
, an
d m
any
more
PFT
51
0M
inia
ture
Flu
sh M
ou
nt
Sen
sor/
Cab
le V
ers
ion
� Fo
il st
rain
gag
e�
Sta
inle
ss s
teel
const
ruct
ion /
Nem
a 4 (
IP65)
� U
nam
plifi
ed o
utp
ut
mV r
ange
� Pr
essu
re p
ort
: M
10 X
1 (
optional
3/8
-24)
� 26 A
WG
, 4 c
onduct
or s
hie
lded
Tefl
on® c
able
, 3 ft
� W
eight:
0.5
3 o
z (1
5 g
) w
/o c
able
� See
dia
gra
m M
for
applic
atio
n e
xam
ple
s
Co
mb
ined
No
nli
n.
& H
yst...
....
±0.5
% R
O M
AX
Safe
Ove
rlo
ad..
....
....
.150%
RO
Op
era
tin
g T
em
p..
....
.-4
to 2
12°F
Rate
d O
utp
ut
(RO
)...
-1 t
o 2
mV/V
nom
.B
rid
ge R
esi
stan
ce..
..370
Ω n
om
.Exci
tati
on
Vo
ltag
e..
..10 V
DC
Wir
ing
Co
de..
....
....
...
WC1
A
. in
. m
mB
.
in.
mm
C
/-
ava
ilale
B
A
C
�P
FS9
80
PFP
30
0P
ress
ure
Plu
g S
en
sor
� 17-4
sta
inle
ss s
teel
� U
nam
plifi
ed o
utp
ut
mV r
ange
� Am
plifi
ed v
ersi
on a
vaila
ble
� Pr
essu
re p
ort
: 1/4
NPT
std
. (o
ptional
1/2
-20)
� 29 A
WG
, 4 c
olo
r co
ded
Tefl
on
® lea
d w
ires
, 6”
st
d.
� W
eight:
2.5
oz
(71 g
)
Co
mb
ined
No
nli
n.
& H
yst...
...
±1%
RO
Safe
Ove
rlo
ad..
....
....
150%
RO
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
50°F
Rate
d O
utp
ut
(RO
)...
2 m
V/V
nom
.Exci
tati
on
(m
ax).
....
. 18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.W
irin
g C
od
e..
....
....
...
WC1
PFP
35
0 S
erie
sP
ress
ure
Sen
sor
wit
h C
ab
le�
17-4
sta
inle
ss s
teel
� U
nam
plifi
ed o
utp
ut
mV r
ange
� Pr
essu
re p
ort
: 1/4
NPT
std
. (o
ptional
1/2
-20)
� 24 A
WG
, 4 c
onduct
or s
hie
lded
Tefl
on® c
able
, 3 ft
stan
dard
. Q
uic
k-dis
connec
t Le
mo
® r
ecep
tacl
e
vers
ion o
pti
on
al
� W
eight:
5.5
oz
(156 g
)
Co
mb
ined
No
nli
n.
& H
yst...
...
±1%
RO
Safe
Ove
rlo
ad..
....
....
150%
RO
Op
era
tin
g T
em
p..
....
.-6
0 t
o 2
50°F
Rate
d O
utp
ut
(RO
)...
2 m
V/V
nom
.Exci
tati
on
(m
ax).
....
18 V
DC
Bri
dg
e R
esi
stan
ce..
..350
Ω n
om
.W
irin
g C
od
e..
....
....
...
WC1
CC4
A
. in
. .
mm
B
. in
. .
mm
C
/-
PT
/-
ava
ilale
AB
C
A
. in
. .
mm
B
. in
. .
mm
C
/-
PT
/-
ava
ilale
Am
plifie
d ve
rsio
n av
aila
le
AB
C
300,
500,
1K,
3K,
5K,
7.5
K,
10K
psi
21,
34,
69,
207,
345,
517,
690 b
ar
OEM
218,
290,
508,
1015,
1450,
3625,
7250,
10150 p
si
15,
20,
35
70,
100,
250
500,
700 b
ar
�P
MP
62
0/
72
0Lo
w R
an
ge P
ress
ure
Sen
sor
� Sta
inle
ss s
teel
const
ruct
ion /
Nem
a 4 (
IP65)
� Pr
essu
re p
ort
: 1/4
NPT
� Built
-in a
mplifi
ed o
utp
ut
(VD
C a
nd c
urr
ent)
� Ava
ilable
in 1
-2m
V/V
, 0-5
V, 4
-20m
A,
and 0
-10V
� W
eight:
3.5
3 o
z (1
00 g
) m
ax.
�P
MP
62
0 r
eco
mm
en
ded
fo
r V
Cal®
Cert
ified
R
efe
ren
ce S
en
sor.
Co
nta
ct f
act
ory
fo
r fu
ll
sp
eci
fica
tio
n
A
. in
. .
mm
B
. in
. m
mC
/
PT
/
A a
vaila
le
B
A
C
Co
mb
ined
No
nli
n.
& H
yst...
...
±0.5
% R
O(P
MP6
20)
±0.2
5%
RO
(PM
P720)
Safe
Ove
rlo
ad..
....
....
....
....
...
150%
RO
Op
era
tin
g T
em
p..
....
....
....
....
-104 t
o 2
57°F
Bri
dg
e R
esi
stan
ce..
....
....
....
. 3500
Ω (m
V/V
only
)
Exci
tati
on
(1-2
mV/V
ver
sion)...
.5-1
5 V
DC
(0-5
V v
ersi
on).
...
9.5
-27 V
DC
(4-2
0 m
A v
ersi
on) 12-2
7 V
DC
(0-1
0 V
ver
sion).
15-2
7 V
DC
Wir
ing
Co
de..
....
....
....
....
....
...
CC7
PM
P6
20
: ±
100m
Bar
±250m
Bar
, ±
500m
bar
1,2
,3,5
,10,
20,4
0,1
00,
250,4
00,6
00,9
00
bar
PM
P7
20
: 3,5
,10,2
040,1
00,2
50,
400,6
00,
900
bar
* av
aila
ble
in a
bsol
ute
Sem
i-Fl
ush
Mo
un
t M
inia
ture
P
ress
ure
Sen
sor
� Titan
ium
const
ruct
ion /
Nem
a 4 (
IP65)
� Com
pat
ible
with m
ost
fluid
� Pr
essu
re p
ort
: M
10 X
1 (
optional
1/2
-20)
� Built
-in a
mplifi
ed o
utp
ut
(VD
C a
nd c
urr
ent)
� Ava
ilable
in 1
-2m
V/V
, 0-5
V, 4
-20m
A,
and 5
V
ra
tiom
etric
� 26 A
WG
, 4 c
onduct
or s
hie
lded
Tefl
on® c
able
, 3 ft
� W
eight:
1.8
oz
(50 g
)
Co
mb
ined
No
nli
n.
& H
yst...
....
±0.2
5%
RO
Op
era
tin
g T
em
p..
....
.-4
0 t
o 2
57°F
Exci
tati
on
(1-2
mV/V
ver
sion)...
.5-1
5 V
DC
(0-5
V v
ersi
on).
...
9.5
-27 V
DC
(4-2
0 m
A v
ersi
on) 12-2
7 V
DC
(5 V
ver
sion).
....
. 5 V
DC
Wir
ing
Co
de..
....
....
....
WC5,
WC6
A
. in
. .
mm
B
. in
. .
mm
C
/-
ava
ilale
B
A
C
PFP
=Fe
male
Po
rtP
FS=
Flu
sh M
ou
nt
Sem
iP
FT=
Flu
sh M
ou
nt
Th
read
ed
PM
P=
Male
Po
rt
1 b
ar=
14
.5 p
si=
10
0 K
pa=
75
0.1
mm
Hg
1 b
ar=
40
1.4
H2O
=0
.98
7 a
tm
Extra
neou
s Lo
ad F
acto
rs A
vaila
ble
(Ple
ase
visi
t ww
w.fu
tek.
com
or c
onta
ct fa
ctor
y fo
r det
ails
)
�P
MP
92
0M
inia
ture
Pre
ssu
re S
en
sor
� Sta
inle
ss s
teel
const
ruct
ion /
Nem
a 4 (
IP65)
� Com
pat
ible
with m
ost
fluid
� Pr
essu
re p
ort
: M
10 X
1 (
optional
3/8
-24)
� Built
-in a
mplifi
ed o
utp
ut
(VD
C a
nd c
urr
ent)
� Ava
ilable
in 1
-2m
V/V
, 5V r
atio
met
ric,
4-2
0m
A,
an
d 0
-5V
� 26 A
WG
, 4 c
onduct
or s
hie
lded
Tefl
on® c
able
, 3 ft
� W
eight:
1.8
oz
(50 g
) m
ax.
w/o
cab
le a
nd
e
lect
ronic
s
Co
mb
ined
No
nli
n.
& H
yst...
...
±0.2
5%
RO
Safe
Ove
rlo
ad..
....
....
.150%
RO
Op
era
tin
g T
em
p..
....
.-4
0 t
o 2
57°F
Exci
tati
on
(1-2
mV/V
ver
sion)...
.5-1
5 V
DC
(5
V v
ersi
on).
....
. 5 V
DC
(4-2
0 m
A v
ersi
on)
12-2
7 V
DC
(0-5
V v
ersi
on).
...
9.5
-27 V
DC
Wir
ing
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de..
....
....
...
WC5,
WC6
A
. in
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mm
B
. in
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mm
C
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ava
ilale
B
C
A
500m
Bar
, 1,
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1/+
3,
3,5
, 10,2
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0,1
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50
400,
600
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ilabl
e in
abs
olut
e
�P
MP
93
0M
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ture
Pre
ssu
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en
sor
Hig
h
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pera
ture
(5
00
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26
0°C
)�
Sta
inle
ss s
teel
const
ruct
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Nem
a 4 (
IP65)
� Pr
essu
re p
ort
: M
10 X
1 (
optional
3/8
-24)
� Ava
ilable
in 1
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atio
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� Built
-in a
mplifi
ed o
utp
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nt
to v
ibra
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: 50 p
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to p
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igh
tem
pera
ture
4 c
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ctor
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elde
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flon®
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ft�
Wei
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ax.
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cab
le a
nd
e
lect
ronic
s
Co
mb
ined
No
nli
n.
& H
yst...
...
±0.2
5%
RO
Safe
Ove
rlo
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....
....
150%
RO
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era
tin
g T
em
p..
....
.-4
to 5
00°F
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tati
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(1-2
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ver
sion)...
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5 V
DC
(5 V
ver
sion).
....
5 V
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(0-5
V v
ersi
on).
...
9.5
-27 V
DC
Wir
ing
Co
de..
....
....
...
WC1,
WC5
A
. in
. .
mm
B
. in
. .
mm
C
/-
ava
ilale
B
A
C
232,
580,
1450,
3625,
5800,
8700
psi
16,
40
100,
250,
400
600
bar
*ava
ilabl
e in
abs
olut
e
�P
MP
95
0M
inia
ture
Hig
h P
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ure
Sen
sor
� H
igh p
ress
ure
, up t
o 3
000 b
ar (
43,5
00 p
si)
� Sta
inle
ss s
teel
const
ruct
ion /
Nem
a 4 (
IP65)
� Pr
essu
re p
ort
: M
10 X
1 (
optional
3/8
-24)
� Built
-in a
mplifi
ed o
utp
ut
(VD
C a
nd c
urr
ent)
� Ava
ilable
in 5
V r
atio
met
ric,
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A,
and 0
-5V
� 26 A
WG
, 4 c
onduct
or s
hie
lded
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able
, 3 ft
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eight:
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3 (
100 g
)
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mb
ined
No
nli
n.
& H
yst...
...
±0.2
5%
RO
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era
tin
g T
em
p..
....
.-1
3 t
o 2
57°F
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tati
on
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ver
sion).
....
....
.. 5
VD
C(4
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A v
ersi
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12-2
7 V
DC
(0-5
V v
ersi
on).
...
9.5
-27 V
DC
Wir
ing
Co
de..
....
....
....
WC5,
WC6
A
. in
. .
mm
B
. in
. .
mm
C
/-
ava
ilale
B
A
C
22K,
29K,
36K,
44K
psi
1.5
K,
2K
2.5
K,
3K b
ar
*ava
ilabl
e in
abs
olut
e
�P
MP
94
0U
ltra
-Min
iatu
re T
itan
ium
C
on
stru
ctio
n P
ress
ure
Sen
sor
� Titan
ium
const
ruct
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Nem
a 4 (
IP65)
� U
ltra
lig
ht
� Pr
essu
re p
ort
: M
6 X
1 (
optional
1/4
-28)
� O
utp
ut
avai
lable
in u
nam
plifi
ed m
V r
ange
� 26 A
WG
, 4 c
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shie
lded
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® c
able
, 3 f
t�
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ght:
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5 o
z (1
0 g
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ax.
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mb
ined
No
nli
n.
& H
yst...
...
±0.2
5%
RO
Safe
Ove
rlo
ad..
....
....
.150%
RO
Op
era
tin
g T
em
p..
....
.-4
0 t
o 2
57°F
Rate
d O
utp
ut..
....
....
.1 t
o 2
mV/V
Bri
dg
e R
esi
stan
ce..
..3500
Ω n
om
.Exci
tati
on
....
....
....
....
.5-1
5 V
DC
Wir
ing
Co
de..
....
....
....
WC1
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. in
. .
mm
B
. in
. .
mm
C
/-
ava
ilale
B
C
A
73,
145,
290,
580,
1450,
3625,
5800
psi
5,
10,
20,
40
100,
250,
400
bar
58,
87,
145,
290,
1450,
3625,
5800
psi
4,
6,
10,
20
100,
250
400
bar
Min
iatu
re P
ress
ure
Tra
nsd
uce
r fo
r D
irect
Cavi
ty M
easu
rem
en
t�
17-4
sta
inle
ss s
teel
�
Mounts
flush
with c
avity
� Sen
sing t
ip c
an b
e sh
aped
dow
n 0
.05"
� W
ithst
ands
400°F
and 6
00°F
mel
t�
4 &
6 m
m s
ensi
ng a
rea
� Acc
ura
te indic
atio
n o
f ca
vity
pre
ssure
pro
file
� Eas
y in
stal
lation
� W
eight:
1.5
lbs.
(0.6
8 K
g)
No
nli
neari
ty..
....
....
..±
0.5
% R
OH
yste
resi
s...
....
....
....
±0.5
% R
OS
afe
Ove
rlo
ad..
....
....
150
% R
OO
pera
tin
g T
em
p..
....
. 4
00 t
o 6
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FR
ate
d O
utp
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(RO
)...
1.5
mV/V
nom
.Exci
tati
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(m
ax).
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. 10 V
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axB
rid
ge R
esi
stan
ce..
.. 3
50 Ω
nom
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irin
g C
od
e..
....
....
...
WC4
PP
T4
49
A
. in
. .
mm
B
. in
. .
mm
C
. in
. .
mm
BA
C
20K
psi
(1.4
K b
ar)
300,
500,
1K,
3K,
5K,
7.5
K,
10K
psi
21,
34,
69,
207,
345,
517,
690 b
ar
OEM
()
()
()
()
()
()
()
Typi
cal A
pplic
atio
ns &
Mou
ntin
g G
uide
(Mor
e - w
ww
.fute
k.co
m/a
pps.
aspx
)N
.M
.
©20
07 F
utek
Adv
ance
d Se
nsor
Tec
hnol
ogy,
Inc.
Mo
del #
Desc
rip
tio
n
Rel
ated
Inst
rum
ents
19
Fute
k A
ssis
ts Y
ou in
Com
plet
e Sy
stem
Inte
grat
ion
COM
PUTE
R
DIG
ITAL
DISP
LAY
& VERI
FICA
TIO
N/CA
LIBR
ATIO
NM
ODU
LE(V
CalTM
)
SIG
NAL
COND
ITIO
NER
TORQ
UESE
NSO
R
ER PLC
Strip
Cha
rt/Di
gita
l Re
cord
er
Data
Acq
uisi
tion
Osc
illos
cope
conn
ecto
r
PRES
SURE
SENS
OR
LOAD
CELL
& FORC
ESE
NSO
R
conn
ecto
rco
nnec
tor
conn
ecto
r
Sh
un
t C
al
Resi
sto
r(1
/4
Watt
, 1
0 P
PM
/°C
)
Inlin
e D
C P
ow
er
Sig
nal C
on
dit
ion
er,
Am
plifi
er
Vo
ltag
e &
Cu
rren
t�
Pow
er s
upply
: 12 -
24 V
DC
� Ju
mper
sel
ecta
ble
bridge
exci
tation o
f 5 o
r
10 V
DC @
30 m
A (
fact
ory
def
ault)
� Ju
mper
sel
ecta
ble
for
senso
r outp
ut
range
of
0.5
- 4
mV/V
� O
utp
ut:
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0 V
DC
@ ±
2 m
V/V
(fa
ctory
def
ault)
or
4 -
20
mA
@ ±
2 m
V/V
� Built
in 6
0.4
KΩ
Shunt
Cal
w/
Ext
ernal
Butt
on
� Pl
astic
housi
ng w
ith m
atin
g D
B9 F
emal
e co
nnec
tor
fo
r pow
er o
utp
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side
and D
B9 M
ale
connec
tor
for
se
nso
r si
de
� Fr
equen
cy r
esponse
: 2 p
ole
filter
, 1K H
z (f
acto
ry
stan
dar
d.
Low
er o
r hig
her
fre
quen
cy r
esponse
av
aila
ble
up t
o 1
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z)�
Span
ran
ge:
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. Zer
o r
ange:
±30%
of
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� O
per
atin
g t
emper
ature
: 32 t
o 1
58°F
(0 t
o 7
0°C
)�
Incl
udes
10 f
t ca
ble
w/
DB9 F
emal
e fo
r pow
er s
ide
IPM
50
0
� U
nit s
upplie
d w
ith a
nal
og o
utp
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for
connec
tion
to
PLC
, dat
a ac
quis
itio
n o
r st
rip c
har
t�
Sys
tem
cal
ibra
tion w
ith load
cel
l, t
orq
ue,
o
r pre
ssure
sen
sor
at a
dditio
nal
char
ge
� D
imen
sions:
3.1
”H x
1.7
”W x
0.8
”D�
Wei
ght:
2 o
z (5
6.7
g)
�C
SG
11
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ith
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O
pti
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SG
10
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on
ly
IPM
60
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Sig
nal C
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dit
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er
IPM
=P
an
el M
ou
nt
IBT=
Ben
ch T
op
Pan
el M
ou
nt
Sig
nal C
on
dit
ion
er
w/
Dig
ital D
isp
lay
� Po
wer
supply
: 85 t
o 2
64 V
AC s
tandar
d
(
9 t
o 3
7 V
DC o
ptional
)�
Sca
lable
to ±
99,9
99 r
esolu
tion
�6
0 c
on
vers
ion
s p
er
seco
nd
� Bridge
exci
tation:
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DC @
120 m
A m
ax
(f
acto
ry d
efau
lt),
5 V
DC @
50 m
A�
Peak
hold
, re
call
and R
emote
Auto
Tar
e,
NEM
A 4
fro
nt
pan
el
� Pl
ug-i
n s
crew
ter
min
als
for
all co
nnec
tions
� D
rive
s up t
o 4
sen
sors
350
Ω (
min
.) f
ull
bridge
� Pa
nel
or
table
mounta
ble
pla
stic
cas
e �
Not
reco
mm
ended
for
dyn
amic
or
rota
ry
torq
ue
applic
atio
n
� D
imen
sions:
(1.8
9”H
x 3
.78”W
x 5
”D)
� Rec
om
men
ded
pan
el c
uto
ut:
3.6
22”
x 1.7
72”
� W
eight:
16 o
z (0
.45 K
g)
with a
ll options
�A
ll m
od
els
ava
ilab
le w
ith
9 t
o 3
7 V
DC
p
ow
er
op
tio
n�
Inte
rface
so
ftw
are
ava
ilab
le
Mati
ng
Co
nn
ect
or
& C
ab
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ssem
bly
Inte
rfac
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oftw
are
&
TED
S O
pti
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vaila
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DB
9 T
erm
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Blo
ckIA
C1
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2-4
Ch
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nel
Su
m-
min
g J
un
ctio
n B
ox
Co
nn
ect
ors
Sys
tem
Cali
bra
tio
nA
vail
ab
le (
see p
ag
e 2
)
Co
lor
LCD
To
uch
Pan
el S
ign
al C
on
dit
ion
er
w/
Dig
ital D
isp
lay
� 3.5
" Colo
r To
uch
Pan
el L
CD
w/
320X120
r
esolu
tion
� Sca
lable
to 5
dig
its:
±99,9
99
� 2000 c
onve
rsio
ns
per
sec
ond
� G
raphin
g F
unct
ion
� Req
uired
Pow
er S
ourc
e: 1
00-2
20 V
AC w
/ 120 m
A�
9 t
o 3
7 V
DC D
C o
ption
� Sig
nal
Input
Ran
ge:
±3.0
mV/V
� Sen
sor
exci
tation:
2.5
VD
C,
5 V
DC,
10 V
DC @
120 m
A�
Dual
set
poin
t co
ntr
olle
r (A
larm
)�
Hold
Funct
ions:
Sam
ple
, Pe
ak,
Val
ley,
Pea
k-
to-p
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Rel
ativ
e m
ax a
nd m
in,
and
I
nflec
tion h
old
� Pl
ug-i
n s
crew
ter
min
al�
Oper
atin
g T
emper
ature
: 14-1
04°F
(-1
0 t
o 4
0°C
)
� Rel
ativ
e H
um
idity:
80%
RH
or
bel
ow
� O
ptional
anal
og o
utp
ut
±5 V
DC (
4 t
o 2
0 m
A)
w
/ D
C
pow
er s
upply
(M
odel
D612)
� D
imen
sions:
3.5
9”H
x 3
.59”W
x 4
.74”D
� W
eight:
2.1
lb (
0.9
5 K
g)
IBT5
00
Ben
ch T
op
Sig
nal C
on
dit
ion
er
w/
Dig
ital D
isp
lay
� Po
wer
supply
: 9 -
37 V
DC
� 120 V
AC W
all Sock
et P
ow
er S
upply
. Conve
rter
to
12 V
DC incl
uded
� 60 C
onve
rsio
ns
per
sec
ond
� Sca
lable
to 5
dig
its:
±99,9
99
� 10 V
DC @
120 m
A E
xcitat
ion t
o p
ow
er s
enso
rs
optional
(5 V
DC @
50 m
A)
� Fr
ont
Push
Butt
on T
are
and S
hunt
Cal
� Shunt
Cal
res
isto
r fo
r ca
libra
tion
� D
B9 F
emal
e co
nnec
tor
for
senso
r�
DB9 M
ale
connec
tor
for
Anal
og O
utp
ut
0 t
o 1
0 V
DC
or
0 t
o 2
0 m
A�
DB9 M
ale
connec
tor
for
dual
set
poin
t co
ntr
olle
r
(ala
rm)
w/2
form
C c
onta
ct r
elay
s: 5
Am
p M
ax�
DB9 M
ale
connec
tor
for
RS232
RS232 B
aud r
ates
fro
m 3
00 t
o 1
9,2
00
� Als
o a
vaila
ble
with b
uilt
-in J
unct
ion B
ox f
or
up t
o 4
ch
annel
s
� O
per
atin
g T
emper
ature
: 32-1
30°F
(0 t
o 5
5°C
)�
Sto
rage
Tem
per
ature
: -4
0 t
o 1
50°F
(-40 t
o 6
5°C
)�
Rel
ativ
e H
um
idity:
90%
at
100°F
(38°C
)�
Options:
4 s
enso
r co
nnec
tions
110-2
20 V
AC 3
0 W
50-6
0 H
z Po
wer
Supply
� D
imen
sions:
6.3
”W x
3.4
”H x
6.4
”D�
Wei
ght:
1.7
5 lb (
0.8
Kg)
� In
tern
al m
emory
cap
abili
ty,
cust
om
izab
le p
er
use
r ap
plic
atio
n�
Inte
rnet
cap
abili
ty v
ia P
C,
allo
ws
rem
ote
m
anag
emen
t�
Built
-in a
mbie
nt
tem
per
ature
sen
sor
� Te
st d
ata
can b
e sa
ved in t
he
VCal
TM m
odule
or
direc
tly
onto
PC
� U
ser-
frie
ndly
soft
war
e an
d s
yste
m
en
viro
nm
ent,
req
uires
no o
uts
ide
trai
nin
g
�S
up
po
rts
ISO
90
00
-20
00
, IS
O1
70
25
, E7
4,
E4
, Z
54
0 &
Oth
er
Sta
nd
ard
s�
Auto
mat
ed o
r m
anual
ref
eren
ce c
alib
ration
� Built
-in C
onve
rsio
n C
alcu
lato
rs�
Sen
sor
auto
rec
ognitio
n c
apab
ility
� Suppor
ts s
enso
rs w
ith m
V/V
DC o
r m
A o
utp
uts
� Built
-in S
hunt
Cal
mea
sure
men
t w
ith s
calin
g
for
each
input
chan
nel
. Support
s ex
tern
al
Shunt
Cal
res
isto
r
� Additio
nal
fea
ture
s fo
r tr
ouble
shooting
st
rain
-gag
ed s
enso
rs,
and f
or
the
re
valid
atio
n o
f ov
erlo
aded
sen
sors
� M
ulti-
com
ponen
t se
nso
r te
stin
g w
ith c
ross
talk
ch
eck
capab
ility
� Auto
mat
ed o
r m
anual
tes
t in
put
� H
ardw
are
& S
oftw
are
incl
uded
, ex
cept
PC�
Su
pp
ort
s IE
EE 1
45
1.4
sta
nd
ard
(T
ED
S)
1 H
z=1
cyc
le/
sec
Cels
is (
°C)=
(°F-
32
)/1
.8
IBT1
00
Ben
ch T
op
Ro
tary
To
rqu
e &
An
gle
Dig
ital D
isp
lay
� 4x2
0 m
enu d
rive
n d
ispla
y�
Hig
h a
ccura
cy a
nd s
can r
ate
� M
emory
for
2000 m
easu
red v
alues
� Pe
ak/V
alle
y ca
ptu
re m
ode.
� Soft
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©20
07 F
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Adv
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Inc.
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hu F
an
Prod
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m fo
r Aut
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enta
tives
in Y
our A
rea
FUTE
K S
ERV
ICES
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hom
as,
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ne,
CA
926
18,
USA
Ph
on
e:
(949
)465
-090
0 T
oll
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e:
(800
)23-
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en
era
l E
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il:
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k@fu
tek.
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ail
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les@
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art.
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Feat
ured
Pro
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s
10 g
ram
s -
00 l
verlo
ad
rotec
tion
ee p
g. 6
l -
1 m
illio
n lb
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ister
oa
d ell
ee p
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5 in
-oz -
500
lFl
ange
to F
lang
eee
pg.
5
- Bea
r.
B er
iesoa
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un
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iesea
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ueTF
F00
-
1K N
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at t
o a
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pg.
6
otar
y Tor
ueT
605
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