Par a p rof esi ona les ... des de 185 7, Do not remove this label, No quite esta etiqueta – Klein Tools Wire Rope Anchorage Connector User Manual
Page 6

For Fall Arrest Use Only
DO NOT REMOVE THIS LABEL
Model:
Size:
Date:
READ
BEFORE
USE
READ
BEFORE
USE
QUESTIONS?
Call TOLL-FREE
1-800-553-4676
Klein Tools, Inc.
OSHA 1910, 1915 & 1926
ANSI A10.14
Made in U.S.A.
Klein-Lite®, Klein-Lok®, Klein-Kord®, Softee™, Ultra-Hyde™
T-125
207
■
Read, understand and follow all instructions, cautions and warnings attached to and/or packed with
this and all occupational protective equipment before each use.
■
For use by properly trained professionals only.
■
Employer – Before allowing the use of this equipment, instruct your employees as to its proper use
and alert them to these warnings.
■
Do NOT use units with steel cable near electrical lines or equipment.
■
Never work without independent fall-arrest protection if there is danger of a fall.
■
To attach this device to the fall-arrest anchorage, pass the cable over the fall-arrest anchorage (such
as an aerial boom, I-beam or similar structural member approved by a qualified person, as defined by
OSHA) and attach the ring on the end of the cable back onto the Klein-Lok
®
snap hook. Never wrap a
rope lanyard around a beam or other structural member; it could be cut or damaged. Instead, use
connecting devices specifically designed for these purposes.
■
Fall-arrest anchorage must support a minimum of 5,000 lbs. (22.2kN) per attached worker and be
independent of worker support.
■
Rig to avoid contact with structures below in a fall. If using a deceleration unit, add 3-1/2 ft. (1m)
to the potential fall distance to allow for unit extension.
■
Always work directly under the fall-arrest anchorage to reduce the possibility of swing-fall injuries
(pendulum effect).
■
Free-fall distance must NOT exceed 6 ft. (1.8m). Always keep anchorage at or above shoulder height
to minimize fall distance.
■
OSHA requires that impact force in a fall NOT exceed an 1,800 lb. (8kN) limit with a harness.
Therefore, minimize slack in fall-arrest connecting devices or use deceleration unit to stay under 1,800
lbs. (8kN).
■
Unit must be destroyed if subjected to impact loading.
■
Always visually check that: 1) each snap hook freely engages the intended D-ring or attachment
point, and 2) the snap-hook keeper (gate) is completely closed with each use. Have a co-worker visually
check to make sure that the snap hook attached to the fall-arrest D-ring (centered in the back of the
harness) is properly secured. Never rely solely on feel or sound in attempting to determine that a snap
hook is engaged.
■
Before each use check that: 1) unit is free of burns, cuts, abrasions, broken strands or stitches,
kinks, knots or excessive wear, 2) locking snap hooks, D-rings, and thimbles (if any) are not distorted
or cracked, and 3) hook keepers are free of burrs, functioning properly, clean and not bent. If the unit
does not pass the inspection, it should be removed from service immediately and destroyed or
reinspected by a competent person as defined by OSHA to determine its usability.
■
Make sure each snap hook is positioned so that its keeper (gate) is never load bearing.
■
Only use locking snap hooks.
■
Occupational Protective Equipment (OPE) must only be used for the specific purpose for which it is
designed and intended.
■
Only use this unit with harnesses and connecting devices meeting OSHA fall-arrest standards.
■
Never allow non-metallic rope or webbing to come in contact with high-temperature surfaces,
welding sparks, or other heat sources.
■
Never attach a lanyard back onto itself or attach multiple lanyards together.
■
Never tie knots in lanyards. Knots can reduce the strength of the lanyard by up to 50%.
■
Never attach multiple snap hooks onto a D-ring.
■
Never disable locking keeper (latch) on snap hook or alter a connecting device in any way.
■
Never join two snap hooks together. They are NOT intended to be used that way, and could twist
apart.
■
Snap hooks attached onto D-rings must have less than 3/4” (19mm) throat opening. Never attach
ladder or rebar hooks onto D-rings.
■
For personal fall-arrest use only. NOT for towing, hoisting, recreational or sporting use. Only use as
an anchorage connector in a personal fall-arrest system.
■
Assume the responsibility for determining that your OPE equipment is in excellent condition at all
times.
■
Store your OPE equipment out of direct sunlight and in a clean, dry area.
■
Klein strongly recommends that Klein components NOT be interchanged with other components
made by other manufacturers because Klein cannot guarantee that other manufacturers’ components
are free of defects in materials or workmanship.
139192
Klein permanently attaches highly durable warning and
instruction tags and/or labels to its OPE equipment. If any of
these tags become unattached, lost, or damaged, call the
Klein Tools
T
T
Sales Department, toll-free at 1-800-553-4676
for information on how to have the tags and/or labels
replaced free of charge.
Klein
Klein Wire
Wire Rope
Rope Anchorage
Anchorage Connector
Connector W
Warning
arning Ta
Tags
7200 McCormick Blvd., P.O. Box 599033, Chicago, IL 60659-9033
©
© Klein Tools
T
T
, Inc. 2003
Printed in U.S.A.
10000
Para
uso solamente
en detención
de caidas
NO QUITE
ESTA
ETIQUETA
Modelo:
Tamaño:
Fecha:
LEER
ANTES
DE
USAR
LEER
ANTES
DE
USAR
¿PREGUNTAS?
Llame GRA
TIS al
1-800-553-4676
Klein Tools,
Inc.
OSHA 1910,
1915 y
1926
ANSI A10.14
Fabricado
en los
EE.UU.
Klein-Lite®
, Klein-Lok
®, Klein-Kord
®, Softee
™, Ultra-Hyde
™
ST -125
207
■
Lea
, e
ntie
nda
y
sig
a to
das
la
s in
stru
cci
one
s, p
rec
auc
ion
es
y a
dve
rte
nci
as
col
oca
das
y/
o e
mba
lad
as
con
és
te
y c
on
tod
os
los
eq
uip
os
de
pro
tec
ció
n la
bor
al a
nte
s d
e c
ada
us
o.
■
Par
a u
so
sól
o p
or p
rof
esi
ona
les
co
n c
apa
cita
ció
n a
pro
pia
da.
■
Em
ple
ado
r: A
nte
s d
e p
erm
itir
el
us
o d
e e
ste
eq
uip
o, i
nst
ruy
a a
su
s e
mpl
ead
os
en
cua
nto
a
su
uso
apr
opi
ado
y
alé
rte
los
de
es
tas
ad
ver
ten
cia
s.
■
NO
util
ice
un
ida
des
co
n c
abl
e d
e a
cer
o c
erc
a d
e c
abl
es
o e
qui
pos
el
éct
ric
os.
■
Nun
ca
tra
baj
e s
in
pro
tec
ció
n d
e d
ete
nci
ón
de
caí
das
in
dep
end
ien
te
si h
ay
pel
igr
o d
e c
aíd
a.
■
Par
a s
uje
tar
es
te
dis
pos
itiv
o a
l a
ncl
aje
de
de
ten
ció
n d
e c
aíd
as,
pa
se
el c
abl
e s
obr
e e
l a
ncl
aje
de
det
ecc
ión
de
ca
ída
s (c
om
o u
n p
esc
ant
e a
ére
o, u
na
vig
a e
n I
o u
n m
iem
bro
es
tru
ctu
ral
si
mila
r a
pro
bad
o
por
un
a p
ers
ona
ca
lifi
cad
a, d
e a
cue
rdo
co
n la
de
fin
ici
ón
de
OSH
A)
y a
cop
le
el a
nill
o q
ue
est
á e
n e
l
ext
rem
o d
el c
abl
e d
e v
uel
ta
en
el g
anc
ho
de
pre
sió
n K
lei
n-L
ok
®
. N
unc
a e
nro
lle
un
ac
olla
dor
de
cu
erd
a
alre
ded
or
de
una
vi
ga
u o
tro
m
iem
bro
es
tru
ctu
ral
; e
l a
col
lad
or
pod
ría
re
sul
tar
co
rta
do
o d
aña
do.
En
lug
ar d
e e
llo
, u
tili
ce
dis
pos
itiv
os
de
con
exi
ón
dis
eña
dos
es
pec
ífic
am
ent
e p
ara
es
tos
pr
opó
sito
s.
■
El a
ncl
aje
de
de
ten
ció
n d
e c
aíd
as
deb
e s
opo
rta
r u
n m
íni
mo
de
5,0
00
lb
(22
.2
kN)
po
r tr
aba
jad
or
suj
eto
y
deb
e s
er i
nde
pen
die
nte
de
l s
opo
rte
de
l tr
aba
jad
or.
■
Rea
lic
e e
l m
ont
aje
de
m
ane
ra
que
se
ev
ite
el
co
nta
cto
co
n la
s e
stru
ctu
ras
qu
e e
sté
n d
eba
jo
en
cas
o d
e c
aíd
a.
Si u
tili
za
una
un
ida
d d
e d
esa
cel
era
ció
n, a
ñad
a 3
.5
pie
s (
1 m
) a
la
di
sta
nci
a d
e c
aíd
a
pot
enc
ial
pa
ra
ten
er e
n c
uen
ta
la
ext
ens
ión
de
la
un
ida
d.
■
Tra
baj
e s
iem
pre
di
rec
tam
ent
e d
eba
jo
del
an
cla
je
de
det
ecc
ión
de
ca
ída
s p
ara
re
duc
ir l
a p
osi
bili
dad
de
les
ion
es
por
ca
ída
s c
on
col
um
pia
mie
nto
(e
fec
to
de
pén
dul
o).
■
La
dis
tan
cia
de
ca
ída
lib
re
NO
deb
e s
obr
epa
sar
6
pie
s (1
.8
m).
Man
ten
ga
sie
mpr
e e
l a
ncl
aje
a l
a a
ltu
ra
de
los
ho
mbr
os
o p
or e
nci
ma
de
ést
os
par
a m
ini
miza
r la
di
sta
nci
a d
e c
aíd
a.
■
OSH
A re
qui
ere
qu
e la
fu
erz
a d
e im
pac
to
en
una
ca
ída
NO
sob
rep
ase
el
lím
ite
de
1,
800
lb
(8
kN
) c
on
un
arn
és.
Po
r lo
ta
nto
, d
ebe
m
ini
miza
r la
flo
jed
ad
en
los
di
spo
siti
vos
de
co
nex
ión
de
de
ten
ció
n d
e c
aíd
as
o u
tili
zar
un
a u
nid
ad
de
des
ace
ler
aci
ón
par
a p
erm
ane
cer
po
r d
eba
jo
de
1,8
00
lb
(8
kN)
.
■
La
uni
dad
de
be
des
tru
irs
e s
i re
sul
ta
som
etid
a a
ca
rga
po
r im
pac
tos
.
■
Ase
gúr
ese
si
em
pre
vi
sua
lm
ent
e d
e q
ue:
1)
ca
da
gan
cho
de
pr
esi
ón
se
aco
ple
lib
rem
ent
e e
n e
l a
nill
o
en
D o
e
n e
l p
unt
o d
e s
uje
ció
n p
rev
ist
o,
y2
) e
l f
ija
dor
(c
om
pue
rta
) d
el
gan
cho
d
e p
res
ión
e
sté
com
ple
tam
ent
e c
err
ado
co
n c
ada
us
o. H
aga
qu
e u
n c
om
pañ
ero
de
tr
aba
jo
se
ase
gur
e v
isu
alm
ent
e d
e
que
el
ga
nch
o d
e p
res
ión
su
jet
o a
l a
nill
o e
n D
de
de
ten
ció
n d
e c
aíd
as
(ce
ntra
do
en
la
par
te
tra
ser
a d
el
arn
és)
es
té
suj
eto
ap
rop
iad
am
ent
e. N
unc
ad
epe
nda
so
lam
ent
e d
e la
se
nsa
ció
n o
de
l s
oni
do
al i
nte
nta
r
det
erm
ina
r s
i u
n g
anc
ho
de
pre
sió
n e
stá
ac
opl
ado
.
■
Ant
es
de
cad
a u
so,
a
seg
úre
se
de
que
: 1
) la
u
nid
ad
no
ten
ga
que
mad
ura
s,
cor
tes
, a
bra
sio
nes
,
heb
ras
o
cos
tur
as
rot
as,
en
red
os,
nu
dos
ni
de
sga
ste
ex
ces
ivo
,2
) lo
s g
anc
hos
de
pr
esi
ón
de
fija
ció
n,
los
an
illo
s e
n D
y
los
de
dal
es
(en
ca
so
de
que
lo
s h
aya
) n
o e
sté
n d
ist
ors
ion
ado
s n
i a
grie
tad
os,
y 3
) lo
s
fija
dor
es
de
los
ga
nch
os
est
én
lib
res
de
re
bab
as,
fu
nci
one
n a
pro
pia
dam
ent
e, e
sté
n li
mpi
os
y n
o e
sté
n
dob
lad
os.
Si
la
uni
dad
n
o p
asa
la
in
spe
cci
ón,
d
ebe
re
tira
rse
d
e s
erv
ici
o i
nm
edi
ata
men
te
y
des
tru
irs
e o
vo
lve
r a
in
spe
cci
ona
rse
po
r u
na
per
son
a c
om
pet
ent
e, d
e a
cue
rdo
co
n la
de
fin
ici
ón
de
OSH
A, p
ara
de
ter
min
ar s
u u
tili
zab
ilid
ad.
■
Ase
gúr
ese
de
qu
e c
ada
ga
nch
o d
e p
res
ión
es
té
pos
ici
ona
do
de
man
era
qu
e s
u fi
jad
or (
com
pue
rta
)
nun
ca
sop
orte
ca
rga
s.
■
Util
ice
ún
ica
men
te
gan
cho
s d
e p
res
ión
de
fij
aci
ón.
■
El e
qui
po
de
pro
tec
ció
n la
bor
al (
EPL
) d
ebe
ut
iliz
ars
e s
ola
men
te
par
a e
l p
rop
ósi
to
esp
ecí
fic
o p
ara
el
que
es
tá
dis
eña
do
y p
rev
ist
o.
■
Util
ice
es
ta
uni
dad
úni
cam
ent
e c
on
arn
ese
s y
di
spo
siti
vos
de
co
nex
ión
qu
e c
um
pla
n c
on
las
no
rm
as
de
OSH
A p
ara
de
ten
ció
n d
e c
aíd
as.
■
Nun
ca
dej
e q
ue
cue
rda
o
m
alla
n
o m
etá
lic
a e
ntre
en
co
nta
cto
co
n s
upe
rfic
ies
q
ue
est
én
a a
lta
tem
per
atu
ra,
ch
isp
as
de
sol
dad
ura
u
otra
s fu
ent
es
de
cal
or.
■
Nun
ca
suj
ete
un
ac
olla
dor
de
vu
elta
en
sí
m
ism
o n
i s
uje
te
jun
tos
va
rio
s a
col
lad
ore
s.
■
Nun
ca
hag
a n
udo
s e
n lo
s a
col
lad
ore
s. L
os
nud
os
pue
den
re
duc
ir l
a re
sis
ten
cia
de
l a
col
lad
or h
ast
a
en
un
50
%.
■
Nun
ca
suj
ete
va
rio
s g
anc
hos
de
pr
esi
ón
a u
n a
nill
o e
n D
.
■
Nun
ca
inu
tili
ce
el f
ija
dor
(c
om
pue
rta
) d
e c
ier
re
de
un
gan
cho
de
pr
esi
ón
ni a
lte
re
un
dis
pos
itiv
o d
e
con
exi
ón
de
nin
gun
a fo
rm
a.
■
Nun
ca
aco
ple
en
tre
sí
do
s g
anc
hos
de
pr
esi
ón.
Es
tos
ga
nch
os
NO
est
án
dis
eña
dos
pa
ra
util
iza
rse
de
est
a m
ane
ra
y p
odr
ían
to
rce
rse
ha
sta
se
par
ars
e.
■
Los
ga
nch
os
de
pre
sió
n a
cop
lad
os
a a
nill
os
en
Dd
ebe
n te
ner
un
a a
ber
tur
a d
e g
arg
ant
a d
e m
eno
s d
e
3/4
" (1
9 m
m).
Nun
ca
aco
ple
ga
nch
os
de
esc
ale
ra
de
man
o o
de
ba
rra
de
re
fue
rzo
a
ani
llo
s e
n D
.
■
Par
a u
so
per
son
al d
e d
ete
nci
ón
de
caí
das
so
lam
ent
e. L
a u
nid
ad
NO
est
á d
ise
ñad
a p
ara
re
mol
car
o
iza
r, n
i p
ara
us
o r
ecr
eat
ivo
o
dep
orti
vo.
U
tili
ce
la
uni
dad
so
lam
ent
e c
om
o c
one
cto
r d
e a
ncl
aje
en
un
sis
tem
a p
ers
ona
l d
e d
ete
nci
ón
de
caí
das
.
■
Asu
ma
la
res
pon
sab
ilid
ad
de
det
erm
ina
r s
i s
u e
qui
po
de
EPL
es
tá
en
exc
ele
nte
s c
ond
ici
one
s e
n to
do
mom
ent
o.
■
Gua
rde
su
eq
uip
o d
e E
PL
fue
ra
de
la
luz
so
lar
di
rec
ta
y e
n u
n á
rea
lim
pia
y
sec
a.
■
Kle
in
rec
om
ien
da
enf
átic
am
ent
e q
ue
los
c
om
pon
ent
es
Kle
in
NO
se
int
erc
am
bie
n c
on
otro
s
com
pon
ent
es
hec
hos
po
r o
tro
s fa
bric
ant
es,
ya
qu
e K
lei
n n
o p
ued
e g
ara
ntiz
ar q
ue
los
co
mpo
nen
tes
de
otro
s fa
bric
ant
es
est
én
lib
res
de
de
fec
tos
de
m
ate
ria
les
o
de
fab
ric
aci
ón.
139198
Par
a p
rof
esi
ona
les
...
des
de
185
7
®