TEUFELBERGER elingue sans fin 30 kN Mode D'emploi page 10

USE
1. Use acc. to EN 795 B:
� This anchor device was tested to EN 795,
Class B, and is suited for use by no more
than 1 person.
When using it in a fall arrest system, it is ne-
cessary to ensure compliance with the permitted
maximum fall arrest force (6 kN) by the fall arrest
system. These lanyards are also suited for use in
rope access systems.
� According to EN 795:2012, the anchor device
(anchor point) for personal protective equipment
must withstand a force of at least 12 kN.
� The anchor point should always be located
vertically above the user.
� Verify that the structure to which you attach the
sling is suitable for the intended purpose (e.g.,
static load bearing capacity, location, sharp
edges, ...).
� The length of the anchor device must always be
adjusted to the object it is looped around.
� The Manufacturer's Information (Instructions for
Use) of all other components used in a personal
fall protection system must be complied with
(e.g., the required clearance underneath the
user, ...)
� The anchor device should be marked with the
date of the next or the most recent inspection.
The anchor device can be used as follows:
a) Webbing sling 30 kN / Webbing sling 35 kN
CHOKE HITCH (COW HITCH)
Pic. 5
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Pic. 6
CAUTION!
Residual breaking
force approx. 30%
DOUBLE SLING
Static breaking load of the webbing sling (sin-
gle sling, stretched, without cow hitch):
30 kN / 35 kN dependent on design
The breaking forces were determined in individual
tests in the as-new state of the product and under
laboratory conditions. They merely represent rough
reference values which, in practical use, may dif-
fer due to various factors (e.g., material, shape,
diameter, and structure of the object the sling is
looped around, position of the webbing sling, age,
moisture, ...).
The stitching of the webbing sling should be located
in its free length (not at bends around edges or at
the lanyard).
b) Webbing lanyard K / Y-type webbing lanyard K
The end of the lanyard with the sewn-in ring is
placed around a suitable structure, and subsequent-
ly all loose ends are threaded through this ring.
Pic. 8
Pic. 10
Pic. 7
Pic 9