taut as possible. Slack ropes must be avoided! The an-
chor point must be designed in such a way that, when
fixing the PPE, no effects can occur which reduce the
stability and it is not damaged during use. Sharp edges,
ridges and crushing can seriously impair the stability.
These should be covered, where necessary, using suita-
ble auxiliary equipment. The anchor point and the an-
choring must be able to withstand the expected loads in
a worst-case scenario. Even when using energy absorb-
ing elements (according to EN 355) the anchor points
should be designed for catching forces of at least 12 kN,
also see EN 795.
When using a lanyard (fall arrest system), please note
that the maximum overall length of the lanyard including
energy absorbing elements and connecting components
must not exceed 2.0m.
APPLICATIONS
EN 361: Safe connection of the harness to a rescue or
fall arrest system takes place at the fall arrest attach-
ment element, sternal or dorsal (A), any individual con-
nection elements which are used (carabiners) must
comply with EN 362 and are to be fastened to these
(A). Only a fall arrest harness in accordance with EN
361 may be used with a fall arrest system! Each fall
arrest system must contain either a shock absorbing
element to EN 355, a retractable type fall arrester to EN
360 or a guided type fall arrester to EN 353-2 (if the
harness is used for a load above 100 kg the fall arrest
system must be compatible with this specific load).
Prior to using a fall arrest system, it must be ensured
that the necessary free space in the work area beneath
the user is guaranteed (to avoid collision with the
ground or an obstacle).
EN 813: Connectors are attached to the frontal sit harness
attachment element when working in suspension (C). Max-
imum working load (incl. equipment) is 150 kg. Attention:
This attachment point is not designed for fall arrest purpos-
es. The sizing chart can be found in (Illus. 10).
EN 358: The lateral (hip) attachment elements (B1) are
designed for work positioning. The waist rear attachment
element (B2) is only for restraint. Lateral attachment el-
ements must be used in pairs. These attachment ele-
ments should not be used where a risk of becoming
suspended or exposed to unintended fall arrest forces
exists. The use of a back-up system for fall arrest purpos-
es when using a work positioning system must be con-
sidered. The connection device for work positioning
harnesses must be kept taught, the attachment point
must always be above or at hip height. Maximum work-
ing load (including tools and equipment) is 150 kg. The
sizing chart can be found in (Illus. 10).
The following points refer to the illustrations:
ANSI Z359.11: Safe connection should primarily be on
the dorsal attachment element. If the risk assessment
shows that a frontal safe connection is preferable, the
sternal attachment element should be used. Be aware
that the harness may stretch up to 450 mm when defin-
ing ground clearance for fall arrest along with length of
connectors, size settings etc.
1. NOMENCLATURE OF PARTS
A) Fall arrest attachment element to EN 361 and ANSI
Z359.11. B1) Lateral attachment element for work posi-
tioning to EN 358. B2) Waist rear attachment element for
restraint to EN 358. C) Frontal attachment element to
EN 813 and ANSI Z359.11. D) Gear loop for gear up to
25 kg. E) Gear loop for tool bags up to 50 kg. F) Loop for
fastening of a work seat. G) Fall indicator. H) Marking
and RFID Chip. I) Back-up device holder. J) Rope clamp
(optional). K) Chest harness optional support. L) Lanyard
Parking Element
2. PUTTING THE HARNESS ON
The harness should be tight, but still fit comfortably. En-
sure that excess webbing is correctly stowed in the strap
keeper (folded flat).
3. USE OF BUCKLES
a-b) Side-block buckle. c) TripleLock buckle. Regularly
check all closures and adjusting elements.
4. CHEST HARNESS ADJUSTMENT
The dorsal fall arrest attachment element should be at
shoulder level. For this purpose, the strap in the hip belt
must be moved by loosening the Velcro fastener.