29
Where supplied, the use of a anti-rotation insertis
(
fig.3
) is highly recommended in order to load the
carabiner on its major axis.
Ref. 2030 026F - 2030 040F - 2030 074F: For use of Goblin Rope Surfer see the manual of the Goblin
device.
Use as to ANSI/ASSE Z359.1-2007 Anchorage connector (Anchor Webbing 2032 and Anchor Cable 2132)
Anchor Webbing and Anchor Cable are tested as anchorage connectors as to ANSI/ASSE Z359.1-2007, to create
an anchor point on a structure.
The structure for installation must be certified to sustain a static load of at least 3400 lbs / 15 kN or must be known to
be able to sustain 5000 lbs / 22.2 kN in the absence of certification.
For installation, see
figures 2d-2e
and use ANSI Z359 connectors: do not install in other ways, in case of structures
with sharp edges or abrasive surfaces Anchor Cable can be used, do not use Anchor Webbing. Take proper safety
measures while using this product around moving machinery and electrical hazards.
Strength is compliant with ANSI/ASSE requirements for one person: 5000 lbs / 22.2 kN. Do not connect more than
one personal fall arrest system.
If product is damaged or needs to be inspected, it must be identified as unusable.
INSTRUCTIONS FOR USE – CARABINERS
Summary
The connectors that may be supplied with the product are certified according to the EN 362:2004 standard and are
suitable for use in fall arrest systems for protecting against the risk of falling from heights. Some models are even
certified according to the EN 12275:2013 standard for mountain climbing. The features and other certifications of the
connectors are highlighted in
Tab. K
, identifying the reference code(s) on the marking of the connector(s) supplied
with the product.
Classes (
Tab. K
)
EN 362:2004. Class A: connector for connection directly to a specific anchor. Class B: basic connector. Class T:
directional connector. Class Q: quick link. Class M: multiple use connectors.
EN 12275:2015. Class B: basic connector. Class H: connector for connection using a sailor’s knot. Class K:
Connector for via ferratas. Class X: oval connector. Class Q: quick link.
The main material that the connector is made from is indicated in
Tab. K
in the “Material” column: S = Steel, SS =
Stainless Steel, AL = Aluminum alloy.
Use
The length of the connector must be considered when it is used in a fall protection system because it influences
the fall height.
The connection of the connector is indicated in the
tab.K
t and fig.
K1
to
K6
. The user of connectors with manual
locking (
fig.K1
) must avoid detaching them several times in the same working day.
The quick links are used for connections that are not opened often, we recommend closing with a torque of 3 Nm
for quick links with a diameter of 8 mm and 7 Nm for those with the 10-12 mm diameter, partial closure of the nut
must always be avoided (
Fig. K5
). For proper use and for connection to a reliable anchoring point with only one sub-
system and to other components in a fall protection system, see
Fig. K6
. Some situations can reduce the connector’s
resistance (
Fig. K7-K8
). Avoid positions that can stress the connector lever (
Fig. K9-K10
); if it is not possible to avoid
stress on the lever, choose to use ANSI Z359.12 connectors that have greater lever strength (
Fig. K11
).
CHECKING AND MAINTENANCE - CARABINERS
A carabiner looses half of its resistance when the gate is open (see
Tab.K
): check the correct operation the lever prior
to use: The lever must return against the connector body when closed, the automatic locking device must close fully
with about external help. Mud, sand, pain, ice, dirty water and other agents can compromise the operation. Do not
Summary of Contents for CORDINI
Page 4: ...2 XMARKING MARCATURA MARQUAGES CORDINI...
Page 5: ...3 CARABINERS CONNETTORI CONNECTEURS...
Page 7: ...5 YNOMENCLATURE NOMENCLATURA NOMENCLATURE CORDINI...
Page 8: ...6 LANYARDS CORDINI LONGES CARABINERS CONNETTORI CONNECTEURS...
Page 10: ...8 LANYARDS CORDINI LONGES...
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Page 19: ...17 CARABINERS CONNETTORI CONNECTEURS...
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Page 23: ...21 K1 K2 K3 K4...
Page 24: ...22 K5...
Page 25: ...23 K6...
Page 26: ...24 K7 K8...
Page 27: ...25 K10 K9...
Page 28: ...26 GATE STRENGTH GATE STRENGTH K11 16 kN 3600 LBS 16 kN 3600 LBS ANSI ASSE Z359 12 2009...
Page 113: ...111 EN 30 80 C A M P spa CAMP Safety 3 3 O 354 EN 354 361 EN 795 B ANSI ASSE Z359 1 2007...
Page 116: ...114 12 1 12 CAMP a b c d 10 12 2020 2032 10...
Page 126: ...124 K6 K7 K8 K9 K10 ANSI Z359 12 K11 K 12 1 12 a b c d 10 12 2020 2032 E X 1 2...
Page 128: ...126 W1 W2 EU J 1 2 3 4 5 6 7 8 12 9 10 11 12 C A M P www camp it EU EN 30 C 80 C...
Page 131: ...129 K1 K6 K1 8mm 3Nm 10 12mm 7Nm K5 K6 K7 K8 K9 K10 ANSI Z359 12 K11 12 1 mm 12...
Page 144: ...142 1 12 C A M P spa a b c d 10 2020 2032 e...
Page 146: ...144 4 5 6 7 9 10 11 12 13 14 15 16 17 W1 W2 EU J 1 2 3 4 5 6 7 8 12 9 10 11 12...
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