KONG
Carabiner X-Large Carbon Steel Twist Lock

Model: Kong Carabiner X-Large Carbon Steel Twist Lock
Code: 411.ZZ

With Kong Twistlock system and "Key-lock system" that avoids every possible catch, X-large dimensions.
Carbon steel, 245g, kN 50; individually tested.

Twist Lock system: New sleeve - New material! - Very light weight!

The twist-lock sleeve offers a fair mixture of safety and ease. For this reason it is commonly preferred for rescue operations and industrial uses. Its movements are: 1.turn; 2.open; 3.release.The gate locks by itself.

 

Instructions for using KONG connectors – DPI class III
Always make sure that connectors inserted in their anchorage are able to move freely and take up position in the right direction of load with gates always perfectly closed.
Fig. 1 - Position offering maximum resistance. Warning: connectors are less resistant when connected with wide items (fig. 2).
Important:
- Calculate effective loads that connectors will have to bear (fig. 3) before using them for suspension (double-cord descent); these loads must never exceed the load marked on the connector by more than a 1/4 (SWL 1:4),
- It is preferable to use models with automatic gate locking device the connector has to be opened and closed frequently.
Fig. 4 – Example of how to use the “half-anchor hitch” to dynamically secure the second person in the roped party.
Fig. 5 – Progession rope correctly inserted in the “Express”.
Fig. 6 – Incorrect and dangerous way to use the express:
- warning the connector gate could be opened against projecting rock or anchorage during the climb,
- warning the rope could accidentally slip out if you fall.
Fig. 7 – Using the “Express” helps the rope to slide through.
Examples of accidental opening:
- impact against rocks (fig.8),
- projecting rock opening the gate (fig. 9),
- vibrations caused by the rope whipping through during a fall (fig.10).
Examples of incorrect and dangerous positions:
- anchorage too large for the gate to close (fig. 11),
- positions causing side and/or transverse stress and/or twisting (fig. 12),
- the descender forcing the locknut (fig. 13).
Warning: never grip onto connectors as in figure 14 to help yourselves up