CT CRIC 2D674

Κανονική τιμή $123.99
Τιμή πώλησης $123.99 Κανονική τιμή $139.99
Πώληση Εξαντλημένα
Τιμή μονάδας
/Για 
ΔΩΡΕΑΝ εγχώρια πρότυπη αποστολή για παραγγελίες $50+
Σε απόθεμα και έτοιμο για αποστολής
Αυτό είναι ένα προπαραγγελματικό αντικείμενο. Θα το στείλουμε όταν έρθει σε απόθεμα.
Θα θέλεις κι εσύ ένα από αυτά.
The Climbing Technology CRIC (Model 2D674) is an innovative, 4-in-1 multifunctional rope clamp with an integrated ball-bearing sheave. Designed as a Swiss Army knife for rigging, it reduces the bulk, weight, and layout time of your gear by replacing an ascender, pulley, and carabiner configuration in a single unit. It is built for mountaineering, complex technical rescue, arborist tree work, and professional rope access operations.
4 Operational Modes
  • Ascender Mode: Acts as a mechanical rope clamp for smooth upward hauling and line ascents in compliance with EN 567 / EN 12841-B standards.
  • Simple Pulley Mode: Functions as a highly efficient standard rope pulley (76% efficiency) for lifting, tensioning, or transferring loads in both directions.
  • Progress-Capture Hauling Pulley: Automatically locks the rope in one direction, making it ideal for hauling systems, crevasse rescues, or self-belayed hauling rigs.
  • Rope Clamp / Pulley Mode: Uses the integrated ball-bearing sheave as a direct redirect, easing heavy friction during short hauls or patient lifts without needing extra connectors.
Key Features
  • Gloves-On Ergonomics: Built with an intuitive, one-handed release button that lets you swiftly pop open the device and mount it to your tensioned rope line even while wearing heavy safety gloves.
  • All-Weather Steel Cam: Features a non-aggressive toothed steel cam with dual dirt/mud-evacuation grooves. This layout ensures an immediate bite on frozen, wet, or muddy rope lengths without chewing through the textile jacket.
  • Controlled Lowering System: Outfitted with a dedicated pull-cord tab attached to the internal cam. Pulling this release line allows you to safely back off tension and lower an attached load under system control.
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