Cmc squid rigging plate. .

Cmc squid rigging plate Strong SQUID is an innovative solution for twin tension rope systems (TTRS) and load-sharing applications. With the CMC Squid, you can connect to your Clutches or other hauling/lowering devices using traditional carabiners, and the alignment of the clutches will be vertical to make using the levers much CMC Squid Rigging Plate (NFPA G Rated) The CMC Squid is a simple and effective solution for building G-Rated twin tension rope systems (TTRS). SQUID efficiently brings two hardware devices side-by-side for dual operation and bett. Its multi-planar design features a large attachment point for redundant anchoring and two perpendicular points for optimal alignment. SQUID efficiently brings two hardware devices side-by-side for dual operation and better SQUID is CE marked, classified to NFPA General Use for specific configurations including TTRS, and classified to NFPA Technical Use when the secondary points are pulled directly apart from each other. SQUID naturally orients toward the load and lets components move freely, reducing the risk of binding and shifting in the event of anchor or line failure. CONTACT US 800-513-7455 The CMC Pro SQUID Rig Plate is an innovative solution for twin tension rope systems (TTRS) and load-sharing applications. SQUID streamlines the rigging of redundant load-sharing systems. Multi-planar rigging plate with perpendicular attachment points; Optimizes device alignment for twin tension rope systems (TTRS) The CMC Squid rigging plate is designed to replace a traditional flat rigging plate and the use of the twisted DNA carabiners (Ovalones) to connect to CMC Clutches or other hauling/lowering devices. Features. The SQUID’s attachment points are compatible with a wide range of connection methods and they position rope hardware for easy loading and unloading while connected. Versatile, strong, and compact rigging plate with multi-planar attachment points for easy load sharing and rapid rigging of twin-tension rope systems, litter bridals, and other applications. Its multi-planar design features a large attachment point for redundant anchoring and two perpendicular points for optimal load-sharing. qqxjmk zqyo idbu ogec jidivx mgis tgz oynjli eitd shzuo