3M™ DBI-SALA® EZ-Stop™ Shock Absorbing Lanyard Edge Tested 1245552, Rope, Single Leg, 2.00 m

£109.00

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SKU: 1245552 Categories: ,

Description

Specifications
Anchor Connection Type
Aluminium Scaffold Hook
Case Quantity
1
Harness Connection Type
Aluminium Twist Lock Carabineer
Lanyard Material
Polyamide Rope
Lanyard Type
None
Leg Count
Single-Leg
Product Series
EZ-Stop™
Product Type
Shock Absorbing Lanyard – Edge Tested
Recommended Industry
Construction, General Industry, Oil & Gas, Transportation, Utilities
Weight (metric)
1.1 kg
Product Details
  • When working over or around sharp edges use 3M™ DBI-SALA® EZ-Stop™ Edge-Tested Shock Absorbing Lanyards with a 3M fall arrest harness as part of a complete fall protection system
  • 12 mm diameter rope offers extreme flexibility
  • Compact and lightweight shock pack design
  • Lightweight aluminium snap hook or automatic triple locking carabineer for easy and secure body connection
  • Lightweight aluminium automatic triple locking carabiner or 60 mm opening scaffold hook anchor connectors

Our 3M™ DBI-SALA® EZ-Stop™ Shock Absorbing Lanyards incorporate energy absorbing technology. The range incorporates an array of connection and anchorage options offering innovative fall arrest lanyard solutions to address a wide variety of end users needs.

EZ Stop™ Shock Absorbing Lanyards, Edge Tested, from 3M™ DBI SALA® incorporate innovative energy absorbing technology and have been designed specifically for people working at height who are exposed to falls over or around an edge. 12 mm diameter rope offers extremely durability whilst maintaining flexible handling for ease of use. Orange accenting indicates suitability for edge applications. Rigorously tested over a 0.5 mm edge, these models offer a lanyard durable enough to withstand a fall over electrical pylons, steel fabrications, scaffolding, flat roof structures or telecoms towers. Our EZ Stop range includes a wide variety of body and anchorage connection options to offer a fall arrest lanyard solution for every end users needs.