3M DBI Sala Force2 Shock Absorbing Twin Lanyard with Steel Rebar Hooks
 
 
The DBI Sala Force2 Shock Absorbing Lanyard with steel rebar hooks is ideal when there is no overhead anchorage and your only option is to tie-off at your feet. It can be used for up to a 12' free fall, or as a standard twin leg lanyard up to a 6 ft. (1.8 m) free fall for workers that require a capacity of 311 to 420 lbs. (141-190 kg). Force2 shock absorbing lanyards have a build quality that is second-to-none, backed by more than thirty years of design, research, manufacturing know-how and on-the-job performance. Featuring controlled tearing action when subjected to a fall, this lanyard reduces the forces imposed on the user to safe levels and stops the fall.
 
 
Features:
 
 

 
 
6 ft. (1.8m) double-leg 100% tie-off lanyard
 
 
Force2? 12 ft. free fall (3.6m) and dual capacity rated
 
 
Extremely compact and lightweight
 
 
Exclusive Hi-10? Vectran? energy absorption system
 
 
Abrasion resistant polyester webbing
 
 
User friendly self locking snap hook at center
 
 
Self-locking gate/nose steel rebar hook at leg ends
 
 
Built-in reflective materials
 
 
Impact indicator
 
 
Protected labels, equipped with i-Safe?
 
 
 
 
Specifications:
 
 

 
 
Capacity: 130-310 lbs. (59-141kg) for 12 ft. (3.7m) Free Fall / 310-420 lbs. (141-190kg) for 6 ft. (1.8m) Free Fall 
 
 
Brand: DBI-SALA?
 
 
Sub Brand: Force2?
 
 
Size: 6 ft. (1.8m)
 
 
iSafe Equipped: Yes
 
 
Anchor Connector Hook Type: Rebar Hook
 
 
Energy Absorber Class: 12 ft. (3.6 m) Free Fall/MAAF 1350 lbs. (6 kN)
 
 
Harness Connector Hook Type: snap Hook
 
 
Lanyard Type: Fixed
 
 
Number Of legs: Double-Leg 100% Tie-Off
 
 
Lanyard Length: 6 ft. (1.8m)
 
 
Thread/Stitching: Polyester
 
 
Label: Vinyl
 
 
General Lanyard: Web
 
 
Harness Connection Hook: Zinc Plated Steel
 
 
Anchor Connection Hook: Zinc Plated Steel
 
 
Energy Absorber Cover: Nylon
 
 
Model: 1246159
 
 
Product Types: Shock Absorbing Lanyard
 
 
Standards: OSHA 1910.66, OSHA 1926.502, Capital Safety Gen. Mfg. Req., ANSI A10.32, ANSI Z359.13