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6ft. Shock Absorbing Lanyard - Force2 single-leg lanyard - Comfort grip hook and steel snap hook - 12ft. free fall and dual capacity rated - 3M DBI-SALA 1246414 image 0
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6ft. Shock Absorbing Lanyard - Force2 single-leg lanyard - Comfort grip hook and steel snap hook - 12ft. free fall and dual capacity rated - 3M DBI-SALA 1246414

6ft. Shock Absorbing Lanyard - Force2 single-leg lanyard - Comfort grip hook and steel snap hook - 12ft. free fall and dual capacity rated - 3M DBI-SALA 1246414

$336.11 USD

  • 6 ft. Shock absorbing lanyard - 6 ft. (1.8m) web single-leg lanyard designed for foot level tie-off.
  • Comfort grip hook - Squeeze trigger hook with 2.5" gate and hand guard pin to prevent forced disconnections.
  • Vectran energy absorber - Built for use up to a 12ft. free fall by reducing falling forces to safe levels to prevent injury on user.
  • Reflective materials - Helps to highlight the lanyard, making it very visible even in low-light working conditions.
  • Impact indicator - Makes it obvious to the user when a lanyard has sustained damage; preventing the user of damaged equipment.
  • Durable webbing - Made from top-quality materials designed to resist abrasion, cuts and chemical damage.

Description

6ft. shock absorbing lanyard

3M DBI-SALA Force2 lanyard 1246414 - 6ft. single-leg lanyard ideal for foot-level tie-off and capable of withstanding up to a 12 ft. free fall. The Vectran energy management system is the world's smallest and lightest shock absorber.

On one end is a user-friendly steel snap hook - specifically designed for easy usage even when wearing bulky gloves. On the other is the new Comfort Grip hook - designed to be the SAFEST and EASIEST hook on the planet.

Force2 lanyards are made from top-quality materials that provide reliable resistance to abrasion, cuts and chemical damage. Lanyard includes high visibility reflective materials - creating a better visual is low-light working conditions.

The energy absorbing design of the lanyard limits powerful forces experienced during a fall to minimize the risk of injury to the user.

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