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6ft. Arc flash Shock Absorbing Lanyard - EZ-Stop FR single-leg web lanyard – Web loop choker & steel snap hook – Fire resistant, anti-static & arc flash rated – Reflective materials  - 3M DBI-SALA 1246305 image 0
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6ft. Arc flash Shock Absorbing Lanyard - EZ-Stop FR single-leg web lanyard – Web loop choker & steel snap hook – Fire resistant, anti-static & arc flash rated – Reflective materials - 3M DBI-SALA 1246305

$193.83 USD

  • 6ft. shock absorbing lanyard – 6ft. arc flash single-leg lanyard with energy absorption system for fall arrest.
  • Arc flash lanyard – Arc flash and hot work rated Nomex/Kevlar fiber webbing and soft pack energy absorber.
  • Web loop choker & snap hook – Non-conductive web loop on one end - steel snap hook on other.
  • Vectran energy absorber – Reduces 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.

Description

6ft. - Arc flash shock absorbing lanyard

3M DBI-SALA EZ-Stop lanyard - 6ft. single-leg arc flash lanyard is made of Nomex/Kevlar webbing and includes a soft pack energy absorber to reduce falling forces to safe levels should an accident occur.

Arc flash lanyards are made from Nomex/Kevlar - a durable, anti-static fire resistant material rated for arc flash events. Visual impact indicator facilitate easy equipment inspection; highlighting any wear or potential weak spots in the lanyard. EZ-Stop Lanyard's include reflective materials built into the webbing, making it very visible even in low-light working conditions.

On one end is a non-conductive web loop choker and on the other is a steel self-locking snap hook - widely recognized for it's user friendliness - allowing for easy operation even when wearing gloves.

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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