• Leading Edge Cable Energy Absorbing Lanyard

6' Leading Edge Cable Energy Absorbing Lanyard, Double-leg with Steel Snap Hooks

Product No. 8354LEY

Regular price $222.25 USD
Shipping calculator
Please select country
Please enter correct zip code
Payment methods
american_express apple_pay diners_club discover facebook_pay google_pay master shopify_pay visa
Product details

6' Leading Edge Cable Energy Absorbing Lanyard, Double-leg with Steel Snap Hooks

FEATURES

  • Combined user protection for leading edge applications features 1/4" cable and dual-class energy absorber
  • Hard-wearing steel cable resists cuts over sharp and abrasive leading edge hazards.
  • Dual-class energy absorber rated for 12' foot-level and 6' overhead free fall applications for users weighing up to 310 lb
  • Energy absorber features patented ViewPack® cover with inspection window
  • ViewPack® cover also features WrapPack label protection
  • Includes alloy steel snap hooks for harness attachment and anchorage connections
  • Double-leg design facilitates 100% tie-off
  • Complies with ANSI Z359.13-2013

MATERIAL  SPECIFICATIONS

Cable:                                          Coated galvanized steel; 5,000 lb min. static strength
Energy Absorber:                       Polyester tear-away
Connectors:                                Plated alloy steel; 5,000 lb min. static strength with 3,600 lb gate strength

PERFORMANCE  SPECIFICATIONS

Static Strength:                                    5,000 lb min.
ANSI Lanyard Class:                            6' free fall and 12' free fall
Max. Arrest Distance:                         48" for 6' free fall and 60" for 12' free fall
Avg. Arrest Force:                               900 lb for 6' free fall and 1,350 lb for 12' free fall
Max. Arrest Force:                              1,800 lb for both 6' and 12' free fall
ANSI User Capacity:                           130 to 310 lb max.
OSHA User Capacity:                         130 to 425 lb max.

DOWNLOADS


COMPLIANT  WITH:

OSHA 1926.502 and 1910.66
ANSI Z359.13-2013


Recently Viewed