FallTech 727650 Contractor/Galvanized Cable SRL-Glass-Filled Nylon Housing, 1 Connecting Carabiner and 1 Load-Indicating Swivel Carabiner, 50′, Blue (2 Units)

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Falltech 727650LE Contractor Leadign Edge Self-Retracting Device 50'

The Falltech 727650LE Contractor LE 50' Galvanized Steel SRL comes with a 7/32 Galvanized Steel Cable; Internal Inertial Brake And External Shock Pack; Glass-filled Nylon Housing; 1 Connecting Carabiner and 1 Load-indicating Swivel Carabiner.

Meets or Exceeds: OSHA CFR1926.502, CFR1910.66 ANSI: ANSI Z359.13, ANSI Z359.14-2014

Features and Specs:

  • Max Capacity 310 lbs.
  • May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage condition
  • Dual energy absorber system - internal inertial brake and external shock pack
  • Designed to reduce the risk of cable failure when contacting an edge during a fall event
  • ANSI Z359.13 compliant external energy absorber to reduce impact forces during edge contact in a fall event
  • ANSI Class B
  • Certified as ANSI Z359.14 LE compliant.

May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
Dual energy absorber system - internal inertial brake and external shock pack
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
Dual energy absorber system - internal inertial brake and external shock pack
ANSI Z359.13 compliant external energy absorber to reduce impact forces during edge contact in a fall event
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
Dual energy absorber system - internal inertial brake and external shock pack
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
Dual energy absorber system - internal inertial brake and external shock pack
ANSI Z359.13 compliant external energy absorber to reduce impact forces during edge contact in a fall event
7/32 Galvanized steel cable for added cut resistance
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
Dual energy absorber system - internal inertial brake and external shock pack
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
Dual energy absorber system - internal inertial brake and external shock pack
ANSI Z359.13 compliant external energy absorber to reduce impact forces during edge contact in a fall event
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
Dual energy absorber system - internal inertial brake and external shock pack
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
May be used as a traditional SRD for overhead anchorage options or in below harness D-ring anchorage conditions
Dual energy absorber system - internal inertial brake and external shock pack
ANSI Z359.13 compliant external energy absorber to reduce impact forces during edge contact in a fall event
7/32 Galvanized steel cable for added cut resistance
Designed to reduce the risk of cable failure when contacting an edge during a fall event