FallTech 82593 - Internal Energy Absorbing Lanyard, Single-leg w/ Steel Connectors, 6'

This single-leg internal energy absorbing lanyard features tubular polyester webbing for durability and UV resistance. It incorporates a full-length internal energy absorber with a contrasting load-indicator stitch designed to show if a fall event has occurred. The lanyard includes a steel snap hook for the harness end and a steel rebar hook for the anchorage end, offering compatibility with structural connection points.

Key features:

• Tubular polyester webbing construction for abrasion and UV resistance
• Internal energy absorber with contrasting load-indicator stitch for fall-event visibility
• Steel snap hook for harness attachment and steel rebar hook for anchorage points
• 6′ working length suited for general fall-protection applications

• SKU: 82593
• Webbing: polyester; 5,000 lb minimum static strength
• Energy absorber: internal full-length absorber with contrasting load-indicator stitch
• Connectors: plated alloy steel; 5,000 lb minimum static strength with 3,600 lb gate strength
• Static strength: 5,000 lb minimum
• ANSI lanyard class: 6′ free fall
• Maximum arrest distance: 48″
• Average arrest force: 900 lb
• Maximum arrest force: 1,800 lb
• ANSI user capacity: 130 to 310 lb max
• OSHA user capacity: 130 to 310 lb max
• Compliance: ANSI Z359.13-2013; OSHA 1926.502 / 1910.66

Q: What does the contrasting load-indicator stitch indicate to the user?
A: It visually shows whether a fall event has activated the absorber, helping determine if the lanyard must be taken out of service.

Q: When is a rebar hook necessary instead of a standard snap hook?
A: Rebar hooks are used when connecting to larger or structural anchorage points that standard snap hooks cannot fit or securely engage.

Q: What should be checked on the tubular webbing during inspection?
A: Look for cuts, abrasion, fraying, UV discoloration, and ensure the load-indicator stitch is not exposed unless a fall event has occurred.

Q: How should I check the connectors before each use?
A: Confirm smooth gate action, proper lock function, no cracks or deformation, and verify that the connectors remain compatible with the anchorage and harness hardware.