FallTech® 82608 ViewPack 6' Shock Absorbing Lanyard, Y-leg, with 3 Snap Hooks

The Guardian Fall Protection Internal Shock Lanyard is comprised of heavy duty outer polyester webbing, with a polyester core specifically designed to reduce the impact forces resulting from a fall. Because the shock absorption is built directly into the lanyard there is no need for an external shock absorber, making the Internal Shock Lanyard a particularly lightweight option. This lanyard does not stretch, except if exposed to high levels of force, and is available in single and double leg models, and with a variety of connector component options. Features: Lightweight and durable ...

Features: Adjustable Y-leg for 100% Tie-off; with 1 Snap Hook and 2 Rebar Hooks Heavy duty tubular polyester outer jacket web resists abrasion and UV Internal high modulus elastic won't soften from frequent use Forged steel or aluminum connectors with 3,600 lbs gate strength Full-length internal energy absorber limits fall forces to 900 lbs or less

Designed and built with superior heat and burn resistant materials like Kevlar® and Nomex® blended webbing, the Arc Flash external shock absorbing lanyard is designed for use in environments where the risk of arc flash or extreme heat exists. This option provides a lightweight and economical option for users requiring an ASTM F887 connecting device as part of their height safety solution. Features: Meets ASTM F887 Arc Flash Standards High strength, 3600 lb. gate hooks Steel Snap Hooks (anchor) Dual Leg for 100% tie-off Web loop body connection

PeakWorks® Shock Pack (SP) shock absorbing lanyards are certified to ANSI Z359.13 standards. Features: Made with a superior grade, heavy-duty 1" (25 mm) polyester webbing for maximum strength, with tear webbing shock absorber Resists abrasions and harmful UV rays Shock packs are designed to tear the inner webbing to reduce the force the worker feels to an acceptable level

Features: Single Leg; with 1 Loop and 1 Snap Hook Kevlar® and Nomex® materials Resist ignition and burning by limiting the transfer of electricity to the user's body during an Arc Flash event Complies with ANSI Z359 and ASTM F887 Standards and OSHA Regulations