Provides arc flash protection up to 40 cal/cm2, and is designed for utility and maintenance workers. Durable 9500-lb nylon webbing has web loop attachment points which reduce weight and reduce metallic hardware. 6’ integral Shock-Absorbing Lanyard limits fall arrest forces to 900 lbs or less. The nylon web Lanyard has a sewn loop on the shock-absorber end and a snap hook on the lanyard leg. Meets applicable OSHA and ANSI standards. Meets ASTM F887-05 standards.
List Price: $90.63
Your Price: $81.37 Buy 6+ for $77.30 SAVE $4.07
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EZ Stop II 100% Tie-Off Shock Absorbing Lanyard is a double-leg shock-absorbing lanyard made for work situations where 100% tie-off is needed. Internal elastic band expands to 6' when pulled, then contracts down to 4-1/2', keeping it out of the worker's way.
EZ Stop II 100% Tie-Off Shock Absorbing Lanyard is a double-leg shock-absorbing lanyard made for work situations where 100% tie-off is needed. Internal elastic band expands to 6' when pulled, then contracts down to 4-1/2', keeping it out of the worker's way.
EZ Stop® II shock absorbing lanyards are designed for versatility and are available in many variations including this tie-back model that eliminates the need for a separate anchorage connector. All EZ Stop® II lanyards utilize a controlled tearing action when subjected to fall arrest forces, limiting arresting forces to no more than 900 lbs.
The tie-back model EZ Stop II eliminates the need for a separate anchorage connector. All EZ Stop II lanyards utilize a controlled tearing action when subjected to fall arrest forces, limiting arresting forces to no more than 900 lbs.
The Force2 is a shock-absorbing lanyard designed to be attached to an anchorage point at the worker’s feet when no overhead anchorage is available, a situation which creates a much greater free fall distance.
Your Price: $89.00 Buy 6+ for $84.55 SAVE $4.45
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The Force2 is a shock-absorbing lanyard designed to be attached to an anchorage point at the worker’s feet when no overhead anchorage is available, a situation which creates a much greater free fall distance.