Premium Quality 6' Internal Energy Absorbing Lanyard, Double-leg With Choke-loop Economy Pack [WztP350j]

Premium Quality 6' Internal Energy Absorbing Lanyard, Double-leg With Choke-loop Economy Pack [WztP350j]

Introducing the 6' Internal Energy Absorbing Lanyard, a reliable and innovative safety solution designed for professionals in various industries. This double-leg lanyard with a choke-loop attachment offers exceptional safety features and ease of use, making it an essential tool for fall protection.

Key Features:

• Low-profile design constructed with tubular polyester webbing for durability and comfort.
• Full-length internal energy absorber and visual fall indicator provide immediate feedback in the event of a fall.

The choke-loop dorsal attachment reduces weight and cost, making it an economical choice without compromising on safety. The lanyard includes alloy steel rebar hooks for anchorage connections, ensuring secure attachment. The double-leg design facilitates 100% tie-off, offering maximum protection. Rebar hooks feature transverse load rated gates for added safety. This lanyard is fully compliant with ANSI Z359.13-2013 standards, ensuring adherence to rigorous safety regulations.

Product Specifications

This lanyard is constructed with high-quality materials to meet the demands of heavy-duty applications. The polyester webbing provides a minimum static strength of 5,000 lbs, ensuring reliable performance. The energy absorber is made of polyester POY, offering excellent shock absorption capabilities. The plated alloy steel connectors have a minimum static strength of 5,000 lbs and a gate strength of 3,600 lbs, providing secure connections. The choke-loop is made of polyester webbing, also with a minimum static strength of 5,000 lbs. The lanyard offers a static strength of 5,000 lbs and features a 6' free fall length, with a maximum arrest distance of 48". The average arrest force is 900 lbs, while the maximum arrest force is 1,800 lbs. It is suitable for users weighing between 130 to 310 lbs, adhering to both ANSI and OSHA user capacity requirements.