2-Meter Double Safety Lanyard with Energy Absorber – European Standard CE Certified

The MASTERS Double Forked Webbing Lanyard is the ultimate safety solution for professionals in construction and maintenance. Designed with a Y-shaped configuration, it ensures the user remains anchored at all times during movement. It features a built-in energy absorber (MEA-01) that limits impact forces to less than 6 kN in the event of a fall. Crafted from high-strength polyester with robust steel hooks, this lanyard combines heavy-duty performance with strict adherence to European safety standards.

 Key Features

• Double Forked Design: Allows for 100% tie-off, ensuring the user is always connected while transitioning between anchor points.

• Integrated Energy Absorber: Significantly reduces the impact force on the body during a fall to ensure maximum safety.

• High-Strength Material: Constructed from 44 mm wide polyester webbing with reinforced nylon stitching.

• Heavy-Duty Hardware: Equipped with one karabiner and two large steel tower hooks for secure attachment to scaffolds and structures.

• Universal Compatibility: Designed to be fully compatible with all standard full-body safety harnesses.

 Technical Specifications

• Brand: MASTERS

• Model No.: MA722(114)

• Webbing Material: 44 mm high-strength polyester

• Stitching Thread: High-tenacity Nylon

• Max Length: 2 meters

• Connectors: 1 Karabiner (MA-225) + 2 Steel Tower Hooks (MA-262(114))

• Metallic Finish: Golden yellow passivation (min. 8 μm thickness) for corrosion resistance.

• Static Strength: Withstands 15 kN for 3 minutes without rupture.

• Dynamic Strength: Max breaking force ≤ 6 kN (tested on free fall from 4m height).

• Webbing Breaking Strength: 25 kN

• Metallic Breaking Strength: 23 kN

• Weight: 1.8 KGS

• Country of Origin: Made in India

• Standards: Certified to EN 354:2010 & EN 355:2002

 Applications

• Scaffolding and high-rise construction.

• Telecommunications and tower maintenance.

• Working on aerial lifts and elevated platforms.

• Industrial infrastructure projects requiring fall protection.