Overview

Discover the LINQ Elite Double Leg Elasticated Lanyard, a reliable choice in fall protection for professionals. Crafted with precision for those who demand both safety and flexibility in their work environment, this lanyard combines innovative design with the durability needed to meet the challenges of various work settings. It's an essential tool for enhancing safety during elevated tasks.

Engineered for Safety and Comfort

The Elite Double Leg Elasticated Lanyard stands out with its focus on user safety and ergonomic design. This lanyard is meticulously designed to offer not just a safety solution, but also to ensure comfort and ease of movement for the user throughout the workday.

• Elasticated Design: Offers flexibility and reduces trip hazards by contracting when not under tension.

• Double Leg Configuration: Provides continuous protection and allows the user to move safely between anchor points.

• Energy Absorbing: Features an energy absorber that reduces the force transmitted to the user during a fall.

• Durable Materials: Constructed with high-strength polyester and shock-absorbing elements for long-lasting use.

Versatile Use Across Multiple Environments

The Double Leg Elasticated Lanyard is tailored to adapt to a variety of work conditions, from construction sites to industrial settings. Its design ensures maximum safety and flexibility, making it a versatile choice for professionals.

• Continuous Protection: Allows the worker to remain attached to an anchor point while transitioning to another, enhancing safety in multi-level environments.

• Adaptability: Suitable for a wide range of industries including construction, telecommunications, and utilities.

• Compliance with Standards: Meets relevant safety standards, ensuring reliable performance in demanding work conditions.

Robust Construction for Lasting Durability

Constructed with attention to detail and quality materials, the Double Leg Elasticated Lanyard offers durability and reliability for users. Its components are designed for toughness and longevity, ensuring that safety is maintained over time.

• Material Composition: Utilises high-quality polyester for the webbing, ensuring strength and resistance to wear and tear.

• Elasticity: The elasticated legs provide added flexibility and convenience, minimising the risk of entanglement.

• Connectors: Equipped with robust connectors for secure attachment to harnesses and anchor points.

• Certifications: Complies with AS/NZS 1891.1 standards, affirming its quality and safety.

Tailored for the Safety-Conscious Professional

The Double Leg Elasticated Lanyard is designed with the professional in mind, ensuring that safety does not compromise mobility or comfort. Its thoughtful design and features make it an indispensable part of safety gear for those working at heights.

Specifications and Certifications

• Exclusive Extended Length Energy Absorber (ELEA) designed for a worker of up to 160kg including tools and equipment

• Features drop forged lanyard hardware for durability

• Utilises UV resistant high tenacity polyester yarn for stitching, with a 100 newton (10kg) breaking strength

• Employs a unique THETA stitch pattern with 423 stitches, providing a strength that matches the lanyard's webbing strength

• Australian designed, engineered, and made, ensuring high-quality manufacturing standards

• Webbing is UV rated to meet the AS/NZS 1891.1 standard for safety

• THETA stitch pattern engineered to match webbing strength, ensuring no weak point in the harness assembly

• BSI Certified and approved to AS/NZS 1891.1 standards, confirming its compliance with safety regulations

A LINQ Elite Double Leg Elasticated Lanyard Tailored for Safety Professionals

Choosing the right safety equipment is crucial for professionals who work at heights. The Elite Double Leg Elasticated Lanyard is designed not just as a piece of safety equipment but as a partner in your daily tasks. It ensures that your safety is maintained without compromising your ability to move freely and perform your work efficiently.