Product

AFL408389
AFL408389

ELITE ENERGY ABSORBING ELASTICATED TWIN LEG LANYARD

AFL408389 AFL408389-UIM DOC-AFL408389

The KSTRONG ELITE AFL408389 is the premier fall arrest solution engineered for professionals in high-load (140 kg) work-at-height scenarios. It not only meets the most rigorous international safety standards but also delivers unparalleled safety, freedom of movement, and operational efficiency through its unique elasticated design and superior energy absorption technology, making it a core piece of life-saving equipment.

  • High-Capacity Rating: Specifically engineered for users with a combined body and tool weight up to 140 kg, exceeding standard norms to provide broader application and a higher safety margin.
  • Elasticated Design: The lanyard automatically contracts from 1.8m to 1.3m when slack, effectively preventing trip and snag hazards and significantly enhancing safety and mobility.
  • Superior Energy Absorption: Features an integrated high-performance shock absorber that deploys during a fall to dramatically reduce impact forces to a survivable level, maximizing user safety in extreme events.

Scope of Application

  • Construction and scaffolding
  • Telecommunications and power tower maintenance
  • Oil, gas, and offshore platform operations
  • Warehousing and logistics elevated work
Brand KSTRONG UNRIVALED SAFETY
SKUAFL408389

The high-capacity 140kg twin-leg lanyard, engineered with elasticated webbing for ultimate safety and mobility.

  • A premium, twin-leg energy absorbing lanyard designed for working at height, featuring an elasticated, retractable design and a high load capacity of 140 kg.
  • Ideal for any professional whose combined weight with gear approaches 140 kg and who requires frequent movement in complex structures, demanding the highest safety standards and operational convenience.
  • Its uniqueness lies in the combination of a 140 kg high-capacity rating with an elasticated design, providing superior safety while solving the common snagging and tripping issues of traditional lanyards, all integrated with KSTRONG COMPASS™ smart asset management.

Value & Benefits

  • Enhanced Safety Margin: The 140 kg capacity provides users with greater confidence and safety assurance, accommodating a wider range of operational load requirements.
  • Optimized Mobility Efficiency: The elasticated webbing effectively shortens the inactive length, allowing you to move freely within complex steel structures or scaffolding without fear of entanglement, enabling focus on the task.
  • Reduced Fall-Related Injuries: The high-efficiency shock pack rapidly absorbs and dissipates impact energy during a fall, minimizing trauma to the body and serving as a critical lifeline when it matters most.
  • Smart Asset Management: Supports the KSTRONG COMPASS™ app. Scan to track product history, view reports, and set inspection reminders for efficient, paperless equipment management.

Performance

  • Maximum Rated Load: 140 kg
  • Overall Length: 1.8 m expanded, 1.3 m relaxed
  • Shock Absorption: Effectively reduces impact force to below 6 kN in a fall event.
  • Fall Factor: Suitable for Fall Factor 0, 1, and 2 applications; anchor can be positioned overhead, at shoulder level, or at foot level (subject to VG 11 CNB/P/11.063 sharp edge rating).

Specifications

  • Model: AFL408389
  • Webbing: 25mm Nylon Jaccard Webbing
  • Energy Absorber: 44mm Polyamide tear-webbing with Polyester backup webbing
  • Hardware: Galvanized Steel Snap Hook and Scaffold Hooks
  • Stitching: High-tenacity Polyester contrast-color thread
  • Weight: 1.75 kg

Certifications

  • EN 355:2002 (Energy Absorbers)
  • EN 354:2010 (Lanyards)
  • VG 11 RfU CNB/P/11.063 (Sharp Edge Application)

Maintenance

  • Inspection: Perform a visual check before each use and a detailed periodic inspection by a competent person at least every 12 months.
  • Cleaning: Hand wash with a neutral detergent and water not exceeding 40°C. Allow to air dry naturally, away from direct heat.
  • Storage: Store in a well-ventilated, dry area away from extreme temperatures and chemical substances.
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