Shock Absorbing Lanyard with Energy Absorber, Loop and Scaffolding Hook

ISF-64

Product Features:

Shock Absorbing Lanyard with Integrated Energy Absorber. Loop Attachment for Connection to a Compatible Anchorage or Connector. Scaffolding Hook for Convenient Attachment to Suitable Anchorage Points. Designed for Fall Arrest Applications. Suitable for Various Work-at-Height and Fall Protection Applications. Available in Different Lanyard Configurations and Lengths Depending on Application Requirements. Manufactured by ISSAFE, a Fall Protection Equipment Manufacturer. Custom Hook and Connector Configurations can be Considered According to Customer requirements. ISSAFE offers OEM branding, customization and no minimum order quantity options.

Product Specifications

MATERIALPOLYESTER
Available Lengths:1.0m, 1.5m, 1.8m, and 2.0m
Standard Lengths:44mm wide

Product Description:

Shock Absorbing Lanyard with Energy Absorber, Loop & Scaffolding Hook

ISSAFE Shock Absorbing Lanyard with Energy Absorber, Loop and Scaffolding Hook is a reliable fall protection lanyard designed for workers performing tasks at height where fall arrest protection is required. It combines a durable lanyard, integrated energy absorber, loop attachment and scaffolding hook to provide a practical connection between a full body safety harness and a suitable anchorage point.

The built-in energy absorber is designed to deploy during a fall and help reduce the impact forces transmitted to the worker. Shock absorbing lanyards are an important component of personal fall arrest systems used in applications such as construction, telecommunications, wind energy and other work-at-height environments.

Applications

This fall arrest lanyard with energy absorber can be used as part of a properly designed personal fall protection system for applications including:

● Construction and infrastructure work
● Telecommunications and tower work
● Wind energy maintenance
● Work at height
● Industrial maintenance
● Structural and steel erection
● Scaffolding work
● General fall arrest applications

The appropriate lanyard configuration should always be selected according to the work environment, compatible harness and anchorage system, required fall clearance, worker weight and applicable safety requirements.

Energy Absorber for Fall Protection

The integrated energy absorber is the key component of this shock absorbing lanyard. In the event of a fall, the absorber is designed to deploy and dissipate energy, helping to reduce the forces generated during the fall. This makes an energy absorbing lanyard an important component of a suitable personal fall arrest system.

A shock absorbing lanyard should be used only as part of a properly planned fall protection system. Users should consider the required fall clearance distance and potential hazards below the work area before selecting and using the lanyard.

Loop and Scaffolding Hook Configuration

This model combines a loop attachment at one end with a scaffolding hook at the other end. The configuration is designed to provide a practical connection arrangement for work-at-height applications where workers need to connect their fall protection equipment to suitable structural anchorage points.

The scaffolding hook should always be connected only to an anchorage point that is compatible with the hook and suitable for the intended fall protection application.

Why Choose ISSAFE Shock Absorbing Lanyards?

ISSAFE provides a range of fall protection lanyards, shock absorbing lanyards, energy absorbing webbing lanyards, rope lanyards and double lanyards for different work-at-height applications. The company also offers customization and OEM branding for suitable requirements.

Whether you need a shock absorbing lanyard for construction, tower climbing, telecommunications, industrial maintenance or other work-at-height applications, selecting the correct lanyard configuration is essential for an effective fall protection system.

COMPLIANT WITH:

  • EN 354:2010 Standards Guaranteeing ANSI.
  • ISI 3521 (PART 2): 2021 Compliance with International Safety Regulations.

Wear Instructions:

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