Shock Absorbing Lanyard with Energy Absorber and Carabiners
Product Features:
Integrated Energy Absorber: Helps Dissipate Energy During a Fall and Reduce Fall Arrest Impact Forces.
Carabiners at Both Ends: Provides Convenient Connection Between the Worker's Harness and a Suitable Anchorage Point.
44 mm Wide Polyester Webbing: Designed for Durability and Dependable Performance in Demanding Working Environments.
Multiple Length Options: Available in 1.0 m, 1.5 m, 1.8 m, and 2.0 m Lengths.
Fall Arrest Application: Suitable for use as Part of a Compatible Personal Fall Protection System.
Industrial Applications: Designed for Working-at-Height Environments Including Construction, Telecommunications, Wind Energy, and Window Cleaning.
Customization: Alternative Hook or Connector Configurations May be Available According to Application Requirements.
Safety Compliance: The Product Information Specifies Testing/Certification According to EN 354:2010, with ISI 3521 (Part 2):2021 Compliance Information.
Product Specifications
Product Description:
Shock Absorbing Lanyard with Energy Absorber and Carabiners
ISSAFE Shock Absorbing Lanyard with Energy Absorber and Carabiners ( ISF-63 ) is a reliable fall protection lanyard designed for workers performing tasks where there is a risk of falling from height. It combines durable polyester webbing, an integrated energy absorber, and carabiner connections to provide an essential connection between a worker’s safety harness and an appropriate anchorage point.
This shock absorbing safety lanyard is designed to help reduce the impact forces generated during a fall. The integrated energy absorber deploys during a fall arrest event to dissipate energy and reduce the force transmitted to the worker, making it an important component of a properly designed fall arrest system.
How an Energy Absorbing Lanyard Works
A shock absorbing lanyard incorporates an energy absorber designed to deploy during a fall arrest event. The absorber uses controlled tearing or deployment of its energy-absorbing webbing to dissipate part of the fall energy.
This mechanism helps reduce the forces transmitted through the fall protection system. Before selecting and using a fall arrest lanyard, the complete system should be evaluated for compatibility, anchorage strength, maximum arrest distance, required fall clearance, and the manufacturer’s instructions.
Applications
The ISF-63 energy absorber lanyard can be used as part of fall protection systems for various working-at-height applications, including:
● Construction and infrastructure work
● Telecommunications and tower work
● Wind energy and maintenance
● Industrial maintenance
● Work at height
● General fall arrest applications
● Window cleaning and elevated-access work
Why Choose an ISSAFE Shock Absorbing Safety Lanyard?
Choosing the correct fall protection lanyard is essential when working at height. The ISSAFE ISF-63 combines an integrated energy absorber with carabiner connectors and durable 44 mm polyester webbing in multiple length configurations.
It is suitable for organizations looking for industrial safety lanyards, fall arrest lanyards, energy absorbing lanyards, and working-at-height safety equipment for professional applications.
For projects requiring specific connector configurations, quantities, or OEM requirements, ISSAFE can also discuss customization options based on the application.
Safety Considerations
A shock absorbing lanyard must always be used as part of a compatible fall protection system and according to the applicable manufacturer’s instructions. Before use, inspect the webbing, stitching, energy absorber, carabiners, and other components for signs of damage, wear, deformation, contamination, or deployment.
Ensure that the selected lanyard length and anchorage arrangement provide adequate fall clearance and do not create additional hazards. A suitable full body safety harness and compatible anchorage system should be selected according to the specific work application.
COMPLIANT WITH:
- EN 354:2010 Standards Guaranteeing ANSI.
- ISI 3521 (PART 2): 2021 Compliance with International Safety Regulations.
