Shock Absorbing Lanyard with Energy Absorber, Carabiner and Scarrolding Hook

Product Features:
Product Specifications
| MATERIAL: | POLYESTER |
| Attachment End: | Carabiner |
| Anchorage End: | Scaffolding Hook |
| Product Category: | Fall Protection Lanyard / Shock Absorbing Lanyard |
| Standards / Compliance: | EN 354:2010; ISI 3521 (Part 2):2021, as specified for the product |
| Available Lengths: | 1.0m, 1.5m, 1.8m, and 2.0m |
| Standard Lengths: | 44mm wide |
Product Description:
Shock Absorbing Lanyard with Energy Absorber, Carabiner & Scaffolding Hook
Shock Absorbing Lanyard with Energy Absorber, Carabiner and Scaffolding Hook from ISSAFE is designed for fall protection and work-at-height applications where workers require a reliable connection between a safety harness and an anchorage point. This energy absorbing lanyard combines a 44 mm wide polyester webbing construction with an integrated energy absorber, carabiner and scaffolding hook to provide a practical fall-arrest connection for demanding work environments.
During a fall, the integrated energy absorber is designed to deploy progressively to help reduce the impact forces generated during a fall. When used as part of a properly designed fall protection system, the lanyard helps provide controlled fall arrest and supports safer working at height.
Energy Absorbing Lanyard for Fall Protection
A shock absorbing lanyard is an important component of a personal fall protection system when there is a risk of falling from height. The energy absorber is designed to dissipate energy generated during a fall, helping reduce the forces transmitted to the worker and connected fall protection equipment.
The ISF-65 is suitable for professionals working in environments where secure attachment and mobility are required, including construction sites, telecommunications, wind energy, maintenance, industrial work and other work-at-height applications.
Carabiner and Scaffolding Hook Configuration
ISF-65 features a carabiner on the attachment end and a scaffolding hook on the anchorage end, providing a convenient connection arrangement for compatible fall protection equipment.
The scaffolding hook is particularly useful where workers need to connect to suitable structural or designated anchorage points, while the carabiner provides a secure connection to compatible harness or fall protection equipment.
Always verify that the connectors, anchorage points and complete fall protection system are compatible and suitable for the intended application.
Applications
The ISF-65 energy absorbing safety lanyard can be used for suitable work-at-height applications such as:
● Construction and infrastructure work
● Telecommunications and tower work
● Wind energy maintenance
● Industrial maintenance
● Elevated platform work
● Structural installation and maintenance
● General fall arrest applications
● Other suitable work-at-height environments
Why Choose an ISSAFE Shock Absorbing Lanyard?
ISSAFE manufactures a range of fall protection lanyards, energy absorbing lanyards, full body safety harnesses, connectors and other height safety equipment for professional applications. The ISF-65 is designed to provide a practical connection solution for workers exposed to fall hazards while working at height.
For correct protection, the lanyard should always be selected, inspected and used according to the applicable instructions, standards, workplace risk assessment and manufacturer’s recommendations. Users should ensure that sufficient fall clearance is available and that the anchorage and connected equipment are appropriate for the intended fall protection system.
Choose ISSAFE ISF-65 for Professional Fall Protection
If you are looking for a shock absorbing lanyard with energy absorber, carabiner and scaffolding hook, the ISSAFE ISF-65 provides a versatile solution for compatible work-at-height and fall protection applications.
ISSAFE – Your Safety Partner for Fall Protection & Height Safety Equipment.
COMPLIANT WITH:
- EN 354:2010 Standards Guaranteeing ANSI.
- ISI 3521 (PART 2): 2021 Compliance with International Safety Regulations.










