The Portwest FP50 Single Lanyard with Shock Absorber is an essential component of your personal protective equipment for working safely at height. This reliable lanyard is specially designed for professionals in construction, industry, and scaffolding who require effective fall protection during their daily activities. Thanks to high-quality materials, this product offers optimal safety and peace of mind for high-risk tasks on roofs or platforms.
For which tasks is this Portwest lanyard with shock absorber suitable?
This lanyard with shock absorber is highly suitable for work at height where there is a real risk of falling, such as in scaffolding, utility construction, and roof maintenance work.
The system is designed to significantly reduce the forces exerted on the body in the event of an accidental fall. Thanks to the large scaffold hook with a 52mm opening, the user can quickly and safely anchor to various tube structures and scaffolding pipes, which increases flexibility in the workplace.
Which safety standards does the Portwest FP50 lanyard meet?
This safety product meets the strict European standards EN 354:2010 for lanyards, EN 355:2002 for shock absorbers, and EN 362:2004 for connectors.
The EN 355:2002 standard guarantees that the integrated energy absorber effectively dampens the impact of a fall to a safe level for the human body. With a maximum load of 100 kilograms and a certified lifespan of up to 10 years from the date of manufacture, this CE-certified lanyard offers long-term and reliable protection in accordance with current legislation.
The lanyard features a self-closing carabiner with a 19mm opening and durable, strong polyester webbing for maximum comfort and wear resistance.
Features:
- Durable, strong webbing
- Shock absorbing
- 52mm opening on scaffold hooks
- 19mm carabiner opening
- Maximum load 100 kg
- 10-year shelf life from the date of manufacture, as stated on the product label
- CE certified
- UKCA marked
- Retail packaging that assists with retail presentation
Standards: EN 354:2010, EN 362:2004, EN 355:2002
