Description
The Portwest FP92 fall arrest kit with 20m rope is an essential piece of personal protective equipment specifically designed for professionals who need to work safely at great heights. This complete set provides reliable fall protection for various tasks where there is a risk of falling. Thanks to the high-quality kernmantle rope and sturdy construction, this system ensures an extremely safe workspace during high-risk projects at height.
For which tasks and sectors is this Portwest FP92 fall arrest kit with 20m rope suitable?
This fall protection is ideally suited for professionals in construction, industry, and installation technology who regularly work on roofs, scaffolding, or other high structures.
The system is designed to function in various demanding work environments where safe anchoring over a greater distance is required. With a maximum rated load of 100 kg, this equipment provides reliable support for most users, including their tools, provided the installation is carried out correctly and in accordance with safety regulations.
What do the EN353-2:2002 and EN 355:2002 standards mean for this fall protection?
The EN353-2:2002 standard indicates that this system is approved as a guided-type fall arrester on a flexible anchor line, which ensures controlled freedom of movement along the rope.
The EN 355:2002 standard confirms that the product is equipped with an integrated shock absorber that minimizes impact forces on the body in the event of a fall. This shock-absorbing system effectively dissipates the released energy, significantly reducing the risk of serious injury compared to systems without damping.
This CE-certified model features a practical carabiner with a 19 mm opening and has a maximum product service life of 10 years from the date of manufacture.
Features:
- Maximum rated load 100 kg
- Shock-absorbing
- High-quality kernmantle rope
- 19mm carabiner opening
- Shelf life of 10 years from the date of manufacture, as stated on the product label
- CE certified
- New model
Standards: EN353-2:2002, EN 355:2002