Skylotec

Nanolink Flex I-Lanyard 150 FS90 Alu

The NANOLINK FLEX I is a compact fall arrest lanyard with one arm and an integrated FS90 ALU karabiner, developed for professional work at height. The ergonomically designed fall absorber is certified for users between 50 and 150 kg and combines high abrasion resistance, low weight, and reliable fall protection in demanding work environments.

The compact fall arrester limits the catching force to a maximum of 6 kN and is edge-tested for use where the rope may come into contact with sharp edges. Thanks to durable polyester and Dyneema materials, NANOLINK FLEX I offers a long service life even with frequent use. This version comes with an FS90 ALU karabiner according to EN 362 and is ready for immediate use.

Areas of use

NANOLINK FLEX I is developed for work on masts and poles, scaffolding work, rope access and work in confined spaces. The single rope is suitable for work situations where a single anchor point is used and continuous movement between multiple anchor points is not necessary.

Specifications

• Length: 1.5 metres
• Fall arresters: Ergonomic and compact
• User weight: 50-150 kg
• Maximum gripping force: 6 kN
• Minimum breaking strength: 22 kN
• Tested: Yes
• Fall indicator: Yes
• Material: Aluminium, Polyester, Dyneema
• Carbine: FS90 ALU
• Washing: Hand wash 40 °C
• Temperature range: -35 °C to +45 °C
• Lifetime: Up to 10 years
• Compatible with SEAL PAC: Yes
• Certifications: EN 355:2002, RFU PPE-R/11.074

FAQ

What is the approved user weight for the NANOLINK FLEX I?

The fall arrest lanyard is certified for users with a total weight between 50 and 150 kg.

Which carbine is included in this version?

This model comes with an integrated FS90 ALU karabiner according to EN 362.

An I-shaped fall arrester lanyard is best suited for situations where there is a risk of falling, but the distance to the fall arrest system or the ground is limited, requiring a short lanyard that won't create excessive slack.

It is suitable for work where a single anchorage point is used and where continuous switching between multiple anchorage points is not required.