Stein Knee Ascent System

This Stein Knee Ascent System box contains the following items:

1 x SS-4922970001 STEIN Ascender

STEIN Wire Core Work Positioning Lanyard – Reliable Positioning for Working at Height

The STEIN Wire Core Work Positioning Lanyard is a robust and secure solution for professionals who need hands-free support while working at height. Designed for use in work positioning or restraint applications.  Therefore, this lanyard is constructed with a durable 16-strand polyester sheath over a 6mm (7×19) steel wire core, delivering superior resistance to abrasion, cuts, and general wear.

Also, each end of the lanyard is finished with crimped terminations and plated thimble eyes.  Therefore, providing secure and long-lasting connection points that reduce friction and hardware fatigue. Ideal for arborists, utility workers, and rope access technicians, this lanyard offers peace of mind in demanding environments.

Please note: This device is not suitable for fall arrest. Therefore, it must be used in conjunction with appropriate climbing systems or fall prevention backups when needed.

🔧 Key Features:

• Steel wire core (6mm, 7×19 construction) for exceptional cut resistance

• 16-strand polyester outer sheath for flexibility and abrasion protection

• Plated thimble eye terminations to reduce wear and enhance durability

• Designed for single-user work positioning and restraint

• Maximum user load: 100kg

• Compliant with EN354 and EN358 standards (for work positioning lanyards)

🛠️ Ideal For:

• Arborist climbing and tree work

• Utility and pole work

• Work positioning in elevated or hazardous environments

• Scenarios requiring wire-core strength near sharp tools or power lines

⚠️ Safety Information:

Importantly, this lanyard does not meet fall arrest requirements, so you must use a certified fall arrest backup (EN363 + EN355 with energy absorber) if there is any risk of falling.

Pair it with our range of lanyard adjusters, carabiners, and climbing harnesses to build a complete, compliant work-at-height system.