The Yale Fall Arrest Rope Lanyard is a single-tail fall arrest lanyard made from 12 mm kernmantle rope with an integral energy absorber. Rope construction offers better abrasion resistance against rough surfaces and structural edges than webbing, making it the preferred choice for rigging, structural steel and scaffold work. Length options include 1.5 m and 2 m fixed plus a 2 m adjustable variant that shortens the working length to minimise fall distance; manufactured by Columbus McKinnon under the Yale brand with test certificate and operating manual.
Key Features
- 12 mm kernmantle rope construction — abrasion-resistant against rough surfaces and structural edges, preferred for rigging and steel work
- Integral energy absorber — tears progressively in a fall to limit peak arrest force to 6 kN, EN 355 compliant
- Length options — 1.5 m, 2 m fixed, or 2 m adjustable to suit the working task
- Adjustable variant — allows the user to shorten the working length on the lanyard, minimising fall distance
- Two connector options — standard screw gate snap hook for D-ring or anchor eye connection, or scaffold hook for direct scaffold tube attachment
- EN 362 compliant connectors — all hooks self-closing and self-locking, minimum strength 22 kN
- Compatible with all Yale harnesses — connects to the rear D-ring of any Yale fall arrest harness
Technical Specifications
| Model |
Part Number |
Length |
End Connector |
Standards |
| CMHABMLB121S |
N4300006104 |
1.5 m |
Screw gate snap hook |
BS EN 354 / 355 |
| CMHABMLB121Sscaff |
N4300006106 |
1.5 m |
Scaffold hook |
BS EN 354 / 355 |
| CMHABMLB121 |
N4300006103 |
2 m |
Screw gate snap hook |
BS EN 354 / 355 |
| CMHABMLB121scaff |
N4300006105 |
2 m |
Scaffold hook |
BS EN 354 / 355 |
| CMHABMLB100-20 |
N4300008280 |
2 m adjustable |
Screw gate snap hook |
BS EN 354 / 355 |
All variants include an integral energy absorber compliant with EN 355. The adjustable variant allows the user to shorten the working length to minimise fall distance for the task in hand.
CMCO Group | EN ISO 9001 Certified | EN 354 and EN 355 Compliant | CE Marked
This product is manufactured by Columbus McKinnon under the Yale lifting brand to EN ISO 9001 quality management standards. Compliant with BS EN 354 for lanyards and BS EN 355 for energy absorbers. Supplied with a manufacturer's test certificate and CE Declaration of Conformity. PPE Regulation (EU) 2016/425 Category III. Connectors comply with BS EN 362.
More About This Product
The Yale Fall Arrest Rope Lanyard is a single-tail fall arrest lanyard constructed from 12 mm kernmantle rope with an integral energy absorber. Compared to webbing lanyards, rope construction offers better abrasion resistance against rough surfaces and structural edges, making the rope lanyard the preferred choice for rigging, structural steel, and scaffold work. Length options include 1.5 m and 2 m fixed lengths, plus a 2 m adjustable variant that allows the user to shorten the working length on the lanyard to minimise fall distance. Manufactured by Columbus McKinnon under the Yale lifting brand, supplied with a manufacturer's test certificate and operating manual.
Suitable Applications
Suited to rigging, structural steel erection, scaffold work, telecoms tower work, and any task at height where the lanyard may be exposed to abrasion against rough surfaces or sharp edges. The adjustable variant is particularly useful for tasks where the working position changes — for example moving between different levels on a structure — and the user wants to minimise fall distance at each position. Where the lanyard will not be exposed to abrasion, the webbing variant offers a lighter and lower-profile alternative.
How to Use the Fall Arrest Rope Lanyard
- Carry out a pre-use visual inspection — rope for fraying or damage, energy absorber cover for any sign of partial deployment, stitching, and both connectors.
- Verify the harness has been correctly fitted and adjusted by the user.
- Confirm the anchor point is certified to a minimum strength of 12 kN and is positioned above the user where possible.
- Calculate the required fall clearance — lanyard length + energy absorber deployment + user height + safety margin. Typically minimum 5.75 m for the 2 m lanyard.
- If using the adjustable variant, set the working length to the shortest length practical for the task to minimise fall distance.
- Connect the user end to the rear D-ring of the harness. Verify the gate is fully closed and locked.
- Connect the anchor end to the certified anchor point. Verify the gate is fully closed and locked.
- Proceed to work — keep the lanyard taut where possible.
Warning:
After any fall arrest the lanyard must be withdrawn from service and inspected by a competent person. The energy absorber is a single-use device. Verify fall clearance below the anchor before commencing work. The adjustable variant must be locked at the chosen working length before applying load.
Safety Information
- Always verify fall clearance below the anchor before commencing work.
- Always inspect the lanyard before each use, including the energy absorber cover.
- Always attach to a certified anchor point rated to a minimum of 12 kN.
- Always lock the adjustable variant at the chosen working length before applying load.
- Never use a lanyard that has arrested a fall — it must be withdrawn from service.
- Never modify, repair, or shorten the lanyard except via the integral adjustment mechanism.
- Never connect two lanyards in series to extend the length.
Inspection and Maintenance
Inspect the lanyard before each use — rope for fraying, cuts, burns, or chemical damage, the energy absorber cover for any sign of partial deployment, stitching, and both connectors. Clean using warm water and a mild detergent only — do not use solvents. Air-dry away from direct heat. Store in a clean, dry place away from direct sunlight, sharp objects, and chemicals. A thorough examination must be carried out by a competent person at least every 6 months. The maximum service life of a lanyard is typically 10 years from date of first use, subject to inspection.
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Frequently Asked Questions
Q: When should I choose the rope lanyard over the webbing lanyard?
Choose the rope lanyard for tasks where the lanyard may be exposed to abrasion against rough surfaces, structural edges, or scaffold tubes. Rope construction is more durable in these environments. Where abrasion is not a concern, the webbing lanyard offers a lighter, lower-profile alternative.
Q: What is the adjustable variant useful for?
The adjustable variant allows the user to shorten the working length on the lanyard to match the task in hand, minimising fall distance. Particularly useful where the user is moving between different working positions and wants to keep the fall arrest taut at each position.
Q: Can I adjust the lanyard length under load?
No. The adjustment mechanism must be set and locked before applying load. Never adjust the lanyard while it is loaded or in use.
Q: How much fall clearance do I need?
Typically minimum 5.75 m below the anchor for the 2 m lanyard, 5.25 m for the 1.5 m lanyard. Always verify the specific fall clearance for your installation, including the user's height and the energy absorber deployment distance.
Q: Are scaffold hook variants compatible with all scaffold tube sizes?
The Yale scaffold hook fits standard 48 mm scaffold tubes. For non-standard tube sizes, check the gate opening before purchase.
Q: What happens after a fall?
Withdraw from service and inspect by a competent person. The energy absorber is single-use and must be replaced after deployment.
Q: How often should the lanyard be inspected?
Pre-use inspection before every use, thorough examination by a competent person every 6 months.
