The Yale Fall Arrest Webbing Lanyard is a single-tail fall arrest lanyard with integral energy absorber, connecting a fall arrest harness to a certified anchor point. In a fall, the energy absorber tears progressively to dissipate the user's kinetic energy, reducing peak arrest force to within the EN 355 limit of 6 kN. Two lengths (1.5 m and 2 m) and two end-connector options (screw gate snap hook or scaffold hook) cover the most common construction and maintenance applications; manufactured by Columbus McKinnon under the Yale brand with test certificate and operating manual.
Key Features
- Integral energy absorber — tears progressively in a fall to limit peak arrest force to 6 kN, EN 355 compliant
- Webbing construction — abrasion-resistant polyester webbing, UV-stable and quick to dry
- Two length options — 1.5 m for restricted fall clearance environments, 2 m for general use
- Two connector options — standard screw gate snap hook for D-ring or anchor eye connection, or scaffold hook for direct attachment to scaffold tubes
- EN 362 compliant connectors — all hooks self-closing and self-locking, with a minimum strength of 22 kN
- Compatible with all Yale harnesses — connects to the rear D-ring of any Yale fall arrest harness
- Service life indicator — energy absorber shows visible deployment if loaded in a fall — withdraw from service immediately
Technical Specifications
| Model |
Part Number |
Length |
End Connector |
Standards |
| CMHABMTS |
N4300006111 |
1.5 m |
Screw gate snap hook |
BS EN 354 / 355 |
| CMHABMTSscaff |
N4300006112 |
1.5 m |
Scaffold hook |
BS EN 354 / 355 |
| CMHABMT |
N37220026 |
2 m |
Screw gate snap hook |
BS EN 354 / 355 |
| CMHABMTscaff |
N37220028 |
2 m |
Scaffold hook |
BS EN 354 / 355 |
All variants include an integral energy absorber that limits peak arrest force to 6 kN in compliance with EN 355. Anchor end is a standard screw gate snap hook; user end connects to the harness rear D-ring.
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 Webbing Lanyard is a single-tail fall arrest lanyard with integral energy absorber, designed to connect a fall arrest harness to a certified anchor point. In the event of a fall, the energy absorber tears progressively to dissipate the kinetic energy of the user, reducing the peak arrest force to within the EN 355 limit of 6 kN. Two lengths (1.5 m and 2 m) and two end-connector options (standard screw gate snap hook or scaffold hook) cover the most common construction and maintenance fall arrest applications. Manufactured by Columbus McKinnon under the Yale lifting brand, supplied with a manufacturer's test certificate and operating manual.
Suitable Applications
Suited to general construction site fall arrest, scaffold work, roofing, structural steel erection, building maintenance, and any task at height where the user is connected to a fixed anchor point. Choose the 1.5 m length where the available fall clearance below the anchor is limited; choose the 2 m length for general use. The scaffold hook variants are recommended where the anchor is a scaffold tube; the standard snap hook variants are recommended for connection to certified anchor eyes or harness D-rings.
How to Use the Fall Arrest Webbing Lanyard
- Carry out a pre-use visual inspection of the lanyard — webbing, energy absorber cover, stitching, and both connectors. Check the energy absorber for any sign of partial deployment.
- 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 below the anchor — lanyard length + energy absorber deployment + user height + safety margin. Typically a minimum of 5.75 m of clear space is required below the anchor.
- Connect the user end of the lanyard to the rear D-ring of the harness using the screw gate snap hook. Verify the gate is fully closed and locked.
- Connect the anchor end of the lanyard to the certified anchor point. Verify the gate is fully closed and locked.
- Proceed to work — keep the lanyard taut where possible to minimise fall distance in the event of a fall.
- On completion, disconnect both ends, inspect the lanyard, and store as advised in the operating manual.
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 — once deployed in a fall it must be replaced. Always verify the fall clearance below the anchor before commencing work — insufficient clearance will result in the user striking the ground or a lower level even with a correctly fitted fall arrest system.
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.
- Never use a lanyard that has arrested a fall — it must be withdrawn from service.
- Never modify, repair, or shorten the lanyard in any way.
- Never connect two lanyards in series to extend the length — this defeats the energy absorber.
- Withdraw from service if any damage to webbing, stitching, energy absorber, or connectors is found.
Inspection and Maintenance
Inspect the lanyard visually and by hand before each use, paying particular attention to webbing for cuts, fraying, burns, or chemical damage, stitching for breaks, the energy absorber cover for any sign of partial deployment, and both connectors for distortion, wear, or damaged gate mechanisms. 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. Under the Work at Height Regulations 2005 and PPE Regulations, a thorough examination must be carried out by a competent person at least every 6 months, with records kept. The maximum service life of a lanyard is typically 10 years from date of first use, subject to inspection — withdraw immediately if any damage is found.
Downloads
Frequently Asked Questions
Q: What does the energy absorber do?
The energy absorber is a strip of folded webbing inside a protective cover. In a fall, the absorber tears progressively to dissipate the kinetic energy of the user, limiting the peak arrest force on the user's body to within the EN 355 maximum of 6 kN. Without an energy absorber, the arrest force on the user would be high enough to cause serious injury.
Q: How much fall clearance do I need below the anchor?
Typically a minimum of 5.75 m of clear space below the anchor for a 2 m lanyard (lanyard length + absorber deployment of up to 1.75 m + user height of 1.8 m + safety margin of 0.5 m). For the 1.5 m lanyard, the minimum is typically 5.25 m. Always verify the fall clearance for your specific installation.
Q: When should I choose the scaffold hook variant?
Choose the scaffold hook variants when the anchor is a scaffold tube. The scaffold hook has a large gate opening that fits directly around a standard 48 mm scaffold tube and self-closes once positioned.
Q: Can I use the lanyard with any Yale harness?
Yes. The lanyard connects to the rear D-ring of any Yale fall arrest harness.
Q: Can I connect two lanyards together to extend the length?
No. Connecting two lanyards in series defeats the energy absorber and increases the fall distance. If a longer working radius is required, use an alternative system such as a horizontal lifeline or a retractable block.
Q: What happens after a fall?
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. Once deployed it must be replaced.
Q: How often should the lanyard be inspected?
Pre-use inspection by the operator before every use, and a thorough examination by a competent person at least every 6 months.
