Best current price£123.77from UK Office Direct
Shopping.co.uk recommended and popular offers
UK Office Direct£123.77Visit shop MSA Kernmantel Twin Leg Energy Absorbing Lanyard 1.8M
Visit shop4 offers from £123.77 - £169.14
View price history by clicking the chart icon.
The MSA Kernmantel Twin Leg Energy Absorbing Lanyard is a professional-grade fall protection solution designed for workers who require 100% tie-off capability while moving between anchor points. Built for industrial environments, its core benefit lies in the robust kernmantel rope construction and integrated energy-absorbing system that significantly reduces impact forces during a fall arrest event. One notable caveat is that the 1.8M length requires sufficient fall clearance distance, meaning users must carefully calculate the swing fall and total fall path to ensure safety before operation.
| Brand | MSA |
|---|
Service life is dependent on frequency of use and environmental exposure. It must be inspected before each use and undergo a formal inspection by a competent person at least annually.
No, this is designed for fall arrest. It should not be used for work positioning or as a restraint system unless specifically configured for such use by a qualified person.
It means the user is always connected to an anchor point, even when moving from one location to another, by using the two legs of the lanyard alternately.
Calculate the total length of the lanyard, the deceleration distance of the absorber, the user's height, and a safety factor margin. Ensure the result is less than the distance to the nearest obstruction below.
Kernmantel rope often provides better abrasion resistance and is easier to inspect for internal damage, making it preferred in rough construction environments.
Clean debris from the gate hinge area with a dry cloth and check for bent components. If the gate remains stiff, remove the lanyard from service immediately.
The lanyard must be removed from service immediately and marked as 'DO NOT USE' until inspected by a competent person or replaced.
Stop using the lanyard immediately. Any evidence of deployment indicates the unit has been involved in a fall or extreme shock loading.
