Connectors - Specialist
CheckFall SAL-E
ELASTICATED SHOCK ABSORBING LANYARD
The SAL-E has been designed using a shock pouch consisting of a traditional tear webbing with a continuous back up webbing and elasticated legs Available in a length of 1.8m and a choice of connectors.
Typical peak loads during a fall factor 2 only reach 4kN on peak arrest. Lanyard length is measured between the bearing points of the hooks. Exchanging a carabiner for a scaffold hook could lengthen a lanyard beyond the maximum allowable length under the relevant EN standard.
Note - Lanyard length is measured between the bearing points of the hooks. Exchanging a carabiner for a scaffold hook could lengthen a lanyard beyond the maximum allowable length under the relevant EN standard.
Tear Webbing Shock Pack
Tear webbing shock absorber - Maximum tear out 1.75 metres. Shock pack consists of polyester tear webbing (white) and a length of backup webbing (black).
Elasticated Lanyard Legs
The elasticated legs shorten the relaxed length of the legs to help prevent snagging and trip hazards.
SAL2E-1.8-B, Single leg Fall arrest elasticated lanyard, 1.8m Carabiner, Carabiner
SAL2E-1.8-C, Single leg Fall arrest elasticated lanyard, 1.8m Carabiner, Scaffold
SAL4E-1.8-BB, Twin leg Fall arrest elasticated lanyard, 1.8m Carabiner, Carabiner
SAL4E-1.8-CC, Twin leg Fall arrest elasticated lanyard, 1.8m Carabiner, Scaffold
Compliance
EN 355:2002
EN 354:2010
Max User Weight
Discover Checkmate's durable and lightweight self-retracting lifelines (SRLs) for all your fall protection needs, from fixed to adjustable styles.
Explore Checkmate's extensive selection of self-retracting lifelines (SRLs). SRLs are among the most widely used and effective fall protection devices in modern height safety systems.
No matter your application — be it fall arrest, work positioning, or leading edge — Checkmate has the right lanyard for you. Our collection features options from fixed length to adjustable, as well as external shock packs and internal POY shock styles, all designed for maximum durability and minimal weight.
