SP140 Twin Elasticated Energy Absorbing Lanyard

High Performance Energy Absorbing Lanyard for workers up to 140kg

GBP 140.12

VAT not included

In stock.
Estimated delivery time: 1 to 3 Days

Item Number: 2002247

SSUK ERP Code: 2002247

SP140 TW EL 2m 1RH2

Twin Elasticated Energy-Absorbing Lanyard 2m with Lite Scaffold Hooks

Independently tested by EU Notified Body with 140kg body mass
Clearance height data published for 80kg, 100kg, 120kg, 140kg
Clearance height calculation App available for smart phones
Compact Energy Absorbing Pack for ease of movement in confined environments
Steel Ring provides a “clip-back” point for lanyard connectors
Fabric energy absorber cover with Velcro fastener for improved protection and ease of inspection
Max-Span = Reduced effective length of energy absorber maximises the available working length of the lanyard legs when traversing

GBP 140.12

VAT not included

In stock.
Estimated delivery time: 1 to 3 Days

Quantity

Elasticated webbing

Reduces risk of entanglement

Elastic webbing is automatically retracted so as not to interfere with the user.

Reducing fall distance

Reduce the risk of injury from colliding into nearby hazards

The shorter the fall distance, the lower the acceleration and kinetic energy of the fall.

Integrated ring

Lanyard leg can be clipped back to the shock absorbing pack

Keep the lanyard tucked away without obstructing the fall absorber.

Anchored at or below floor level

Maximum lanyard working applications

Safe application even below foor level, allows the user to secure himself at height without compromising his safety.

Published clearance height data

For 80kg, 100kg, 120kg and 140kg workers

Knowing the clearance height allows the user to know the required fall distance for maximum safety.

Compact high performance energy absorbing lanyards providing fall protection for workers up to 140kg, while also reducing overall fall distance by minimising deployment.

Twin leg style lanyard for traversing and climbing with elasticated webbing leg reduces risk of entanglement.