LDA energy absorbing lanyard, one fall, 1 snap hook, 150 kg.

Estimated delivery: 31 days

LDA energy absorbing lanyard, one fall, 1 snap hook, 150 kg

• Supplied = assembled
• Colour = white, black, silver
• Max. load = 150 kg
• Material = nylon
• Product type = lanyards with energy absorber
• Customs tariff number = 56090000
• Country of origin = FRA
• Gross weight = 2.3 kg
• Weight = 1.7 kg
• Sustainability = CO 2 footprint calculated
• Heavy-duty kernmantle rope with a max. load of 150 kg (user + equipment). 12,5 mm thick mesh made of nylon 6.6 tex
• Special weave protects the rope from abrasion and cutting during falls
• Durable and reliable thanks to folded and stitched construction
• Complies with standards EN 355, PPE-R/11.074 and PPE-R/11.062
• Heavy-duty lanyard with energy absorber - reliable fall protection for demanding applications The heavy-duty lanyard with integrated energy absorber serves as a secure connection between fixed or mobile anchor points and the fall arrest harness
• It was specially developed to reliably arrest falls from height and significantly reduce the forces generated during free falls
• This prevents serious injuries that can occur even at fall heights of more than 50 cm without an energy absorber
• The core-sheath fall arrest rope consists of a 12,5 mm thick, braided nylon rope (6.6 tex) with high abrasion and cut resistance
• The integrated energy absorber combines an energy-absorbing tear webbing with a polyester safety strap with a width of 45 mm, which provides additional safety as soon as the maximum extension of the absorber is reached
• Thanks to its robust construction, the lanyard is suitable for both vertical and horizontal applications
• It can be used, for example, for work on flat roofs, in industrial plants, on construction sites or during maintenance work
• The model meets the requirements for use on edges with a minimum radius of 0,5 mm
• The product complies with the standards EN 355, PPE-R/11.074 and PPE-R/11.062 and is designed for professional fall arrest systems with a max. load of over 100 kg.