Elite twin lanyard – oval, 1.70m, steplock, pear, clipback

Twin energy absorbing fall arrest lanyards with integrated suspension intolerance footloop.

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Elite twin lanyard - oval, 1.70m, steplock, pear, clipback

The heightec ELITE twin lanyard is a premium product offering advanced safety features.

High specification ELITE twin lanyard with integral suspension intolerance relief footloop. Deploys automatically providing support for both feet. heightec ELITE lanyards are the only lanyards on the market with an automatically deploying footloop.

All heightec’s energy absorbing fall arrest lanyards have been additionally tested with 140kg.

All heightec energy absorbing lanyards will limit the arrest forces to less that 6kN in the event of a fall with a user weight range of 50kg to 140kg, the user weight should include all clothing and tools being worn or attached to the user.

Allows continuous connection to a ladder or structure when climbing masts and towers. The lanyard also includes scaffold hook terminations.

Absorber with replacement cover, tamper evident but with increased durability. Replacement absorber covers available to purchase separately.

Absorber will not deploy at force less than 200 kg. Minimum strength 1500 kg after deployment.

Patented ropes allow high degree of twist in lanyard legs minimising kinking which occurs with normal kermantel rope versions.

Large central ring provides parking point for unused leg and prevents issues caused by 3 way loading.

Unique serial ID number allows easy management of equipment.

Approved for users up to 140 kg.

Single & Twin lanyards by heightec

Features

  • High load rating
  • Durable protective cover
  • Built in suspension intolerance relief loops
  • Patented high twist ropes
  • Large central ring
  • Unique serial ID number

Specifications

Sizing: 1.25m, 1.50m, 1.60m, 1.75m
Material: Polyester / polyamide webbing, alloy, stainless steel.
EN Mass Test: 140kg
Loading: suitable for users 50kg -140kg
Weight: 1.65 kg
Conformity: EN354:2010, EN355:2002, EN362:2004
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