Heightec ELITE twin lanyard 1.5m – tri-act Steplock hook

01 Overview

The Heightec ELITE twin lanyard 1.5m – tri-act Steplock hook.

The Heightec ELITE twin lanyard 1.5m – tri-act Steplock hook, allows continuous protection while moving location by providing a to an alternative anchor point .

High specfication Elite twin lanyard with integral suspension intolerance relief footloop. Deploys automatically providing support for both feet.

The Heightec Elite is a premium branded product offering advaced safety features..

Heatshrunk 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 HELIX™ 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.

Strength: 23kN major axis, gate withstands 16kN on both side and face.

Every lanyard is individually numbered. heightec do not recommend attaching lanyards to harnesses with standard oval or offset D karabiners.

Same model fits both 16mm and 20mm step bolt hooks.

Buy Direct from Rescue and Evacuation

As the leading providers of rescue and evacuation equipment in the UK and Europe we are able to offer great prices on most equipment. Contact us today.

02 Key Features

High load characteristics

Patented high twist HELIX™ rope

Reduces kinking in lanyard legs

Built-in suspension intollerance relief footloop

Large central ring

Unique serial ID number

Specifications
Material: Polyester/ Polyamide webbing, alloy connectors
EN Test Mass: 100kg
Loading: Additionally tested 140kg Fall factor 1, 125kg fall factor 2
Conformity EN 354, EN 355, EN362
Weight (kg) 1.85 kg
Industries Renewables, Telecoms, Energy
Sizing 1.5m

03 Options