Ridgegear Fall Arrest Lanyards 100% tie-off - Twin Leg
Ridgegear "RGL3" Twin Leg Webbing Fall Arrest Lanyard with Shock Absorber. 1.4m or 1.8m
Ridgegear RGL3 Twin Leg Fall Arrest Lanyard allows movement between anchorage points by means of double clipping. This system is generally used for tower climbing, steel erecting, scaffolding and maintenance on open structures. This lanyard can be fitted with any compatible EN362 karabiner. Available as either 1.4 or 1.8m.
Ridgegear "RGL9" Twin Leg Elasticated Webbing Fall Arrest Lanyard, 100% Tie Off. Choice of Karabiner, Scaffold Hook or Snap Hook - Length Options 1.3m or 1.8 Metre
Ridgegear RGL9 Twin Leg Elasticated Fall Arrest Lanyard allows movement between anchorage points by means of double clipping. This system is generally used for tower climbing, steel erecting, scaffolding and maintenance on open structures. The elastication in the lanyard reduces the amount of hanging slack in the lanyard, which can be helpful when working in tight spaces to help reduce trip hazards and entanglement. Available with No End Fittings in both 1.3 and 1.8m, also available with 2 x 60mm double action scaffold snap karabiner - aluminium and 11mm Screw-gate delta link - steel. Available on both 1.3 and 1.8m.
Ridgegear "RGL16" Adjustable Twin Leg 100% tie-off Fall Arrest Lanyard. Choice of Karabiners, Scaffold Hooks and Snap Hook - 1.8 Metre
Ridgegear RGL16 Adjustable Twin Leg Fall Arrest Lanyard, When used in conjunction with two girder slings (RGK26), the RGL16 can be used as a means of progression through suitable structures where no fixed lifeline or eye bolts are available. The lanyard length can be adjusted to suit the application. The RGL16 is supplied standard length of 1.8m
Twin leg web lanyard generally used for tower climbing, steel erecting, scaffolding and maintenance on open structures.
Twin leg elasticated lanyard allows leg movement between anchorage points by means of double clipping.
Adjustable twin leg lanyard generally used for tower climbing, steel erecting, scaffolding and maintenance on open structures.