Twin Tail Energy Absorbing Lanyard

Designed for security and adaptability, as a vital link to their fall protection anchor point, this double leg elastic energy absorbing polyester webbing lanyard with energy absorber is specially used for fall arrest and elevated work platform. It is ideal for fall protection for fall arrest and elevated work platform.

The twin tail lanyard is made of 28mm wide elastic webbing, which greatly reduces the total length of the webbing, thus reduces the rate of tripping over hazard. The energy absorbing lanyard with twin tails is ideal for roofing and elevatedand work platform. The energy absorber at the harness end is made of 45mm webbing, it will function to reduce the impact on the body in event of a fall. In the event of a fall the special webbing inside the Energy Absorber opens up. This opening of the webbing takes up most of the jerk which is felt as an impact when a fall occurs. Hence finally very little jerk falls on the body of the worker. The snap hook and scaffolding hook are made of high strength forged steel and are color coated to prevent corrosion and  rusty.

The twin tail shock absorbing webbing lanyard  is CE certified and meet the EU CE standard EN354-2010 and EN355-2002. It has been exported to more than 85 countries and regions throughout the world in Europe, America, Mid-east area, Australia, Southeast Asia, Africa etc.

double lock forged steel snap hook,color coated, high strength

color coated scaffolding hook, large openning for more application, high strength

neat and firmly double box type stiching for maximum strength and durability

elastic webbing with protective tube to reduce the length of the lanyard to prevent tripping hazard.

Before application, the fall clearance should be calculated and the anchorage point should be assessed. For fall arrest clearance, pls refer to the below picture. As far as possible, the structural anchorage point to be contacted with the energy absorbing lanyard should be at a height of between 1.5 and 2 meters above the feet of the user. The anchoring point must withhold a minimal resistance of 12kN. The connection to the anchoring point or to the structure must be done using an EN 362 connector. For connecting the fall arrester system to the fall harness, please refer to the instructions manual provided with the harness to be sure to use the correct hook and attaching method.

CAUTION!

If the user moves away from the vertical plane through the structural anchorage point, if he falls, he will swing and may collide with an obstacle. Be sure to ensure that there is no swing fall hazard or there is no obstacle in the way in event of a swing fall.

1. Twin tail Lanyards shall be made from smoothly finished materials and shall not have sharp edges or burrs that may cause injury to the user, or that may cut, abrade or otherwise cause damage to the lanyard itself.

2. When tested in accordance with EN354, the energy absorbing lanyards shall sustain a force of at least 22 kN.

3.  Dynamic strength for lanyards with a length adjustment device When tested in accordance with EN354, the twin tail lanyard shall retain the test mass clear of the ground. Afterwards, the same lanyard shall, when tested in accordance with EN354, withstand a test force of (3 ± 0,3) kN, or an equivalent mass, applied for a period of (3 25,0 0 + ) min.

4. Corrosion resistance Lanyards with metallic elements shall be tested in accordance with EN354. All metallic elements of the lanyard shall not show evidence of corrosion of the base metal and lanyards shall still function in accordance with EN354.

The energy absorbing lanyard with twin tails is packed by separare plastic bags before it is packed by carton. The cartons will be put on the pallet to be fit for ocean transportation and land transportation. For air flight transportation, carton without pallet is okay. Whatever the transportation method is, TOHO will supply the most suitable and firmly packing for the lanyard to withstand the shock during transportation.