Fall Protection Y Lanyard

-With the Y lanyard the deceleration distance after impact is no more than 1,07 mm
-These fall protection lanyards are designed for use by persons with a combined weight (clothing, tools, etc.) Of no more than 140 Kg.
-total lanyard Length 1,80 m
-Yellow polyester with 5000 pounds break strength, aging and abrasion resistant
-The good and professional stiching ensures that the webbings is connected with the hooks firmly.

Designed for security and adaptability, as a vital link to their fall protection anchor point, this fall protection Y lanyard is specially used for fall arrest purpose. The safety belt lanyard looks like “Y” letter because of its twin legs. The two webbings are separately connected to the end loop of the energy absorber, which meet the requirements. The energy absorber end of the Y lanyard is fitted with colorful galvanized snap hook, while the other webbing end are fitted with two large openning scaffolding hooks to be connected with fall protection anchorage. The fall protection lanyard is ANSI certified and meet the ANSI standard ANSI Z359.1 (2007) and ANSI Z359.13-2013 . 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.

Feartures of the Y lanyard for fall protection :

Dynamic Performance – Conditioning Tests: Samples shall have an average arrest force no greater than 1,575 pounds (7 kN) without exceeding 1,800 pounds (8 kN) maximum arrest force and a maximum deployment distance of 60 inches (1.5 m)

Static Strength: Energy absorbing Y lanyards when statically tested shall have a minimum breaking strength no less than 5,000 pounds (22.2 kN). Energy absorbing lanyards that incorporate a means for length adjustment shall maintain their adjusted length (disregarding elastic stretch) up to a load of 2,000 pounds (8.8 kN).

Static Test – Y-Lanyards. Y-lanyards shall have a minimum breaking strength no less than 5,000 pounds (22.2 kN).

To accurately calculate and determine the fall clearance is critical for fall protection. This fall clearance calculated could not be just equal to or greater than the physically available clearance, othwise the worker will risk injury and death.

Required fall clearance distance = length of the Y lanyard + deceleration distance + height of the suspended worker + safety factor.