For the price of lanyard with double arm shock absorber, you first need to choose a model according to where to use lanyard. Lanyard, which is one of the equipment that ensures job safety in high-altitude work, should be used with double arms and shock absorbers if the person works in an area higher than 3 meters.
Dual-arm models provide high security, especially in crossings in anchor zones. It is protected by the Lanyard column system. Thanks to the column system, it provides higher security than the protection provided by other mesh ropes.
The sutures found in the structure of the lanyard are again protected by the columns. At the two ends there are column protectors and these protectors are Velcro. They are designed so that they can be opened and looked at to check the seams of the lanyard.
Use Of Double Arm Lanyard
Lanyard is one of the work safety equipment that provides life safety in high-rise work areas. It attaches the life rope to the seat belt and is used in conjunction with carbine and shock absorbers. Lanyard price with double arm shock absorber varies according to the model you choose.
When selecting Lanyard, the status of variables such as the structure of the surface you are working on, height, and your area of Motion are taken into account. The following are the different models of lanyardin according to the structure of the studied surface::
- Steel lanyard
- Static rope lanyard
- Dynamic rope lanyard
- Flexible lanyard
- Webbing lanyard
Work can be done on hot surfaces, surfaces with mechanical hazards, sharp surfaces, or surfaces where there is a possibility of installation. When choosing your Lanyard model, you should pay attention to the structure of the surface.
Double Lanyard With Shock Absorber
Lanyard models used to ensure work safety when working at altitude are selected according to the structure of the surface and are specially designed for the body structure of the person. After determining which model lanyar to use, it is calculated how much clean Drop Distance from the work place is.
Determination of clean Drop Distance is made by calculating the lanyard's own length, the length formed when the shock absorber is opened, the length of the employee, and how much the safety distance is.
When working at a height, you can choose a rewired lanyard or an adjustable lanyard depending on the movement area. One important issue is the selection of carbines that have the correct mouth opening according to the area studied.