Energy Absorber (Shock Absorber)

Energy absorber (shock absorber) is a personal protective equipment component that reduces the force transmitted to the user during a fall by absorbing the energy generated at the moment of impact and limiting the effects of the fall.

Features

Energy absorbers are devices designed to absorb the kinetic energy generated during a fall, thereby reducing the force transmitted to the body. They are typically used in conjunction with lanyards or safety harnesses. These devices mitigate the impact force experienced by the user during a fall, minimizing the risk of injury.

Energy absorbers generally have the following features:

• Tear mechanism: Absorbs energy by tearing at a specific force level during a fall.
• Elastic material: Contains elastic fibers or specialized materials designed to absorb energy.
• Compact design: Designed to be compact and lightweight to ensure user mobility.

Standards and Regulations

In the European Union, energy absorbers must be manufactured in compliance with the EN 355 standard, which defines performance requirements and testing methods for these devices. Additionally, the maximum braking force of energy absorbers must not exceed 6 kN. In Türkiye, the Personal Protective Equipment Handbook published by the Ministry of Labour and Social Security provides guidance on the use of such equipment.

Energy Absorber – Shock Absorber (Generated by Artificial Intelligence)

Applications

Energy absorbers are widely used in the following sectors:

• Construction and renovation: During work on scaffolding, roofs, and tall structures.
• Energy and telecommunications: During climbing of poles and towers.
• Industrial maintenance: During maintenance operations on high machinery and equipment.
• Rescue and firefighting: During high-angle rescue operations.

Effectiveness and Proper Use

The effectiveness of energy absorbers is directly dependent on correct placement and proper use. Devices that are improperly installed or used incorrectly may fail to provide the intended protection. Therefore, it is essential that users receive training in accordance with the manufacturer’s instructions. Additionally, energy absorbers must be visually inspected before each use to check for any damage or deformation in the shock-absorbing component. Devices with an opened or damaged shock-absorbing element must never be used.

Energy absorbers are personal protective equipment designed to ensure the safety of workers engaged in elevated work. A properly selected energy absorber that meets appropriate standards helps prevent workplace accidents by minimizing fall risks.