Energy absorbers with lanyard for work on scaffolds

Energy absorbers with lanyards for work on scaffolds together with safety absorbers with a safety cord and the safety cord itself form a complete system of individual personal protective equipment. High durability and material strength as well as wide-ranging usability for work in various conditions are key features of such elements. Good quality shock absorbers for scaffold work are necessary for work in hazardous areas to ensure adequate safety in all conditions.

BW100SCF-2LE111

Energy absorber with elastic twin-tail webbing for works on scaffolds and snap hooks

BW100SCF-2T

Shock absorber with twin-tail webbing for works on scaffolds and snap hooks

BW100SCF-LB101

Shock absorber with lanyard for works on scaffolds and snap hooks

BW100SCF-LB102

Safety shock absorber with double rope for scaffolding work and snaps

BW100SCF-LE111

Shock absorber with elastic webbing for works on scaffolds and snap hooks

BW100SCF-T

Shock absorber with webbing for works on scaffolds and snap hooks

Energy absorbers with lanyard for work on scaffolds by PROTEKT

PROTEKT, a Polish company, which is a leading manufacturer of personal protective systems and equipment, provides highly specialized accessories that can be adapted to individual needs. In the offer prepared by protekt.uk you can find energy absorbers with ABM SCF straps and safety snap hooks for work on scaffolds. These elements can be configured according to individual preferences. Models can be chosen taking into account:

• lengths (0.9m and 1.5m);
• snap hook models (detachable or with locking nut);
• snap hook models at the end (or both ends) of the energy absorber (integrated anchor connector, with "EasyHook Open" gears).

The Necessity of Twin-Tail Lanyards on Scaffolding

Scaffolding work is dynamic; workers are constantly moving vertically and horizontally. A lanyard for work on scaffolds typically features a "twin-tail" or double-leg design, which is essential for maintaining 100% tie-off compliance. This allows the user to attach one hook to a new anchor point before disconnecting the previous one, ensuring they remain attached while at height. This "leapfrog" technique is the only safe way to traverse a structure without a continuous lifeline.

Understanding Fall Clearance Calculations

Scaffold hooks are designed to attach to large-diameter tubes, but the anchor's position matters. Because scaffolders often anchor at foot level, the fall distance will be greater than when anchoring overhead; this requires an energy absorber explicitly rated for the higher impact force. A standard absorber may not deploy effectively or may bottom out if the fall factor is too high. Always verify that there is sufficient clearance below the working level for the lanyard to extend fully and the absorber to deploy without the worker hitting the ground or a lower level.

Integration with Scaffold Systems

The large connectors (scaffold hooks) are explicitly designed for standard scaffolding tubes. It is vital to ensure that the hook locks completely around the tube and is not loaded across the gate, which is a common cause of equipment failure. These lanyards are the primary connection for scaffolders, but once a platform is fully established and tagged as safe, workers may switch to other systems. However, during erection and dismantling, this lanyard is the primary lifeline. For complex staging, these are often used in conjunction with work positioning belts to allow the worker to use both hands freely.

Quality and safety

High quality and material durability are features distinguishing energy absorbers with lanyards for work on scaffolds offered by PROTEKT. To ensure the optimum level of safety the lanyards have been designed with the use of polyester core ropes with the diameter of 10.5 mm or 32-40 mm polyester tapes. On the other hand, energy absorbers are made of polyamide tapes. Energy absorbers comply with the requirements of the Regulation of the European Parliament and the Council of the European Union (2016/425) and meet the specific requirements of the harmonized standard EN 355:2002. The equipment has the appropriate certification.