Scaffolding hook Ø85mm steel, automatic double security closure

• Aperture: 85 mm
• Material: Galvanized steel
• Weight: 820 g
• Size: 330 x 155 mm
• Hold on to it. at least 20 kN
• In accordance with: EN 362

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The carrying work at height they involve a number of important risks for all workers, who must be protected from the dangers directly related to their particular activity but at the same time must be protected from the possibility of falling from different heights. this is one of the greatest dangers for all workers who work on scaffolding or structures over two metres in height, in confined spaces or underground in excavations or ditches. This is why every worker must have the right Personal protective equipment, but also with a other and different elements such as the Hook for scaffolding Ø83mm steel, double safety automatic closure.

The Hook for scaffolding Ø83mm steel, double safety automatic closure, which, as its name suggests, is designed to attach the fall protection devices to scaffolding, is made of galvanized steel, with dimensions of 330 x 155 mm, weight 820 grams and aperture 83 mm. Its minimum static resistance is 20 kN and complies with EN 362.

The main function of this type of hook is to make the different devices that make up the other can be fitted to scaffolding in an efficient and safe manner to provide adequate protection for the worker, enabling him to perform his work with greater confidence and safety.

These types of hooks are connectors preferably with an automatic and secure lock. These components must not have any sharp or rough edge which could cause frictional wear, cut or otherwise damage the ropes used or prevent any injury to the worker. The dual safety introduced by this model is useful because it prevents the worker from unintentionally opening the device, which would lead to a fall hazard at a different level.

It is important that all elements used in the workplace, especially those related to work at height, are always in perfect condition, bearing in mind that a safety failure in these may lead to an accident which may be of high severity.