Automatic aluminum carabiner Ø45mm thread 190x111mm 20 kN - EN 362 (ref. AZ111)

Automatic aluminum carabiner Ø45mm thread 190x111mm 20 kN - EN 362 (ref. AZ111)

• Opening: 45 mm
• Material: Lightweight alloy (aluminum)
• Weight: 205g
• Dimensions: 190 x 111 mm
• Minimum static resistance: 20 kN
• Complies with: EN 362

-------------------------------------------------------------

Carabiners are one of the most important elements of safety when carrying out work at height, a connector that allows the worker to attach themselves to the different components that make up the fall protection system. There are different types of carabiners on the market with various characteristics, such as the Automatic aluminum carabiner Ø45mm thread 190x111mm 20 kN - EN 362 (ref. AZ111).

The Automatic aluminum carabiner Ø45mm thread 190x111mm 20 kN - EN 362 (ref. AZ111) is made of a lightweight aluminum alloy, featuring an opening of 45 mm, dimensions of 190 x 111 mm, and a weight of 205 grams. The minimum static resistance is 20 kN and it complies with the EN 362 standard.

As with any type of occupational safety device, the use of one connector or another depends on the work for which it will be used, with a classification based on the EN 362 standard, which takes into account the type of locking mechanism and the characteristics of the closure hook, allowing for differentiation between basic connector (class B), screw connector (class Q), termination connector (class T), or anchorage connector (class A).

Most carabiners are made of galvanized steel or aluminum, with the latter being lighter, providing greater comfort for the user when using them. Although they have a higher resistance to oxidation, they also wear out more quickly and have lower impact resistance. However, the choice of one material over another will also depend on the type of work to be performed.

Another key aspect when choosing a model of carabiner is its ability to withstand force, as not all have the same capacity for this.

It is important that before use, the condition of the connector is checked to ensure there is no presence of rust, corrosion, or other substances adhered that may hinder its use, as well as ensuring that the locking mechanism and closure function properly and that the element has no dents, deformations, or cracks.

It is crucial that in all work at heights, the worker has the appropriate fall protection systems, as well as the necessary Personal Protective Equipment for the execution of their corresponding work activity.