Automatic steel carabiner Ø25mm 113x71mm 20 kN - EN362 (ref. AZ017T)

• Opening: 25mm
• Material: Galvanized steel
• Weight: 200 gr
• Dimensions: 113 x 71 mm
• Minimum static resistance: 20 kN
• Complies with: EN 362

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All work at height requires maximum protection from professionals performing such tasks, who must be equipped with the appropriate Personal Protective Equipment and also use various elements that make up the necessary fall protection system to prevent a possible fall from a different level or, in the event that it occurs, to keep the worker safe and protected. Carabiners are an important piece within these systems, with a wide range of alternatives available on the market according to their type and characteristics, such as the Automatic Steel Carabiner Ø25mm 113x71mm 20 kN - EN362 (ref. AZ017T).

The Automatic Steel Carabiner Ø25mm 113x71mm 20 kN - EN362 (ref. AZ017T) is an element made of galvanized steel that weighs 200 grams and has dimensions of 113 x 71 mm, with an opening of 25 mm and a minimum static resistance of 20 kN. It complies with the EN 362 standard.

As a workplace safety device, its type of use will depend on the job for which it is to be used, although they can be classified into basic connectors (class B), screw connectors (class Q), termination connectors (class T), or anchorage connectors (class A). Most carabiners are made of aluminum or galvanized steel, with the latter being heavier but having a greater capacity to withstand abrasion, wear, and impacts, as is the case with the Automatic Steel Carabiner Ø25mm 113x71mm 20 kN - EN362 (ref. AZ017T), which, being galvanized, also prevents oxidation.

Depending on the type of work to be performed and the environment and conditions in which it is carried out, one type of carabiner or another should be chosen, also considering other aspects such as strength, another of the elements and characteristics that must be taken into account since not all safety carabiners can withstand the same force.

It should be noted that before each use, it is necessary to check that the connector is in perfect condition and that it has no rust, corrosion, or any type of adhering substance that may hinder its use, in addition to checking that the closure and locking mechanisms work perfectly and that the element has no dents, cracks, or deformations that could reduce its effectiveness and even pose a risk of breakage that could have fatal consequences for the worker.