Carabiner steel Ø25mm thread 113x71mm 20 kN - EN 362 (ref. AZ017)

• Opening: 25 mm
• Material: Steel Alloy
• Weight: 200g
• Dimensions: 113 x 71 mm
• Minimum static resistance: 20 kN
• Compliant with: EN 362

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Work at height involves a series of significant risks for the individuals carrying it out, which requires them to have appropriate Personal Protective Equipment (PPE) to be protected against potential falls from different heights. In addition to PPE, various devices must be used to integrate the fall protection system, aimed at reducing the likelihood of a worker falling while performing their tasks or, in the case that a fall is unavoidable, to minimize the consequences for the worker, who must remain suspended until they can receive appropriate assistance. To connect the different devices that make up this system, connectors such as carabiners must be used, considering that there are different types available on the market. At Sekureco, you can find all of them, such as the Carabiner steel Ø25mm screw 113x71mm 20 kN - EN 362 (ref. AZ017).

The Carabiner steel Ø25mm screw 113x71mm 20 kN - EN 362 (ref. AZ017) is a connector made of steel alloy with an opening of 25 mm, a weight of 200 grams, and dimensions of 113 x 71 mm. It has a minimum static resistance of 20 kN and complies with the EN 362 standard.

These carabiners have a specific use that depends on the type of work for which they will be employed, with basic connectors, screw connectors, termination connectors, anchorage connectors, etc., most of which are made of galvanized steel or aluminum, with steel being more resistant to impacts, abrasion, and wear, an aspect that should be evaluated according to the characteristics of the work environment.

Depending on the work to be performed, one type of carabiner should be chosen within the fall protection system, taking into account the material from which they are made as well as other important characteristics such as their resistance capacity.

Before each use, these types of elements should be inspected to ensure they are in perfect condition and functioning properly, without any rust, corrosion, or any other type of adhered substances. Therefore, if any deficiencies or deterioration are present, they must be replaced to ensure the safety of the worker.