Ascend/descend pulley (ref. PL101)

Ascend/descend pulley for rescue. Dimensions: 133x56x128 mm. Weight: 450g. Material: galvanized steel composite. Maximum rope diameter: 12 mm. Strength: 30 kN. Rope not included.

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The execution of vertical work requires that workers have a series of essential systems and elements to carry out their work activities, considering that working at heights poses a significant risk of falling from different levels, which could lead to serious health issues in the form of injuries or even death if appropriate protection and safety measures are not taken. There are various elements and components necessary for these types of work activities, such as the ascend/descend pulley (ref. PL101), designed for rescue tasks.

The ascend/descend pulley (ref. PL101) is a model with dimensions of 133 x 56 x 128 mm and a weight of 450 grams, made from a strong and durable galvanized steel composite material, capable of supporting a maximum rope diameter of 12 mm and a strength of 30 kN. The product does not include the rope that must be used with this element of the fall protection system.

Pulleys are used as lifting and lowering elements, in this case as part of a rescue team. This way, a person who suffers an accident while suspended from a rope or a fall protection system can be rescued quickly and effectively using these types of elements.

It is necessary to act quickly to assist an injured worker, as this allows for the application of first aid that they may need, and it also prevents the trauma of being suspended with serious consequences, especially if the worker is unconscious, with the risk of death being present and depending on the physical condition of the injured person.

Pulleys are a key element for many rescue and assistance circumstances for injured individuals, frequently used by emergency teams to reach professionals who have fallen from different heights and assist them in the most appropriate way possible, both in terms of quality of care and speed, which is essential in serious situations where every minute can be crucial to minimize the severity of the worker's injuries.