Multifunctional descender for difficult access Ero IRUDEK

Descender for work at height and rescue, designed to control descent in rope access maneuvers. Made of aluminum and incorporates a panic function with a return spring in the lever. A common option for professionals who need control and handling while wearing gloves.

• Manufactured from aluminum with anodized finish
• Panic function
• Return spring in ergonomic lever
• Control in maneuvers and response on inclined planes
• Compatible with rope of 10–12 mm
• Load capacity: up to 225 kg
• Standards: EN 12841-C, EN 341-2-A, EN 795-B
• Weight: 380 g

BENEFITS OF the Ero Descender

Provides controlled descent in difficult access work, with a lever that returns to a neutral position after the maneuver. The panic function adds a margin of control if the lever is pulled abruptly. Its aluminum construction helps maintain a manageable weight for daily equipment transport.

USES AND APPLICATIONS: WHAT IT IS SUITABLE FOR

Suitable for descent maneuvers in height work with rope, movements on inclined planes, and evacuation or rescue situations where descent control is required. It can fit into industrial maintenance, structures, energy, telecommunications, and specific difficult access work, always within the user's procedures and training.

TECHNICAL DATA

• Type of equipment: Descender
• Standards: EN 12841-C, EN 341-2-A, EN 795-B
• Rope diameter: 10–12 mm
• Load capacity: up to 225 kg
• Weight: 380 g
• Body material: Aluminum
• Finish: Anodized
• Service life: Unlimited

REGULATIONS

EN 12841-C (Rope descent devices): This standard certifies the descenders used in rope access work and rescue. To ensure maximum safety, the standard requires that the mechanism includes a panic function that automatically blocks descent if the user pulls too hard on the lever or releases it completely.

EN 341-2-A (Rescue descent devices): This standard specifically applies to evacuation and rescue equipment designed to allow one or more people to descend safely from a height at a limited and constant speed. Class A is the highest resistance category, ensuring that the device can withstand multiple successive descents from great heights (up to 200 meters in some models) without losing effectiveness due to heat generated by friction, which is vital for emergency plans in towers or wind turbines.

EN 795-B (Provisional and transportable anchors): This standard regulates connection points that are not permanently fixed to the structure, allowing for quick installation and removal according to the needs of the worksite. It includes a wide variety of solutions such as rescue tripods, textile anchoring slings, pressure beams, or temporary tape lifelines.