Absorber Lanyard Kit with 2 Carabiners - Maximum Fall Safety

Energy Absorbing Lanyard Kit with 2 Snap Hooks Fall Arrest Device and Head Protection
CODE N095

Description:
The Kit includes:
    Energy absorber with semi-static rope, rope ends securely sewn with polyethylene cover and abrasion-resistant PVC re-dandance, maximum arrest distance 1 m.
    2 tropicalized steel oval connectors with threaded manual locking. Certified to dissipate the impact force of a fall.

Use:
An energy absorber has two cable protectors, sewn one at each end, which can be used as connection points to the fall arrest system. It can be used in various ways:
    Energy absorber with rope:
    The absorber can be permanently incorporated inside a rope if made by the manufacturer. It can be connected to the rope using connectors compliant with EN 362 Standard.
    Energy absorber with harness:
    The absorber can be incorporated inside a harness if made by the manufacturer. It can be connected to the harness using connectors compliant with EN 362 Standard.
    Energy absorber with fall arrest:
    The absorber can be incorporated inside a fall arrest if made by the manufacturer. It can be connected to the fall arrest using connectors compliant with EN 362 Standard.

Material:
The Irudek energy absorber is made of a 44 mm polyester belt, integrated polyamide ropes with a diameter of Ø 12mm, and steel connectors.

Usage Limits:
    The device is personal.
    It is advisable that the anchor point be above the user and have a minimum static resistance of 12 kN compliant with EN 795 Standard.
    Should not be used by people with compromised health conditions.
    Only to be used by competent and trained personnel.

Attention:
    The total length of the subsystem must not exceed 2 meters.
    Check the minimum free space below the user's feet to avoid collisions in case of a fall.
    Avoid accidental dragging on sharp edges, damage, and other conditions that could compromise the device.
    Use exclusively with fall arrest harnesses.

Certifications:
    CE EN 355:2002
    EN 362:2004 B