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Efficient energy absorption: Designed to cushion the impact generated in case of a fall, limiting the braking capacity to 6 kN.
Application in rigid lifeline systems: Developed specifically for the assembly of rigid lifeline systems with fall arresters for steel cable.
Single-user system: Absorption component sized for use by one user on the lifeline.
High-strength tape: Made with 45 mm polyester tape, offering strength and performance suitable for professional applications.
Reinforced eyelets: Features eyelets with reinforced bends, contributing to the structural strength of the connection points.
Controlled expansion: Measuring only 280 mm when closed, the shock absorber can reach up to 1.40 m after activation, progressively dissipating the energy generated during fall arrest.
Product: Energy Absorber for Rigid Lifeline
Brand: Carbografite
Application: Rigid lifeline with fall arrest device for steel cable.
Braking Capacity: 6 kN
Number of Users: 1 user
Tape Material: Polyester
Tape Width: 45 mm
Length with absorbent pad closed: 280 mm
Length with absorbent pad open: 1.40 m
Eyelets: With reinforced fold
Function: Absorption and dissipation of energy generated in case of a fall.
Shelf life: 10 years after the manufacturing date.
Useful life: Varies according to usage and maintenance conditions.
Pre-use check: Before each use, check the overall condition of the absorber, observing the integrity of the tape, eyelets, and absorption system.
Proper cleaning: Clean with a cloth dampened with mild soap and warm water.
Proper storage: Keep the equipment in a clean, dry, and well-ventilated place, protected from direct sunlight.
Protection against contaminants: Avoid exposure to moisture and contact with substances or agents that may compromise the equipment materials.
Caution during operation: After the shock absorption system activates during a fall, the equipment must be taken out of use and subjected to the procedures defined by the manufacturer.
Service life: The effective durability of the equipment varies according to the frequency of use, working conditions, maintenance, and storage.