Fall arrest lanyard Edelrid CABLE COMFORT TRI — black/green, 532 g, min user weight 40 kg

Edelrid CABLE COMFORT TRI — black/green is a fall arrest lanyard designed for personal fall protection in industrial and work-at-height environments. The device uses a cable-style construction combined with elasticated narrow arms to reduce weight while providing a secure connection between the user’s harness and an anchor point. With a product weight of 532 g and a minimum user weight rating of 40 kg, the lanyard is intended to arrest falls and limit descent when used as part of an approved fall protection system.

Advantages

The triple-jointed swivel increases freedom of movement and reduces tangling, improving handling in confined or complex work positions. Elasticated high-strength HMPE arms keep the overall weight low while resisting wear. One-Touch II carabiners feature a large opening and a tactile feel that simplifies clipping and reduces the risk of fingers being caught between the cable and the gate. Short hanging length further eases maneuvering and positioning during work at height.

Suitable for

Key specifications

How to use

Attach the lanyard to the designated dorsal or sternal attachment point on a compatible safety harness and connect the other end to a certified anchor point. Ensure carabiners are fully closed and locked before applying load. Keep the lanyard clear of sharp edges and move deliberately to avoid trapping the cable between hardware. Use only with compatible fall arrest equipment and within the rated user weight range. Do not modify the lanyard or its components.

Recommendations

Inspect the lanyard for damage, wear, corrosion, or deformation before each use and after any fall event. Store in a dry, cool place away from direct sunlight, chemicals and heat sources. Replace the product if inspection reveals cuts, fraying, broken strands, or any damage that may reduce performance. Follow applicable local regulations and the manufacturer’s instructions for maintenance, periodic inspection and service life limits.