The KARAM PN351N(2.0M) Forked Lanyard with Energy Absorber is a professional fall-arrest lanyard designed for workers who require increased mobility while remaining connected during work-at-height activities.
Its Y-shaped twin-leg design, 12 mm polyamide twisted rope, integrated PN300 energy absorber and heavy-duty steel connectors make it suitable for construction, industrial maintenance, transmission, power generation and other demanding height-safety applications.
2 Meter Forked Safety Lanyard
The KARAM PN351N is supplied in a 2.0-meter configuration.
Its forked or twin-leg design provides two anchorage legs, allowing a worker to transfer between suitable anchor points while maintaining continuous connection when the correct tie-off procedure is followed.
This configuration is particularly useful where workers need to move along structures, scaffolding or designated work-at-height areas.
12 mm Polyamide Twisted Rope
The PN351N is manufactured using 12 mm diameter, three-strand polyamide twisted rope.
The rope combines strength and flexibility for professional fall-protection applications.
KARAM specifies a breaking strength of 25 kN for the lanyard.
PN300 Energy Absorber
The lanyard incorporates the KARAM PN300 Energy Absorber.
During a fall-arrest event, the absorber is designed to deploy and dissipate energy, helping reduce the forces transmitted to the worker and fall-protection system.
KARAM describes energy-absorbing lanyards as designed to limit the force experienced by the worker to less than 6 kN when used correctly as part of a compatible fall-arrest system.
PN112 Steel Screw-Locking Karabiner
At the energy absorber end, the PN351N is fitted with a KARAM PN112 Steel Screw-Locking Karabiner.
The screw-locking mechanism provides a secure connection between the lanyard and compatible harness/fall-protection components.
Two PN131N Steel Scaffold Hooks
The two forked rope legs terminate in PN131N Steel Scaffold Hooks.
These large hooks allow the worker to connect each leg to suitable structural anchorage points during movement at height.
The twin-hook configuration is particularly useful where sequential transfer between anchorage locations is required.
Y-Shaped Twin-Leg Design
A major advantage of the PN351N is its Y-shaped twin-leg configuration.
Unlike a single-leg lanyard, the forked design provides two anchorage legs. This enables the user to connect the second leg to the next suitable anchorage before disconnecting the first, supporting continuous tie-off during correctly planned movement.
Red Rope Wear Indicator
A red tracer strand is incorporated into the rope.
This provides a visual indication that can assist in identifying ageing or degradation of the rope during inspection.
Regular pre-use inspection remains essential before every work-at-height operation.
Protective Sleeves & Thimbles
The rope terminations incorporate abrasion-resistant thimbles and protective sleeves.
These features help protect high-wear areas of the lanyard and improve durability during appropriate industrial use.
