Dienoc E.A. Forked Lanyard

Model PN361(30)(DE) · Karam

Overview

The PN361(30)(DE) Dielectric Energy Absorbing Forked Webbing Lanyard is designed for superior electrical safety during height work in energized environments. Crafted from durable 30mm polyester webbing, it integrates an energy absorber to minimize impact forces in the event of a fall. One end is fitted with a dielectric snap hook, while the forked ends feature dielectric hooks both made from specially compounded polymer with steel reinforcement for exceptional strength and dielectric resistance.

Key features

Forked design for secure multi-point anchoring.
30mm high-strength polyester webbing with 25kN breaking strength.
Dielectric hooks and snap hook resist up to 14kV.
Integrated energy absorber to reduce fall impact forces.
Rugged build for electrical and industrial height safety tasks.

Applications

Transmission Industries
Mining Industries
Petroleum Industry
Tower Erection

Standards and certification

EN 355:2002 VG11/RfU Sheet 63

IS 3521(Part 2):2021

Supplier: ISO 9001:2015 certified

PRODUCT DATASHEETDoc. SSLS/DS/FA-155 · Rev. 01 · 13-Oct-2026

Dienoc E.A. Forked Lanyard – technical data

Technical specifications

Brand	Karam
Model	PN361(30)(DE)
Webbing	High tenacity polyester
Width	30mm
Attachment Elements	Two dielectric hook PN166 at anchorage end and dielectric snap hook PN172 at attachment end
Relaxed Length	1.5m, 1.8m
Expanded Length	2.0m
Warranty	1 year from the date of invoice against any manufacturing defects.
Standards	EN 355:2002 VG11/RfU Sheet 63, IS 3521(Part 2):2021

Ordering information

Brand	Karam
Model	PN361(30)(DE)

Inspection and care

Inspect harnesses, lanyards and connectors before every use. Remove from service any equipment that has arrested a fall, or shows cuts, burns, chemical damage or deformed hardware. Have equipment inspected by a competent person at least every twelve months.

Storage

Store in a cool, dry place away from direct sunlight, heat and chemicals.

Data given in good faith from manufacturer information and subject to change without notice. Select PPE based on a site risk assessment. Scan the code for the product page.