Nospark Antistatic E.A. Forked Lanyard

Model PN361(AS) · Karam

Overview

The PN361(AS) No-Spark Antistatic Forked Lanyard is engineered for high-level hand protection and safety when working at heights, especially in environments with explosive atmospheres. Crafted from 44 mm wide antistatic polyester webbing, it minimises the risk of electrostatic discharge. This durable lanyard features a high-strength aluminium quarter turn locking karabiner at one end, a reliable energy absorber, and aluminium scaffold hooks at the forked ends for secure anchorage.

Key features

Antistatic polyester webbing reduces electrostatic discharge risk
Lightweight design for ease of movement at heights
Aluminium scaffold hooks and karabiner for secure connections
Integrated energy absorber for controlled fall arrest
Available in 1.0 m, 1.5 m, 1.8 m, and 2.0 m lengths

Applications

Oil & Gas
Petrochemical Plants
Mining Industries
Pharmaceuticals

Standards and certification

EN 355:2002 VG 11/RfU Sheet 63

ATEX 2014/34/EU

IS 3521(Part 2):2021

Supplier: ISO 9001:2015 certified

PRODUCT DATASHEETDoc. SSLS/DS/FA-384 · Rev. 01 · 13-Oct-2026

Nospark Antistatic E.A. Forked Lanyard – technical data

Technical specifications

Brand	Karam
Model	PN361(AS)
Material	Antistatic webbing
Width	44mm
Attachment Elements	Aluminium karabiner PN117 with energy absorber PN300(AS) at one end and aluminium rebar hook PN136 at other ends.
Min. Breaking Strength	Webbing 25kN (Min.)
Relaxed length	1.4m to 1.6m
Expanded length	2.0m
Warranty	1 year from the date of invoice against any manufacturing defects.
Standards	EN 355:2002 VG 11/RfU Sheet 63, ATEX 2014/34/EU, IS 3521(Part 2):2021

Ordering information

Brand	Karam
Model	PN361(AS)

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.