KARAM PN393 Energy Absorbing Expandable Webbing Lanyard with Both Side Karabiner PN112
Model PN393 Warranty 1 year
Key features
- The energy-absorbing mechanism of the lanyard works through the use of specially designed stitching patterns or tearing mechanisms that are built into the webbing.
- These components will deform or break under the force of a fall, effectively absorbing the energy and reducing the impact on the worker.
Bulk and project orders welcome
Could not add to your RFQ list. Please try again.
- Delivery across the UAE
- No payment now; quote first
Overview
These lanyards are ideal for use in conditions where there chances of the user tripping over the lanyard.
The elastic nature of the lanyard reduces the actual effective length of the lanyard thereby reducing trip hazards.
The lanyards are made with 44mm wide elasticated webbing incorporated for contracting property.
The loops at the ends are protected by an abrasion resistant covering. This prevents the webbing from being damaged by metallic contact of the connector.
KARAM offers a wide range of webbing lanyards, having different configurations of connectors on the ends.
All KARAM lanyards are also supplied with any other hook on special request.
All lanyards with different combinations of connectors mentioned below are individually certified as per EN 355:2002, VG 11/RfU CNB/P/11.062
PN 393(140)- With 140kgs Energy Absorber PN 300(140)
PN 393(S)- With Energy Absorber PN 400
Features
- The energy-absorbing mechanism of the lanyard works through the use of specially designed stitching patterns or tearing mechanisms that are built into the webbing.
- These components will deform or break under the force of a fall, effectively absorbing the energy and reducing the impact on the worker.
Specifications
Technical specifications
- Rope/Webbing
- Polyester expandable webbing
- Dia/Width
- 44mm
- Attachment End
- PN112
- Anchorage End
- PN112
- Length
- Relaxed =1.5m, Expanded = 2.0m
- Color
- Red and Black color Polyester Webbing
Certification
- Standards
- EN 355:2002, VG 11/RfU CNB/P/11.062
Downloads
No datasheet yet. Ask us for one ›






















