Description
Integrated Vertical Fall Arrest System with Extension Post | EN 353-1:2014+A1:2017
The Vertical Fall Arrest System is a premium, high-safety solution designed for personnel who frequently ascend and descend fixed ladders. This integrated system provides a continuous, secure connection to the structure, automatically arresting a fall within centimeters to prevent serious injury.
Core System Components
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Rigid Anchorage Line: Constructed from high-tensile Stainless Steel Wire Rope, the line is held under constant tension between heavy-duty top and bottom mounting brackets.
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Precision Rope Grab: The stainless steel fall arrester follows the user’s movement effortlessly. It comes equipped with a special anti-inversion mechanism, ensuring the device can only be installed in the correct orientation for maximum safety.
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Shock Absorbing Interface: The user connects to the rope grab via a compact, integrated shock-absorbing lanyard, which minimizes impact forces on the body in the event of a fall.
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Mechanical Tensioner: A screw-type mechanical tensioner is situated at the bottom bracket, allowing installers to fine-tune the line’s rigidity and account for environmental expansion or contraction.
- Extension Post: An extended posts allows the user a handle to hold to in traversing on to the roof.
Key Technical Features
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Uninterrupted Movement: The system is designed for “hands-free” climbing; the rope grab tracks the climber’s vertical position without manual adjustment.
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Environmental Stability: Intermediate cable guides are placed at regular intervals to prevent the line from vibrating or displacing due to high wind loads or mechanical resonance.
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Flexible Termination Options:
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Swaging Type: Factory-pressed for a permanent, high-strength finish.
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Swageless Type: Ideal for field installations requiring high-strength results without specialized hydraulic tools.
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U-Bolt Thimble: A cost-effective solution for bottom-side termination only.
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Specifications at a Glance
Why Choose This System?
This fall arrest system balances simplicity with sophisticated engineering. The anti-inversion technology removes the most common cause of vertical lifeline failure—incorrect installation of the slider. Furthermore, the use of stainless steel throughout ensures that the system remains functional and safe even in the most corrosive industrial or offshore environments. It is a “set-and-forget” safety solution that prioritizes the climber’s confidence and efficiency.
