C2 Vertical Safety

SecuRope Neo Pro cable lifeline on steel beams

SecuRope Neo Pro from Fallprotec is a horizontal wire-based lifeline system for direct attachment to steel beams. The system is clamped onto the beam without drilling and provides a stable fall protection solution with low wire deflection, specially adapted for industrial environments.

The bracket can be mounted parallel or perpendicular to the direction of the acting force. The standard solution is adapted for beam flanges between 50 and 300 mm, while Fallprotec can also dimension and design project-specific brackets for other beam dimensions. SecuRope Neo Pro provides smooth movement along the lifeline and can be used by up to four people simultaneously. The low cable deflection contributes to a shorter fall distance in the event of a fall.

Areas of use

SecuRope Neo Pro on steel beams is used for fall arrest and fall restraint in industrial environments. The system is particularly suitable for maintenance in industrial halls, for example on overhead travelling cranes and gantry cranes.

Specifications

• Substrate: Steel beams
• Fixing: Clamped directly to the beam
• Beam flange: 50 to 300 mm for standard solution
• Number of users: Up to 4
• Freehand
• Design: Non-deformable system
• Catenary sag: Low
• Material: Stainless steel
• Assembly direction: Parallel or perpendicular to the direction of the acting force
• Customisation: Project-specific brackets can be designed for different beam dimensions
• Use: Fall arrest and work restraint
• Standard: EN 795:2012 Type C, CEN/TS 16415:2013, ASSP/ANSI Z359.6 and CSA259.16

FAQ

Do you need to drill into the steel beam during installation?

No. The SecuRope Neo Pro is clamped directly onto the beam, allowing for a stable installation without drilling.

Which beam dimensions fit the standard mounting?

The standard solution is adapted for steel beams with a flange width from 50 to 300 mm. For other dimensions, project-specific brackets can be developed.

Why is the low wire sag an advantage?

Low wire deflection helps to limit the fall distance, which is particularly relevant in industrial environments where the clearance beneath the user may be limited.