G - Anchor
The Groxx GRXRLS11 is a high-precision structural component designed to secure rigid safety rails to primary building structures. It serves as a critical control point for managing the span, stiffness, and allowable deflection of the rail system to ensure operational safety during fall arrest events.
Structural Regulation: Effectively controls the span and stiffness of the rigid rail, ensuring that deflection remains within engineered limits for safe user transit.
System Guidance: Classified as a non-load-bearing anchor component, its primary role is providing structural support and guidance rather than directly absorbing fall impacts.
Multi-Span Capability: Engineered to meet the fixing requirements for rigid rails in multi-span installations, allowing for extended lifeline coverage across large structures.
Customizable Interface: The depth of the thread is determined based on the final installation object, providing a tailored fit for various substrate thicknesses.
Design Variable Support: Support spacing is variable and must be calculated based on system design parameters, including the total span, number of users, and allowable deflection.
Substrate Bonding: For high-performance anchoring in concrete, the GRX851 Epoxy Adhesive is recommended to ensure a permanent, chemical-molecular bond with the base material.
System Integrity: When used in a complete system, the GRXRLS11 works in conjunction with the GGVLSL016 Vertical Shuttle for stable sliding connections along the stabilized rail.
The GRXRLS11 is engineered to meet international safety benchmarks for rigid anchor lines:
EN 795:2012 Type D: Fully certified for use in rigid rail systems (Rated for 1 user).
CEN/TS 16415:2013: Tested and compliant for multi-user safety applications, supporting up to 3 users simultaneously.
Validity Period: Guaranteed for a 10-year validity period for both 304 Stainless Steel and Aluminum variants, subject to annual technical inspection.
The GRXRLS11 provides the necessary structural backbone for any rigid rail installation. By precisely controlling the stiffness and deflection of the rail, it ensures that intermediate shuttles glide smoothly while maintaining the absolute structural stability required for multi-user fall protection.
