The technical team at SPIDER is available to listen to client requests for all those peculiar situations requiring alternative and innovative solutions, with special products.

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Site Survey

The first step SPIDER takes is to gather all the details relating to the area where the lifeline system will be installed: measurements, surface material, and intended use. The methods of access, installation, timing, and handling of the necessary components must all be carefully calculated. Once the quote has been prepared, an on-site test is carried out.

On-site Test

Before proceeding with the installation of the lifeline system, it is advisable to verify the quality of the fixing to ensure the system is installed correctly. An on-site test must therefore be planned, using testing methods and tools suited to the products to be installed and to the type of supporting structure to which the fall-arrest system is anchored.

Design and Installation

The final stages of designing and installing the lifeline system follow, including the issue of the necessary documentation, which subsequently enables maintenance of the system and ensures its safety.

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Example of a Lifeline System Project

The design of a roof, façade or walkway lifeline system starts with a survey of the area concerned. Depending on the type of building and its intended use, a specific type of installation is chosen.

For example, the design of a lifeline system for a historic building cannot disregard the need to preserve its distinctive features. Guidelines and certain projects are available for builders to consult before installing a fall-arrest system on a new building. These are intended to shorten design times.

Regulations on Lifeline System Design

The design and installation of a lifeline system must comply with specific regulations set out by UNI, the Italian National Unification Body. This is standard UNI 11578:2015, which sets out all the mandatory requirements for identifying the correct lifeline system and installing it in accordance with the law. In addition, the standard explains how to identify lifeline systems (with fixed or mobile anchor points) that can serve several users at the same time and to which devices compliant with UNI EN 363 can be attached.

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Who Can Design Lifeline Systems

Final certification of a lifeline system, marking the end point of its design process, requires the coordination and assessment of three parties who sign the project documents: the manufacturer of the safety systems, the designer and the installer.

The manufacturer is required to provide a declaration of conformity for all components installed, together with a use and maintenance manual including a log for system inspections.

The installer draws up a document declaring that the components have been correctly fitted and that resistance verification tests have been carried out.

Finally, the designer submits a calculation report on the roof’s resistance to the action and load transmitted by the anchor points, together with the design of the fixing systems, and draws up the technical report on the roof covering, which includes:

  • A plan of the roof showing the access points, anchor devices and rules on the PPE to be used depending on the type of system (fall-arrest or restraint);
  • Elevations containing the structural information of the building for each side at potential risk of falling;
  • A technical report explaining the design solutions in compliance with preventive and protective measures, including a description of the use of PPE.

By accepting the documentation, the safety coordinator and the roof owner assume responsibility for the project and can proceed with the works.

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