BARRIER guardrail system
Optimum protection with the changeable guardrail system
The robust BARRIER guardrail system is classed as collective protection, and forms a barrier between the people located in the fall risk area and the fall edges present.
Everyone in the protected area can therefore move about in safety, without needing personal protective equipment or additional anchorage devices. Depending on the application, different assembly variants, from permanent installation to superimposed load, are available to cover the most varied types of installation. Because of its wide range of variants, the BARRIER guardrail system can be applied either from the very start or also as a retrofit later. If desired, the system’s colour can be adapted by means of a custom coating.
Guardrail system with weights as superimposed load
The BARRIER-VARIO guardrail system is used wherever the fall edges of a flat roof up to a maximum pitch of 10° must be protected. The guardrail held in place by superimposed concrete weights creates a barrier around the fall-risk area, and ...
Guardrail system installed on parapet
The BARRIER ATTIKA guardrail system is suitable only for combination with an existing parapet construction. Once the system has been attached to the parapet construction, it provides optimum fall protection for all persons located ...
Guardrail system with green roof as superimposed load
The BARRIER FLEECE guardrail system is used wherever the fall edges of flat roofs up to 10° inclination must be protected. It creates a barrier to the fall edge, and so all persons located on the roof can move about in safety. This system is ...
Guardrail system for metal profile roofs
The BARRIER-SYST guardrail system is the ideal solution for securing metal profile roofs up to an inclination of 10° (e.g. industrial buildings, storage halls, etc.). It provides reliable fall protection without requiring roof penetration. ...
Guardrail system around skylights/strip lights
The BARRIER SKYLIGHT guardrail system is used wherever skylights must be protected on roofs of up to 10° inclination. Regardless of the size of the skylight, the superimposed load system provides optimum fall protection, and thereby ...
Guardrail system for escape routes
The BARRIER-ESCAPE guardrail system is used wherever a prescribed route out of the danger zone has to be created so that persons can leave it safely. Regardless whether it is a case of straight runs, or whether corner layouts must ...
Guardrail system for ladder exits
The BARRIER-ASCENT-LADDER guardrail system is used wherever it is necessary to secure the exit area of an ascent ladder, where a fall edge is present after exiting onto the roof surface. Depending on the substructure (parapet) ...
Guardrail system for machinery
The BARRIER-MACHINE-SAFEGUARDING guardrail system is used wherever fall edges on machinery or in an industrial environment have to be secured. The guardrail system is so flexible that it is possible to individually solve the ...
The BARRIER guardrail system is a collective protection system with great flexibility, designed to secure edges, and consisting of various elements and system variants which are customisable to your specific requirements and use case.
Safety systems are available which can either be installed permanently on the roof or used in combination with concrete weights, and without roof penetration. Aside from securing fall edges, the BARRIER escape route option can also be used to designate a specific route that offers individuals a safe way to exit the danger area.
The installation of the BARRIER guardrail system requires neither roof penetration nor subsequent flaming or adhesive tasks. What is more, installation will not create cold bridges that could have a negative impact on the building’s energy efficiency.
Surface anodisation makes it possible to harmonise the BARRIER side protection system visually with the look of the building.
Our foot units come with an integrated release layer that contains no plasticisers. Thanks to this integrated release layer, the installation of the foot units creates no negative effect on PVC sheets roof, FPO and EPDM sheets, or bitumen roofs.
