Protective railings

Protective railing, also known as a guardrail system, is a form of collective protection and plays a decisive role in accident protection. In our wiki post we examine the function of this safety element. We go into the different types and the technical requirements. Professional protective railing secures danger areas and protects people from falls.

Protective railing secures against falls

Protective railings, also known as guardrail systems, are classified as fall protection systems for multiple users, or in other words as collective protection. They are a form of safety equipment in areas where there is a danger of falling from a height. They prevent people working in fall-risk areas, or present there, from falling over the fall edge.This is why they are an essential preventive measure against life-threatening falls from height.

Definition

The roof railing, or protective railing as we call it in this post, is almost always preferable to an individual protective measure (individual protection) which is used in combination with anti-fall personal protective equipment (anti-fall PPE). However, protective railing may not always be possible, because of circumstances such as the form, type or inclination of the roof, or its statics properties, and therefore individual protection may have to be used after all.

INNO Info: Worth knowing

A protective railing provides equal protection against falls to all persons located on the roof. This type of fall prevention is available in different variants and/or configurations, in order to fulfil various requirements, whether visual or technical.

What types of protective railings are there?

The most popular protective railings include knee bar railings, for instance our BARRIER, and also railings with full panels. As is clear from the name, knee bar railing normally consists of a hand rail and a knee bar. This type of railing is installed directly at the fall edge.

Railings with full panels provide a robust barrier, and are often equipped with vertical rods. Our guardrail protection can be adapted to the onsite functional requirements and also, by means of surface anodising, to visual demands. Depending on the circumstances (presence of a parapet, use of green roof as superimposed load, etc.), there are a number of system variants.

 

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 ...

BARRIER-VARIO

Guardrail system with weights as superimposed load

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 ...

BARRIER-ATTIKA

Guardrail system installed on parapet

The BARRIER-FLEECE guardrail system is used wherever fall edges on flat roofs with a pitch (inclination) of up to 10° need to be secured. It forms a barrier to the fall edge, allowing all persons on the roof to move around safely. This system ...

BARRIER FLEECE

Guardrail system with green roof as superimposed load

Technical requirements for protective railings

The technical requirements are tightly regulated.

  • A standard protective railing must be at least 1 metre in height, and above a certain building height it must be even higher.
  • The separation between the individual bars must be no greater than 0.5 metres, in order to prevent people from falling through them.
  • In addition, the guardrail must withstand a horizontal load of at least 1 kN/m.

 

The installation of protective railings requires expertise and precision. During mounting, it must be ensured that the railings are installed solidly, securely, and professionally to the manufacturer’s instructions, in order to ensure maximum safety. Regular servicing and inspection of the guardrails is essential for ensuring their safe functioning.

INNO Summary

It can be stated that all falls are preventable through the use of protective railings, because they create a reliable barrier between the fall edge and the people located on the roof. They are an example of the way that well though-out safety solutions save lives. When planning and installing protective railings, the applicable safety standards should always be taken into account.

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