Skip to main content

Berghaus ProTec-Tor 120 successfully tested to DIN EN 1317, T3

German manufacturer Berghaus reports that its emergency opening ProTec-Tor 120 has successfully been tested according to the test criteria and requirements of DIN EN 1317. Test took place with a truck (TB 41) travelling at 70km/h and a car (TB 21) travelling at 80km/h. The ProTec-Tor 120 is a special element in our crash barrier system ProTec 100 (T3 / W2), according to the acceptance criteria of containment level T3. Up to now, in Germany such special elements were usually corroborated in static s
July 1, 2019 Read time: 2 mins
Berghaus ProTec-Tor 120: quickly and easily separated to create an opening
German manufacturer Berghaus reports that its emergency opening ProTec-Tor 120 has successfully been tested according to the test criteria and requirements of DIN EN 1317.


Test took place with a truck (TB 41) travelling at 70km/h and a car (TB 21) travelling at 80km/h.

The ProTec-Tor 120 is a special element in our crash barrier system ProTec 100 (T3 / W2), according to the acceptance criteria of containment level T3.

Up to now, in Germany such special elements were usually corroborated in static situations and as a computed simulation. But simulations are not always suitable for providing indubitable corroboration, particularly in terms of the dynamic forces and their impacts on special elements.

Because emergency openings are meanwhile increasingly required as safety devices in restraint systems with contraflow traffic, Berghaus instructed an accredited test lab to test the Pro-Tec-Tor 120.

In the standard crash test, the longitudinal force transfers and the functionality of the special element and also of the connected crash barrier system were documented on the basis of the two impact tests that were carried out. The emergency opening functioned perfectly even after the crash tests with a truck and car at high speeds with slight shifting of the system.

The ProTec-Tor 120 – as well as the ProTec-Tor 50 - are easily separated elements for mobile crash barriers that can be opened quickly in an emergency without needing tools. According to the company, only a couple of simple actions are needed to release the force-fit connection of the crash barriers to create an opening.

Related Content

  • Quality assured with asphalt testing equipment
    March 15, 2012
    Equipment for checking out the various qualities required of asphalt in road construction is becoming more sophisticated
  • New laws will limit vehicle pollution in Paris
    November 8, 2012
    New proposals put forward in Paris could place pollution at peak periods as a priority. The planned pollution programme would include measures such as a toll on the main routes entering Paris. Users would pay rates reflecting various criteria such as the distance travelled, whether it is a peak travel period or the environmental impact of the vehicle being used. Vehicles seen as excessively polluting would be banned, with one proposal forbidding the use of large SUV/4x4 cars that are more than 17 years old
  • Optimising operations with construction software gains
    May 20, 2015
    Innovations in construction software are helping boost project efficiency and optimising project operations – Clive Davidson writes Over the past decade, while construction engineers have been putting up buildings or infrastructure, software engineers have been developing a parallel universe where virtual buildings or infrastructure can be created in ever increasing detail. What started with 2D architectural drawings in computer-aided design (CAD) systems, has become a multi-dimensional world, with 3D ge
  • Weigh in motion technology reduces road damage
    February 8, 2012
    Overweight vehicles cause enormous damage to road structures but they can be caught, even at high speed. Weigh-in-motion or WIM devices are designed to capture and record axle weights and gross vehicle weights as vehicles drive over a measurement site.