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

  • Wirtgen W 60 Ri milling units on duty in Norway with Asfalt Remix
    July 3, 2018
    Time is money, especially in Scandinavia where the short road construction season makes efficiency and flexibility a key factor for machines. That's particularly true on small job sites, where work has to be completed quickly but reliably day after day. As soon as the job is done, machines must be quickly loaded and ready to speed off to the next project. That’s exactly what the W 60 Ri small milling machine from Wirtgen delivers. Norwegian milling service provider Asfalt Remix - which uses exclusively W
  • Peri formwork for Danish port link tunnel project
    November 29, 2013
    The Nordhavnsvej – Vej- og Tunnelentreprise (Nordhavnsvej) project is Copenhagen’s largest infrastructure project in the last 50 years. The 1.65km-long route will eventually link the Danish capital’s northern port area with the Helsingør motorway. It runs through a very densely built urban area, in parts at depths of up to 22m. One particular challenge regarding the execution was planning the course of the tunnel because the underground structure also crosses a very busy railway line.
  • TISPOL Conference: autonomous vehicles high on safety agenda
    February 2, 2017
    Safety and autonomous vehicles exercised the minds of some of Europe’s senior police officers at the recent TISPOL European Traffic Police Network Conference in the UK. The European Union looks like missing its target of halving the number of people killed on its roads each year by 2020. Just when European police forces are trying to get back on target, along comes the autonomous vehicle with all its inherent safety issues.
  • Bridge and tunnel concrete testing vital for longevity
    July 9, 2012
    Modern technology is making testing more efficient and reliable, increasing productivity and reducing costs, as Patrick Smith reports A few years ago, visual inspection of an 18-year-old bridge by ARRB in Australia identified considerable cracking in the precast, prestressed deck planks as well as in the cast in situ deck overlay. Laboratory examination indicated that the deck planks and the deck overlay were suffering from a strong case of alkali-aggregate reaction (AAR). Testing of concrete cores drilled