Automation of the largest land tunnel in the Netherlands | Roer- en Swalmentunnel

A73 tunnels

The Roertunnel is a land tunnel in the Dutch national trunk road A73. The tunnel was partially opened for traffic on the 18th of February 2008. It is the longest land tunnel for motor traffic in the Netherlands (2.45 kilometres long). The tunnel consists of two tunnel tubes, separated by an evacuation tunnel. Near the Roertunnel, the A73 also passes through another tunnel, namely the Swalmentunnel. The two tunnels differ in length but operate on very similar systems.

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On the 18th of February, the tunnels were partially opened for traffic, although with some restrictions. Because not all the safety installations were yet ready, only one lane in each direction was opened with a speed limit of 70 km/per hour. As of the 1st of December 2009, both tunnels are open with 2 lanes in each direction and a speed limit of 100 km/per hour.

The Roer and Swalmen tunnels fall under tunnel category A, which means there is no restriction with regard to transportation of hazardous substances in the tunnels. Due to this high tunnel category, the tunnels have very high safety requirements. In order to comply with these requirements, the tunnels are equipped with a total of 53 systems, including a water mist system, CCTV, tunnel ventilation, temperature detection and a SDS system. All these systems are connected to an ABB System 800xA system. The intelligence and central control have been programmed in this 800xA system.

 Batenburg IAS employees were commissioned by ABB in various phases of this project. For instance, they worked on setting up the functional and technical specifications for the software. Batenburg IAS employees also worked on building the 800xA software for the tunnel and connecting the various systems. In addition, various Batenburg IAS employees were intensively involved in the SAT and ISAT tests of the ABB system.

Also see

Willemsspoortunnel
In collaboration with VTN, we replaced the entire Sattcon control system. Using a conversion tool, the existing software was converted to ABB Compact Control Builder with ABB AC800M controllers.
Hoogheemraadschap van Schieland en de Krimpenerwaard
We have developed a pumping station configurator for the Schieland and Krimpenerwaard Water Board (HHSK), which employees use to program and configure water board objects such as pumping stations, weirs and measuring points.
Ketheltunnel A4
BatenburgIAS also contributed to the realization of the control layer. Several engineers from Batenburg IAS were involved in the realization of the software for this control. This includes making the GUI (operating plates), developing the critical and sub-critical tunnel functions, but also testing the many software modules.