Skip to main content

Sophisticated single drum compactor

A firm in Belgium is now benefiting from the addition of a single drum roller from Ammann to its fleet. The firm, De Cnodder, handles soil compaction for a range of projects.
February 9, 2021 Read time: 2 mins
A contractor in Belgium is benefiting from the addition of an Ammann soil compactor to its fleet

Based in the town of Herentals in the province of Antwerp, Belgium, the firm opted for  an Ammann ARS 70 single drum compactor. A key feature of the machine that appealed to De Cnodder was the tight turning circle, due to its short wheelbase and a specially-designed articulation joint. The company realised that this feature would be important, as many of its jobs are handled in restricted space applications.

Other important features of this machine include its low centre of gravity for stability and the range of frequencies available.

The company also says that the ACEforce compaction system helps it to monitor compaction progress. This system shows the operator when work is complete in a target area, allowing the machine to then move to its next part of the jobsite. In addition, the ACEforce system also indicates possible weak spots in the compacted area.

When working on new construction, the crew places gravel at a depth of 200mm and then makes five passes. In housing development areas, there can be obstructions underneath the compacted layer such as utilities or old back-filled trenches and the firm says that the versatility of the ARS 70 means that the operator can use multiple frequencies to ensure the work is carried out properly.

For more information on companies in this article

Related Content

  • Germany builds its first major PPI autobahn project
    July 7, 2015
    Rebuilding of one of the oldest motorways in Germany is testing out the possibilities for public-private project road construction reports Adrian Greeman A freshly renovated section of the A8 Autobahn in southern Germany will be watched with some interest this summer as traffic begins driving along its rebuilt carriageway and additional third lanes. That is not because of any special road features, other than a distinctive reddish colour to its concrete surface, but because it is a first fullscale public
  • Bomag is on track – London to Glasgow in 2 hours and 40 minutes
    July 1, 2022
    British Railways has big plans. Trains on the first 220 km from London Euston Station to Birmingham could be travelling at a speed of 360 km/h (225 mph) in as little as 10 years. The earthworks required for this are to be completed by as early as 2025. The project is considered one of the largest and most ambitious infrastructure projects in recent British history. It must meet the highest possible construction quality standards and evolve over the course of the project - setting new standards today and for tomorrow. The deployment of innovative BOMAG technologies and machines is therefore logical and consistent.
  • Caterpillar’s broad range for China
    November 21, 2018
    Caterpillar is offering a broad range of new machines in China. The company has an array of new general construction, road construction and SEM-branded equipment. The company has 11 hydraulic excavator models, featuring both wheeled and tracked undercarriages. These range from the 313D2, with a maximum operating weight of 14.6tonnes, to the 390F L with its maximum operating weight of 96.275tonnes. Seven of the excavators, the 330, 330 GC, 336, 336 GC, 345 GC, 320 and 323, are Cat Next Generation models,
  • Runway rebuild for Detroit airport
    January 25, 2017
    A US contractor has employed equipment from Guntert & Zimmerman to help carry out a runway rebuild at Detroit Metro Airport The busy airport handles around 30 million passengers/year and the project had to be carried out in a tight timeframe as a result, with the paving crew working 16 hours/day to meet the schedule. Ajax Construction has been using its G&Z S850 paver for the work, which was needed as the existing concrete surface on runway 4L/22R had suffered from an alkali silica reaction (ASR). The