Skip to main content

Vögele develops heat monitoring technology for paving

Vögele is introducing a sophisticated package that will help contractors boost paving quality. The new RoadScan system is a non-contacting technology that determines temperature across the mat and helps assess paving performance. The system uses infra red technology to monitor temperature across a 10m wide scanning area and measuring up to 2.5m to the rear of the paver. Marketing manager Roland Schug explained, “We are measuring temperature in 25cm by 25cm areas and with 20 measuring points for each of the
January 6, 2017 Read time: 2 mins
1194 Vögele is introducing a sophisticated package that will help contractors boost paving quality. The new RoadScan system is a non-contacting technology that determines temperature across the mat and helps assess paving performance. The system uses infra red technology to monitor temperature across a 10m wide scanning area and measuring up to 2.5m to the rear of the paver.

Marketing manager Roland Schug explained, “We are measuring temperature in 25cm by 25cm areas and with 20 measuring points for each of these areas. We have high quality measurements to within +/-2°C.”

Schug said that the system is more accurate than rival technologies on the market. The existing systems scan from side to side as the machine moves, so in effect they provide a diagonalportrayal of the paving mat. However the new Vögele system gives a more accurate portrayal of the temperature gradient in the paving mat according to Schug. This ensures higher overall paving quality as issues such as material segregation or cooling can be quickly identified. The system allows the compaction team to prioritise areas that are already beginning to cool. The data can be stored for later analysis as well as recording purposes. Schug added, “We have a documentation system measuring the temperature.” He said that the paver operator can see the temperature gradient on the machine’s ErgoPlus screen and said, “You can save the data on an industrial USB stick and you can enter the data in the office using the Vögele customer software.”

For more information on companies in this article

Related Content

  • New asphalt paving technologies boost performance
    February 28, 2012
    Sophisticated new paving technologies are coming to market that will help boost quality and performance. New paving technologies are being introduced to meet the differing demands of both North American and European customers. Although North American and European paving techniques do vary, there are also some control technologies being introduced that will help quality for both approaches.
  • An improved paving control system is available from MOBA
    January 6, 2017
    MOBA is aiming to improve paving quality and cut contractor’s costs with its sophisticated heat measuring package for asphalt pavers, as well as its new sonic ski system. Called the PAVE-IR, this heat measuring system provides accurate temperature scanning and monitoring of mat temperature during asphalt paving. This can be documented for an entire project and allow contractors to optimise processes and verify the quality of paving work. Marketing manager Christine Seidel said, “The early generation system
  • An improved paving control system is available from MOBA
    February 8, 2013
    MOBA is aiming to improve paving quality and cut contractor’s costs with its sophisticated heat measuring package for asphalt pavers, as well as its new sonic ski system. Called the PAVE-IR, this heat measuring system provides accurate temperature scanning and monitoring of mat temperature during asphalt paving. This can be documented for an entire project and allow contractors to optimise processes and verify the quality of paving work. Marketing manager Christine Seidel said, “The early generation system
  • Machine control boosting paving quality
    April 27, 2015
    The use of machine control technology on a bypass construction job has boosted quality quality control is a topic that clients as well as contractors are finding increasingly important. Control systems are being used more and more often on construction sites as a result, so as to collect data on a range of processes. This includes looking at the asphalt being supplied to site and on the quality of paving during construction. Using this data, processes can be optimised in the medium-term and, in the long-ter