Skip to main content

MOBA’s new PAVE-IR system features a high-speed temperature scanner to enhance road construction quality

MOBA has developed a new temperature scanner system called the PAVE-IR, designed to help operators avoid laying incorrectly heated asphalt. From mixing plant to compaction, getting the temperature of asphalt right is critical. Cold asphalt can lead to road damage, which results in additional costs of up to 46% due shorter surface lifetimes. The new MOBA PAVE-IR aims for an optimum asphalt material mix and the best possible process flow says the manufacturer.
January 6, 2017 Read time: 2 mins
MOBA’s Marcus Waterman demonstrating what a difference the new PAVE-IR system makes to the operator
1228 MOBA has developed a new temperature scanner system called the PAVE-IR, designed to help operators avoid laying incorrectly heated asphalt.

From mixing plant to compaction, getting the temperature of asphalt right is critical. Cold asphalt can lead to road damage, which results in additional costs of up to 46% due shorter surface lifetimes.

The new MOBA PAVE-IR aims for an optimum asphalt material mix and the best possible process flow says the manufacturer.

The MOBA PAVE-IR uses a new high-speed temperature scanning system to monitor the temperature during asphalt paving and document it for the entire project. As a result, contractors can optimise their processes and verify the quality of the paving process.

The system uses an intelligent temperature scanner over the entire paving width of up to eight metres to measure the temperature of the asphalt. The measurement width can be set individually.

With up to 31 measurement points, the scanner achieves an accuracy of ± 2°C at typical asphalt temperatures with the temperature profile being displayed in real-time. As a result, the operator can react at any time if irregularities occur.

In addition, the profile is stored with the GPS position data and transferred to a USB stick. In conjunction with the PAVE Project ManagerTM software, the contractor can evaluate and document the data in the office.

Alternatively, the data can be sent via GSM to a server, where it can be called up at any time with a web application.
%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 2 69175 0 oLinkExternal www.Moba.de MOBA Mobile Automation Web false /EasySiteWeb/GatewayLink.aspx?alId=69175 false false%>

For more information on companies in this article

Related Content

  • Goldhofer’s flexible construction friends
    January 6, 2017
    Making their debut at INTERMAT, German firm Goldhofer will be presenting its range of THP/SL heavy-duty modules as well as its flexible XLE 6 compact system.
  • Goldhofer’s flexible construction friends
    March 8, 2012
    Making their debut at INTERMAT, German firm Goldhofer will be presenting its range of THP/SL heavy-duty modules as well as its flexible XLE 6 compact system.
  • Brisbane’s Airport: Innovative Management of One of the World’s Busiest Runways
    June 26, 2014
    When it comes to runways, there are few busier then Brisbane’s main runway. Servicing both domestic and international travel, with over 200,000 movements per year, operating without a curfew Brisbane’s main runway is the busiest in Australia. For maintenance, crews only have a limited period of time to determine the pavement condition, normally during the night, making the detection of pavement faults difficult. To resolve this issue, a new high speed pavement scanner was used to rapidly survey the pavem
  • Nylacast-engineered polymers are self-lubricating and offer high resistance to abrasion
    January 6, 2017
    Nylacast offers an extensive range of polymer solutions for OEMs when it comes to sourcing alternative lightweight wear parts and components. Using CAD/CAM technology, the company offers customers an in-house design service that includes material selection advice, service and support for producing self-lubricating materials with high-impact strength and high resistance to abrasion while remaining light in weight. Nylacast said its components are 86% lighter than the equivalent component manufactured from st