Skip to main content

IRD’s portable wheel load scale now enables WIM screening

International Road Dynamics’ (IRD) SAW Series III portable wheel load scale is now available in a configuration that enables weigh-in-motion screening for overweight vehicles, using the system’s software to pre-select overloaded trucks.
July 6, 2016 Read time: 1 min

69 International Road Dynamics’ (IRD) SAW Series III portable wheel load scale is now available in a configuration that enables weigh-in-motion screening for overweight vehicles, using the system’s software to pre-select overloaded trucks.

Two SAW scales are paired and connected with a PC via Bluetooth. The vehicle drives over the scales at slow speed and the weighing result (wheel/axle weights and gross vehicle weight) is displayed on the screen. For weight enforcement with the highest accuracy the system can be switched to static operation mode.

The low-profile, rugged system is lightweight and corrosion-resistant and designed to meet OIML R134. It is suitable for dynamic measurement for overload indication and dual-scale system configuration with computer-based processing for reporting, protocol printing and data archiving.

For more information on companies in this article

Related Content

  • How WiM helps authorities identify repeat offenders
    May 31, 2023
    Company profiling – the process of identifying repeat corporate offenders when it comes to things like truck overloading – is one of many uses of WiM. And it may become more important
  • Kistler WiM earns OIML certification
    November 27, 2020
    Solution can handle axle loads up to 30 tonnes each, firm says
  • Change in the air for Brazil WiM
    May 7, 2021
    Recent changes to weighing standards and legislation in Brazil allow for expansion of Weigh in Motion technology in an attempt to address some familiar challenges
  • IRD wins $6.4m WIM system deal in Ukraine
    April 18, 2019
    International Road Dynamics (IRD) is to design and install 20 lanes of Weigh in Motion (WiM) covering six sites on arterial roads around Kiev, Ukraine. The $6.4 million project is seeking to provide a modular system comprised of software, hardware and communication infrastructure for the State Agency of Automobile Roads of Ukraine. The WIM back-office system will collect real-time traffic data and support the enforcement of overweight and over-dimension vehicles as well as those which may be in violatio