Skip to main content

Bespoke weigh-in-motion data logger from Kistler

Kistler is using its booth to highlight to the American market a bespoke weigh-in-motion (WIM) data logger designed to interface with Lineas WIM sensors. The company says this combination allows users to monitor traffic in real time and gather key vehicle data including weight and imbalance, axle loads and spacing, speed and driving behaviour.
September 7, 2014 Read time: 2 mins
ITSWC 2014 Master Avatar

657 Kistler is using its booth to highlight to the American market a bespoke weigh-in-motion (WIM) data logger designed to interface with Lineas WIM sensors. The company says this combination allows users to monitor traffic in real time and gather key vehicle data including weight and imbalance, axle loads and spacing, speed and driving behaviour. 

According to Kistler the key is enhanced conditioning and processing of the signal from the Lineas WIM sensor to achieve higher weighing accuracy across the vehicle speed range while maximising reliability.
It says the data logger is easily integrated into an end-user’s system and allows customised solutions to suit individual requirements.

The WIM Data Logger is available in four or eight channel configuration and there are various digital inputs and outputs to interface peripheral devices including loop cards, light curtains, traffic signals, camera triggers and barriers.

A web interface enables end users to set up and calibrate the WIM site and the data logger is capable of OIML certified operation. Vehicle data is stored locally and can be accessed through the web interface or retrieved in real time by the control unit.

Booth: 428
%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 42713 0 oLinkAsset <span class="mouselink">www.kistler.com </span> Kistler Website false /EasySiteWeb/GatewayLink.aspx?alId=42713 false false%>

For more information on companies in this article

Related Content

  • TDS exhibits OIML-R134 certified low- and high-speed WIM system
    March 20, 2018
    Traffic Data Systems is exhibiting its OIML-R134 certified low- and high-speed Weigh-In-Motion (WIM) system at Intertraffic 2018. Designed for a speed range from 5km/h to 120 km/h for HGVs, WIM-DSP 32/TMCS-U has been certified by the Federal Institute of Metrology (METAS) in Switzerland. “We’ve done WIM for almost 20 years,” says Florian Weiss, CEO of Traffic Data Systems. “The key thing at Intertraffic is to show customers that there is a system available with the certification they’ve asked for. Certifi
  • High performance embedded reflective road stud
    February 28, 2014
    Ennis Prismo, which has changed its name to Ennis-Flint, will use Intertraffic Amsterdam 2014 to launch the Stimsonite 380c click stud reflector, an embedded-type reflective road stud for use on highways, airfield roads, service roads and all trafficked areas requiring high performance delineation and marking to guide drivers. The stud, which is fitted with a high performance prismatic reflector system, incorporates a unique system for fixing the reflector body providing lifetime retention of the reflector
  • ITS World Congress debut for RuggedCom’s switches
    September 26, 2012
    Among several new products that RuggedCom will unveil at the ITS World Congress is the RS900GP, a 10-port PoE managed Ethernet switch with gigabit uplink ports. It comes standard with eight PoE+ ports and optional dual gigabit ports for fibre or copper. With a total power budget of 240 Watts, a single switch can power multiple CCTV cameras and wireless access points with the capacity for additional devices.
  • Tattile shows ANPR Mobile and Vega Color solutions
    March 25, 2014
    Leading Italian ITS company Tattile is here at Intertraffic to expand its product range with the launch of new products, including ANPR Mobile and Vega Color. ANPR Mobile, a new cutting-edge technology in support of police forces, incorporates Megapixel sensors enabling it to scan over 100 number plates per second, front and rear, at any light condition. The newly-launched system needs neither embedded processing units nor physical connection between the cameras and the on-board computer/tablet.