Skip to main content

Sick takes the high road for complex traffic management

Sick is taking advantage of Traffex to launch its TIC102 laser measurement system at Traffex 2013, part of the company’s growing portfolio of vehicle and traffic management solutions in the UK, Following the acquisition of the Swiss-based company ECTN. The TIC102 offers real time vehicle profiling and classification for multi-lane, free flowing or stop-go traffic. As well as providing collection data for tolls, it can be used for monitoring vehicle speed, vehicle dimensions and vehicle intervals, even with
April 16, 2013 Read time: 2 mins
536 Sick is taking advantage of 136 Traffex to launch its TIC102 laser measurement system at Traffex 2013, part of the company’s growing portfolio of vehicle and traffic management solutions in the UK, Following the acquisition of the Swiss-based company 535 ECTN.

The TIC102 offers real time vehicle profiling and classification for multi-lane, free flowing or stop-go traffic. As well as providing collection data for tolls, it can be used for monitoring vehicle speed, vehicle dimensions and vehicle intervals, even with rapid lane changing behaviour.

“The TIC102 is based on high-performance SICK lasers to ensure reliable vehicle detection even at night and in bad weather,” comments Gary Young, Sick UK traffic management segment manager. “It was developed by Sick subsidiary ECTN, and has been successfully proven on autoroutes across Europe, where it provides highways authorities with a wealth of safety and revenue information, especially for tolls, tunnels, rail crossings and bridges.”

The TIC102 is designed to be gantry- or bridge-mounted, with up to three slave sensors and one processor sensor unit, covering four lanes. In addition to its own data collection, the device can be used as a trigger for DSRC (dedicated short range radio communications) and automatic number plate recognition cameras, and so can be integrated with a number of different traffic management systems.
.
The TIC102’s live 3D view of traffic is integrated into one, easy-to-use display, and is simple to install and configure, auto-calibrating with moving traffic. Remote access allows easy maintenance, and as the processor stores data independently, it can also be used for temporary traffic data collection, such as with road lane closures and speed restrictions.

For more information on companies in this article

Related Content

  • Options abound for road weather sensing
    September 6, 2017
    Meteorological organisations invest millions in super-computers to crunch data for ever-more accurate forecasts but inherent unpredictability means that other methods of alerting drivers and road authorities to fast-changing weather and highway conditions are essential. For years, static weather sensors to measure factors such as surface water, ice or high roadway temperatures have been embedded in highways to provide such data. But that is changing.
  • Vision 2016 highlights the latest trends and technology in machine vision
    October 28, 2016
    The Vision Show is the perfect venue to catch up with the latest moves, trends and launches in the traffic vision sector, and ITS International editor Colin Sowman highlights a few to start with…
  • Sick’s new TDC helps access smart traffic data anywhere
    March 20, 2018
    Sick’s new TDC - telematic data collector - gateway enables easy collection of sensor and system data from mobile and stationary systems. Together with localisation data (GPS), the data can be transferred to a server or cloud via a 3G mobile communication protocol (MQTT) provided in the system. Data can be displayed, monitored, recorded and analysed in no time at all and from any location, according to the company. This means that users can respond in a strategic, economically appropriate manner.
  • The importance of going with the flow
    April 6, 2018
    Ensuring worker safety and up-to-date driver information is crucial to ensure that roadworks are not a source of danger and delay. Andrew Williams looks at a scheme on the A14 in Cambridgeshire, UK. In recent years, portable workzone ITS solutions have emerged as important tools in the management of major roadworks and system upgrade projects - and are viewed as an increasingly vital means of ensuring any ongoing traffic flow disruption is kept to a minimum. The technology forms a central component of an