Skip to main content

Improved vehicle detection

New technology from sensor manufacturer SICK UK allows the use of the latest LMS111 series of laser sensors improved vehicle detection capabilities. The new system gives high accuracy with minimal error sensing for security, safety and presence detection on highways duties. SICK says that the LMS111 avoids the risk of false signals and can be used in a broad range of applications while being available at a competitive price.
February 28, 2012 Read time: 2 mins
New technology from sensor manufacturer 3316 Sick UK allows the use of the latest LMS111 series of laser sensors improved vehicle detection capabilities. The new system gives high accuracy with minimal error sensing for security, safety and presence detection on highways duties. SICK says that the LMS111 avoids the risk of false signals and can be used in a broad range of applications while being available at a competitive price.

The unit is protected against harsh environments and can be used in an array of highway applications. Typical installations include presence detection duties such as sensing stationary or moving vehicles at tolls, on bridges or crossing approaches or in car parks. The system is adaptable and can be gantry or roof mounted, while it features double pulse evaluation technology to eliminate distracting minor beam reflections such as rain or fine water spray or dust on the sensor surface. The SICK LMS111 series are compact laser sensors with a short to medium range of up to 20m and 2700 detection fields. They eliminate the need for transmitter/sensor pairs and the expense of associated wiring, are easy to mount and set up on site and can be precisely configured for up to 10 defined fields.

For more information on companies in this article

Related Content

  • Optimising traffic control ensures efficient use of infrastructure
    April 10, 2013
    Central and local governments are facing many challenges, not least a shortage of funds due to budget restraints in the US and Europe in particular. In other markets, ensuring efficient traffic flow is the priority, with monitoring of network status being a key tool. New technology for traffic monitoring plays a crucial role and the sector is keen to introduce new and more efficient systems. The Transport Research laboratory (TRL) has long been a pioneer of traffic control technologies and its latest MAAPc
  • An array of crushing and screening innovations was presented at the recent INTERMAT 2012 exhibition
    July 19, 2012
    The crushing and screening phase is a crucial component in aggregate production and new development will help optimise performance - Mike Woof reports Crushing and screening is a key part of the quarrying cycle and has a huge impact on overall operating performance. Optimising operations will cut running costs, reduce materials wastage and also provide a more consistent product quality, boosting cost-effectiveness dramatically. An array of innovations were revealed to the market at the recent INTERMAT 2012
  • Crushing and screening innovation for quarries
    November 5, 2012
    Novel crushing and screening developments are coming to market - Mike Woof reports A wide array of innovations and market developments are occurring in the sector for quarrying machinery. New technologies are being introduced while business developments are also changing the face of this market segment. There is strong interest in new technology from industry too and this was well highlighted by data from the organisers of the Hillhead quarry show in the UK. The organisers revealed that there was a jump of
  • Increased working accuracy for compact graders
    November 29, 2013
    Bobcat is offering improved working precision for grading operations with its compact loaders and grader attachments. The new grading equipment is designed for use by asphalt and concrete contractors for excavating and grading work for new roads. Loader-mounted Bobcat grader attachments can now be combined not only with a new sonic tracer kit. This is the first sonic tracer system aimed at use with compact loaders, providing automatic grade control in applications where lasers may not be suitable.