Skip to main content

Multi-function loop detector from Reno

The latest multi-function inductive loop vehicle detectors from intelligent transportation systems supplier Reno A&E are designed to reliably detect all vehicles, as well as differentiating cycles from all other vehicles. The Model C-1101-B and C-1201-B two channel loop detectors are available in 170/2070, NEMA TS1/TS2, ITS and ATC cabinet configurations and provide intersection safety without sacrificing efficiency Additional passage time for bicycles can be provided by either the loop detector or the con
November 26, 2013 Read time: 2 mins
Reno loop detector
The latest multi-function inductive loop vehicle detectors from intelligent transportation systems supplier 7435 Reno A&E are designed to reliably detect all vehicles, as well as differentiating cycles from all other vehicles. The Model C-1101-B and C-1201-B two channel loop detectors are available in 170/2070, NEMA TS1/TS2, ITS and ATC cabinet configurations and provide intersection safety without sacrificing efficiency.

Additional passage time for bicycles can be provided by either the loop detector or the controller.  Cycles receive additional green time for safe passage through intersections, while minimum passage time for motorised vehicles is maintained.

The detectors provide two outputs per channel. The primary output provides ‘call’ outputs for all vehicles, including motorcycles and cycles. The primary output can be programmed for lane line ‘LL’ mode, which only outputs for cycles. The secondary output provides a single pulse for each bicycle. The company claims both models allow the traffic engineer to detect and provide safe passage time for cycles without compromising the intersection’s operating efficiency.  This unique capability to identify bicycles from other vehicles allows the technician to program initial time and extension time in the detector for bicycles only, thus providing a safe passage time through intersections.

For more information on companies in this article

Related Content

  • Developing Mexico's ITS standards and infrastructure
    February 28, 2013
    Promoting open market conditions for ITS deployment remains a major part of Mexico’s recent infrastructure modernization program. Travis P Dunn, partner at D’Artagnan Consulting, looks at the progress so far. In the past six years, Mexico has embarked on an ambitious infrastructure modernization program, calling for the construction and improvement of more than 19,000km of road infrastructure and the deployment of advanced technologies that improve safety, efficiency, and convenience for road users. One of
  • Mini-RWIS remote processing unit
    July 18, 2012
    High Sierra Electronics is claiming a unique approach to Road Weather Information Systems (RWIS) with the launch of its newest product, the Model 5470 NTCIP Mini-RWIS Remote Processing Unit. This device is the heart of a non-proprietary, open architecture NTCIP-compliant Environmental Sensor Station (ESS), designed for primary deployment within existing or new ATC cabinets and Dynamic Message Sign (DMS) cabinets. The company says this approach allows simpler implementation at a lower cost than traditional i
  • Traffic management to the fore at Vision 2014
    December 8, 2014
    Colin Sowman reviews some of the traffic-related exhibits at the 2014 Vision Show in Stuttgart. Traffic was a major theme at this years’ Vision Show in Stuttgart and several manufacturers used the exhibition to highlight their traffic-related equipment and applications.
  • Proposed system to take guesswork out of choosing a freeway lane
    March 17, 2014
    A fledgling advanced lane management assist system can take the guesswork out of selecting the right lane on a congested freeway, as its inventor Robert Gordon explains. As drivers we’ve all done it and control room staff see it all the time – motorists on congested freeways switching into what they perceive is a faster lane, only to come to a halt a few moments later and watch vehicles in the other lanes continue to move past. Now, by re-analysing readily available data in an advanced lane management as