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

  • eBrake to stop distracted driving
    September 7, 2017
    Canadian company eBrake Technologies says its smartphone app is unlike any other as it automatically locks the device on which it is installed every time it detects vehicle-related motion. The company has just launched a pilot program with Canadian mobile network provider Telus. Once installed on either an Android and iOS smartphone, the eBrake app automatically blocks incoming notifications whenever motion is detected (by all modes from bicycle to airplane) without the need for in-vehicle hardware.
  • Aberdeen opts for wireless vehicle detection
    February 26, 2013
    After several years’ experience of loop detector failures, primarily identified as being caused by damage from roadworks or degradation of aging road surfaces, Aberdeen City Council opted to use the Golden River M100 wireless detection system from Clearview Traffic. Each compact M100 sensor is typically installed in the middle of a traffic lane where it detects the presence and passage of vehicles and communicates this information wirelessly to the traffic signal controller via an access point and contact c
  • Axis aids incident detection on French viaduct
    October 31, 2016
    France’s first AID system has halved attendance time on the Calix Viaduct. TheCentre for Traffic Engineering and Management (CIGT) at Caen in northern France manages 367km of the national network in the Manche/Calvados district including the 1.2km long, 15-span Calix Viaduct across the Canal de Caen à la Mer.
  • Developments in software visualisation packages
    February 3, 2012
    Adrian Greeman looks at developments in software visualisation packages. The capacity to make visualisations has been growing in importance over the last decade, and is now a well-accepted part of consultations and client presentations. But making high-quality images of projects is still a major undertaking and larger consultancies employ specialist departments to do so. Costs are coming down but it can still take a while, and some high-capacity hardware, to produce realistic renderings from drawings and 3D