McCain’s RRIP to boost public safety at railroad crossings

McCain has unveiled its innovative railroad interface panel (RRIP), which it says boosts public safety and operational efficiencies at railroad crossings in adherence with the proposed regulations for the Federal Highway Administration (FHWA) standard. The device serves as a single termination panel for railroad field wires and isolators in any traffic controller cabinet. Data collected from six inputs enables traffic agencies to easily monitor railroad status, initiate track clearances and place the signal
December 19, 2014 Read time: 1 min
772 McCain has unveiled its innovative railroad interface panel (RRIP), which it says boosts public safety and operational efficiencies at railroad crossings in adherence with the proposed regulations for the 831 Federal Highway Administration (FHWA) standard. The device serves as a single termination panel for railroad field wires and isolators in any traffic controller cabinet. Data collected from six inputs enables traffic agencies to easily monitor railroad status, initiate track clearances and place the signal in flash should a fault occur.

McCain’s RRIP reduces the time required to establish communications and allows technicians to visually confirm wiring accuracy with LED status indicators. In addition, having a single system citywide rather than custom wiring at each crossing makes maintenance faster and more efficient.
Urban Traffic Control

For more information on companies in this article

Related Content

  • Why keeping count is so important for traffic management
    November 21, 2023
    Traffic engineers need to have multiple solutions in their toolbox to complete the most accurate and safe data collection programmes possible, explains Wes Guckert of The Traffic Group
    Read More
  • High-speed WIM moves onto the main highway
    May 24, 2016
    High-speed weigh-in-motion is starting to make its mark on both sides of the Atlantic. As a transit country the Czech Republic experiences a large number of overloaded vehicles, which greatly increase highway maintenance costs. This prompted its Transport Ministry to trial an extension of the capabilities of the existing truck tolling system to allow the dynamic high-speed weighing of cargo vehicles. In effect the tolling enforcement gantries become weigh-in-motion (WIM) locations.
    Read More
  • New Hampshire plans for tomorrow’s communication
    August 21, 2017
    Someone once likened predicting the future to ‘nailing a jelly to the wall’. With ITS, C-ITS and V2X technology progressing at such a pace, predicting the future is more akin to trying to nail three jellies to the wall – but only having one nail. And yet with roadways having a lifetime measured in decades, that is exactly what highway engineers and traffic planners are expected to do. Fortunately, New Hampshire DoT (NHDoT) believes its technological advances may be able to provide a solution. The Central Ne
    Read More
  • Dynamic lane closures cuts time, cost and congestion on Motorway roadworks
    March 17, 2014
    A combination of technologies is leading to major congestion and cost reductions during roadworks on the UK’s motorway network. Innovative construction programme scheduling technology and the deployment of moveable barriers has achieved substantial savings of money and time on UK motorway roadworks managed by the Highways Agency (HA). This combination has set the scene for a new generation of road usage analysis tools. The HA’s objective was to reduce the congestion caused by lane closures during roa
    Read More

Highlighted Content