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 sig
October 16, 2014 Read time: 2 mins
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.

Most railroad and traffic cabinet communications are manually wired in the field by traffic technicians,   cumbersome task that easily translates into lengthy installations, maintenance and troubleshooting calls, which ultimately cost taxpayers money. 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.

"Modern technology enables more and more data to be gathered at railroad crossings," said Douglas Acker, hardware engineering manager at McCain Inc. "We are proud to introduce a simple, yet elegant solution to enable agencies to leverage that data while circumventing the age-old issues surrounding custom wiring at railroad crossings."
Urban Traffic Control

For more information on companies in this article

Related Content

  • The UK’s busiest crossing adopts free flow charging
    April 30, 2015
    Colin Sowman looks at the transition to free-flow charging on the Dartford Crossing, a notorious congestion blackspot on the UK motorway network. The Dartford Crossing, where London’s orbital M25 motorway crosses the lower reaches of the River Thames 32km (20 miles) to the east of Central London, has long been a major source of congestion. Now, to alleviate the congestion caused by some 50 million crossings per year, the Highways Agency has adopted a free-flow charging system - but the Crossing’s location a
    Read More
  • Dhyan helps Maine manage streetlights
    November 4, 2021
    StreetMan lets cities control streetlights, cameras and IoT sensors
    Read More
  • German authorities use CB-radio message to reduce accidents in roadworks
    April 8, 2014
    Citizen Band radio is proving useful to prevent accidents in Germany’s roadworks. In common with other German Länder (federal regions) with large volumes of commercial vehicles using their trunk road networks, Bavaria had been experiencing high levels of road traffic accidents (RTAs) involving heavy trucks in the vicinity of minor motorway maintenance sites. This was despite the extensive visual warning regulations published in the German federal road safety audit (RSA) guidelines for the protection of site
    Read More
  • Wireless - the future of vehicle detection
    July 23, 2012
    Peter Cattell of Clearview Traffic analyses different wireless communications methods and explains how these are changing the face of vehicle detection. With the continued expansion of traffic data collection solutions, providing a robust, reliable, scalable and secure method of collecting information becomes increasingly important. Over many years, various mobile wireless technologies have been utilised to make the remote collection of data a reality but recent developments are changing the way that this w
    Read More

Highlighted Content