Skip to main content

Go wireless with Traffic Group

Wireless temporary traffic light system - Metro Haul Route Crossing System - launched
By David Arminas December 2, 2021 Read time: 3 mins
At 3.4m high, the signals of the Metro Haul Route Crossing System include a high visibility, immoveable base unit

Traffic Group Signals has launched a wireless temporary traffic light product called Metro Haul Route Crossing System.
 
It says Metro Haul is the only wireless, temporary traffic signal range that complies with UK haul route permit conditions. The system has been designed to combat safety issues arising from the high-speed nature of the roads affected.

As with temporary roads, haul routes are difficult to plan for with many issues that require careful consideration. With a wide range of vehicles, materials and people using them on a daily basis during construction projects, crossings that involve busy arterial roads are a particular area of safety concern.

With the use of manual signals at haul route crossings reducing, there is an increasing reliance on temporary traffic signals. One of the obstacles with this type of signalling is that they are not normally designed specifically for haul routes. Standard portable traffic signals are about 2.3m and are not permitted under the UK’s Type Approval regime due to limited visibility with construction vehicles.

At 3.4m high, the signals of the Metro Haul Route Crossing System include a high visibility, immoveable base unit and full height signal pole with reflective band and support for up to three signal heads. The technology provides contractors with the safest crossing solution for the haul routes on their construction site.

“Our unique system is battery powered and uses the latest radio communications so it can be deployed quickly and decommissioned without any complex infrastructure,” says Will Credicott, marketing manager at Traffic Group Signals. “Because the system is completely cable-free, its installation and subsequent removal at the end of the job minimises disruption to road users compared with traditional methods.”

The temporary signal LED traffic employs a full-sized LED traffic signal head fitted with the high-tech AGD306 radar and/or the LED pedestrian signal with a low-power AGD WAIT indicator and optional Radix tactile indicator. The system can accommodate multiple signal head configurations and it is easy to make precise adjustments to enhance visibility.

The Metro can be programmed for nine vehicle phases and eight pedestrian crossings and can also combine with up to 34 Metro traffic signals to form a complete, temporary traffic control system.

Other features - specific to the requirements of haul routes – include a dedicated crossing mode and a hold-off period that limits how often the crossing will be serviced. This enables the needs of haul route traffic to be balanced against those of the public highway. Meanwhile, the signals will rest at green on the public highway when there few vehicles, so minimising traffic disruption on busy arterial routes.

The system also has time-of-arrival technology that identifies fast-approaching vehicles and avoids signalling vehicles in the ‘dilemma zone’ to red.

Remote management means the crossing is monitored at all times by TMdesk. Remote activation and part-time operation is also possible with TMdesk Pro. This allows highways authorities and main

contractors to work together on the site and produce an audit trail. The Signal Studio enables contractors to design their haul route crossings and locate signals onto a site map or TM plan and simulate them on a PC. Once a scheme has been tested and approved, the scheme tool produces a deployment Data Pack, which includes all necessary information to prepare and commission the signal configuration.

Traffic Group Signals offers a range of portable and temporary traffic signal products, which can be used from 2-way works up to complex, wireless UTC-integrated junction schemes. The company says that its AutoGreen Technology is the only system proven to improve efficiency at roadworks by more than 50% compared with traditional signals and the only system capable of preventing the shuttle lane from becoming blocked. 


 

For more information on companies in this article

Related Content

  • Developing a wireless cooperative traffic management system
    March 14, 2012
    The use by MDOT of 90-foot concrete poles on which to mount CCTV equipment reduces the number of poles needed to monitor a given area and incidences of occlusion
  • Village deploys mobile speed signs to improve road safety
    March 11, 2016
    A village in Derbyshire, UK, is tackling the issue of speeding drivers by installing the latest Swarco Traffic moveable vehicle activated signs (MVAS), lightweight portable signs designed specifically for parish councils to improve road safety and encourage safer driving speeds. Signs are installed at either end of the main road through the village, although there are three pairs of locations where the signs can be placed. Approved for use by Highways England, they are simple to deploy, feature a besp
  • US Cities push for smarter poles
    June 25, 2018
    US Cities The need to connect existing infrastructure has led various US transit authorities into imaginative alleyways: David Crawford examines some new roles for street furniture. US cities are vying with each other in developing schemes to create a new generation of connected places. Their strategies include taking advantage of their streetlight poles’ height and ubiquity to give them new roles in supporting intelligent nodes. They are now being equipped for collecting real-time data on key transport
  • Buses services benefit from seamless Wi-Fi data transfer
    April 9, 2014
    Ted Bowser explains how the almost total Wi-Fi coverage at Ride-On’s new bus garage is providing big benefits for the operator and passengers alike. The ability to download and upload data to and from the various systems on board buses has become central to mass transit operators’ business model. So when Ride-On, the public transportation system in Maryland’s Montgomery County, was moving one of its three depots into a bigger and purpose-built facility, connectivity was a key consideration.