Skip to main content

Fast installation signaling from John Thomas

John Thomas is introducing its PortaPole rapid response signal system, which forms part of the company’s proven ADDCO PTS-2000 range. Unlike traditional portable traffic signals designed for use in work zones, the PortaPole is designed specifically for use by municipalities during knockdowns, signal outages, emergencies and traffic reconfiguration for special events or construction projects.
January 6, 2015 Read time: 2 mins

John Thomas is introducing its 7960 PortaPole rapid response signal system, which forms part of the company’s proven ADDCO PTS-2000 range. Unlike traditional portable traffic signals designed for use in work zones, the PortaPole is designed specifically for use by municipalities during knockdowns, signal outages, emergencies and traffic reconfiguration for special events or construction projects.

The PortaPole is designed for rapid deployment to serve as a temporary replacement pole when a permanent signal is out of service or an additional signal is needed temporarily. The PortaPole includes the Galaxy Wireless Interface System that enables it to connect wirelessly to street corner controllers and assume the standard function of the corner controller.

One person can setup the PortaPole in seconds to restore traffic control. The system features an electric-hydraulic mast so the mast and arm can be deployed with the flip of a switch, so the worker never has to enter the traffic path during set-up or take-down.

The PortaPole is versatile as it can be used as the only phase indication or in conjunction with the existing function of intersection signals. One corner cabinet module can control multiple poles. The PortaPole’s self-contained power supply with optional solar recharging gives the portability that is needed for quick emergency jobs, but also has the capacity for projects that last for months.

For more information on companies in this article

Related Content

  • Swarco gains entrance to Cambridge University with its TTC-3 system
    May 18, 2018
    Traffic control technology from Swarco Traffic has been installed at the University of Cambridge in England during major construction work on campus. Swarco’s ITC-3 system control heavy vehicle and plant traffic movements while a major two-year building project at the university’s Civil Engineering Department is being undertaken by a local construction firm.
  • Major upgrade for Chicago O’Hare Airport
    August 14, 2015
    Internationally, airports are being upgraded and expanded to increase capacity and safety – Mike Woof writes. All around the world, airports are being expanded and upgraded, both to cope with massive increases in passenger numbers and also to handle larger aircraft. Runways have to be rebuilt with stronger structures and surfaces to handle greater air traffic volumes as well as increased loads from larger aeroplanes. Building airport runways, however, poses many challenges for construction crews. Paving qua
  • Low temperature asphalt and aggregate options’
    February 7, 2014
    At what point does ‘some technology’ become ‘enough technology’? Less than four years ago industry publications were filled with a persistent message, the reluctance of UK based contractors to adopt machine control to the same extent as near European neighbours, particularly close ones such as Ireland and Holland. However from 2009 onwards we have seen a huge shift in demand for machine control as the success of high profile road and rail jobs such as the M25 widening scheme and Airdrie – Bathgate rail
  • Light but strong, the Tetrashor prop
    June 30, 2020
    RMD Kwikform, the global manufacturer of formwork, falsework and ground shoring solutions, has launched Tetrashor, a lightweight modular propping system. It can be used in dead shoring, façade retention, propping and needling, supporting precast concrete bridge beams and structural steelwork frames and restraining tall single and double-sided formwork.