Skip to main content

Repairing utilities quickly with new tool

A new tool offers the chance to speed repairs to utilities, reducing disturbance to drivers and pedestrians alike in busy urban areas. The conventional way to break into an existing cast iron main has been to expose it from the surface in a pit and then hit it hard with something until it breaks. However, this is no longer considered either safe or efficient. Instead, Utility Innovation Solutions (UIS) has delivered a more effective tool, the Click Stick.
April 4, 2017 Read time: 2 mins
The Click Stick device can make breaking iron utilities pipes a quicker and more efficient task
A new tool offers the chance to speed repairs to utilities, reducing disturbance to drivers and pedestrians alike in busy urban areas.

The conventional way to break into an existing cast iron main has been to expose it from the surface in a pit and then hit it hard with something until it breaks. However, this is no longer considered either safe or efficient. Instead, Utility Innovation Solutions (UIS) has delivered a more effective tool, the Click Stick.

UIS has designed the Click Stick for breaking into cast iron mains pipes safely without the need for brute force from the site crew. This manually operated tool is quick and easy to use. Once the pipe to be accessed is exposed, the lightweight Click Stick is manually lowered into the excavation and using its C-section construction is positioned around the pipe.

There is a guide/location arrow to show where the centre of the unit should be placed in relation to the pipe to ensure the breaking action is applied to best advantage. When in the right position, the operator activates the battery powered hydraulic pump, which engages a vertical ram to grip the pipe. As the force on the ram is increased the pipe breaks in a controlled and safe way with the operator at a safe distance from the fracture when it occurs.

The unit has been extensively tested during its development and is now being introduced with a number of key rental and utilities firms in the UK amongst repair crews.

Related Content

  • New developments in road recycling and milling
    June 11, 2019
    New developments in road recycling and milling will allow contractors to remove old surfaces more quickly and efficiently – Mike Woof reports
  • Caterpillar’s 313F excavator and M318 wheel loader shine in Spain
    May 19, 2015
    Caterpillar’s hallmark has been to stake its brand value on the ability to improve on products already considered very good. So it was with some pride that the global group unveiled its new 313F L GC tracked excavator during a dealer and media demonstration conference in Malaga, southern Spain in early March. The 313’s close cousin is the 312E, a high-use machine designed to put in long hours to maximise the owner’s productivity over the machine’s life cycle. The machine’s owner likely gets paid by the h
  • Shaking all over: controlled frequency vibration for concrete
    November 28, 2018
    The use of controlled frequency vibration for concrete continues to grow, writes Paul Jaworski Controlled frequency vibration (CFV) technology has been around since the mid-1990s for concrete pavement applications. The technology has seen a gradual increase in acceptance, particularly in certain applications. For the 0- to 37mm (1.5”) slump pavement mix designs, many contractors were experiencing material separation due to speeds over 8,000vibrations/minute (VPM). With the wide variability of concrete
  • Trimble’s innovation with new technology
    January 11, 2019
    Trimble is developing highly advanced technologies for the construction and quarrying sectors – Mike Woof writes Trimble is working on a number of highly innovative technologies that could revolutionise the construction and aggregates production sectors. Perhaps the most eye-catching of all of these innovations is for the autonomous compactor and dozer system Trimble is in the process of developing at present. Scott Crozier is general manager of Trimble’s general construction division. He said that whi