The System Benefits

A list of all the Benefits associated with The PipeMac System;

  • The creation of this system delivers a huge health and safety benefit to the entire industry and will save many lives and prevent many injuries - (In the US alone, data from The US Department for Labor estimate that between 25 and 30 construction operatives die each year in trench related incidents involving pipe installation/repair)
  • Delivers dramatic cost savings, a minimum of €2,000 per day
  • Reduces Labour requirement by 1 Operative per crew.
  • Trench Support - No Trench Box required resulting in a narrower trench with less excavation and backfill
  • Environmental Impact;
  • A narrower trench provides the following benefits;
  • Reduced importation of quarried fill material
  • Reduced excavator consumption of diesel fuel
  • Increased Productivity dramatically reduces fuel cost per meter of pipe laid
  • Precision guided, hydraulically controlled pipe to pipe connections, significantly reducing incidence of joint air tightness test failure
  • Removing the need for personnel in the trench, eliminates all hazards associated with human-machine interface in the trench.
  • Excellent compaction of pipe bedding and surround material ensuring the full design lifespan of the pipe can be achieved and exceeded

Delivering through innovation with The PipeMac

Manufactured in Ireland and available for delivery, worldwide. Enquire now!
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The PipeBot

Specification and Operation

  • Controlled from the lead excavator cab, a radio controlled PipeBot travels within the pipe with two cameras and a pipe laser target on board. The cameras are linked to a viewing monitor mounted in the lead excavator cab.
  • The front PipeBot camera views the incoming pipe to be connected to ensure correct alignment prior to connection and also monitors the connectionduring and after the process, to verify a complete and correct joint has been achieved.
  • Once the pipe to pipe connection has been made, the excavator driver travels the robot up to the near end / socket end of the pipe and deploys the rear camera to view the pipe laser target and can then adjust the end of the pipe so as the laser beam is centred on the crosshairs.
  • The PipeBot can be placed in and removed from the pipe by means of a small attachment to the end of the PipeHandler pipe carrying beam
  • PipeBot battery life is 72 hours

The Compactor Attachment

Specification and Operation

  • Compatible with excavators from 13 to 20 Tonne.
  • Hydraulically powered reciprocating pole compactor to simultaneously compact pipe bedding and side fill shingle with a one | minute pass each side of the pipe.
  • No bedding required beneath the pipe before connection, all shingle is poured after the pipe has been connected and aligned with the pipe laser by thelead excavator - the compactor will do the rest, forcing the placed shingle underneath the pipe to form a fully compacted bed while simultaneously compacting the side fill zone. Compaction density of 95% is assured.
  • Simple two hydraulic hose quick release coupler connection to the excavator breaker circuit.
  • If required, twin compactor pole adaptor available to facilitate simultaneous compaction about both sides of smaller/ lighter pipes.

The Pipe Hander Attachment

Specification and Operation

  • Compatible with excavators from 18 to 30 Tonne.
  • Simple connection — Top Frame fits to standard Quick Hitches
  • Pipe carrying beam with a SWL 2200 kg allowing it to carry concrete pipes from DN300 to DN 900.
  • Pipe Carrying Beam handles clay and plastic pipe from DN 150 to DN 900 up to 3 m long.
  • Pipe to pipe connection with push-home Polyurethane wear pad ensuring damage free installation of pipes during the connection process.
  • Polyurethane wear pads to protect the inner surface of the pipes.