PolyBasic160 LF

A manually operated butt-welding machine suitable for PE and PP pipes and fittings from 40 to 160mm OD. Efficient design and construction provides an excellent low cost machine for welding both on the worksite and in the factory. The use of high qual

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SAFETY

Manually operated butt welding machine including main frame, main clamps at 160mm, electric facing tool & heating plate with stand.

Standard Features

  • Welding range 40 to 160mm: 40 to 63mm - SDR7.4 to SDR 11. 75mm to 90mm - SDR 9 to SDR 17. 110mm to 160mm SDR 11 to SDR 41
  • Complete and ready to weld.
  • Genuine 12 months international warranty.
  • Main frame includes light weight alloy main clamps of 160mm diameter.
  • Layer clamps 160x140, 140x125, 125x110, 110x90, 90x75, 75x63, 63x50 & 50x40mm.
  • Removable cast Aluminum PTFE coated heating plate with electronic temperature control.
  • Removable cast Aluminum electrically operated facing tool.
  • Stand for heating plate and facing tool.
  • Manual opening of frame. Optional torque wrench for measurement of welding force.
  • 230 volt 50/60 Hz 1 phase (1.75 kw 9.0 A).
  • Requires generator minimum 2.3 KVA.
  • Net weight 57kg
  • Note - This unit does not accurately read force below 20N/mpa. Drag + welding force must equal minimum 20N/mpa for accurate welding.
  • Not recommended for welding pipe having wall thickness less than SDR 11, in diameters 63mm OD and below.
  • Please refer to Australian specifications http://www.pipa.com.au/sites/default/files/document/attachment/pop003.pdf, and http://www.pipa.com.au/sites/default/files/document/attachment/pop009.pdf if your intention is to weld SDR 17 'Rural' PE pipe.
  • Please note technical specifications of Worldpoly machines may change without notice

Technical Specifications

Welding range 40 to 160mm: 40 to 63mm - SDR7.4 to SDR 11. 75mm to 90mm - SDR 9 to SDR 17. 110mm to 160mm SDR 11 to SDR 41
Complete and ready to weld.
Genuine 12 months international warranty.
Main frame includes light weight alloy main clamps of 160mm diameter.
Layer clamps 160x140, 140x125, 125x110, 110x90, 90x75, 75x63, 63x50 & 50x40mm.
Removable cast Aluminum PTFE coated heating plate with electronic temperature control.
Removable cast Aluminum electrically operated facing tool.
Stand for heating plate and facing tool.
Manual opening of frame. Optional torque wrench for measurement of welding force.
230 volt 50/60 Hz 1 phase (1.75 kw 9.0 A).
Requires generator minimum 2.3 KVA.
Net weight 57kg
Note - This unit does not accurately read force below 20N/mpa. Drag + welding force must equal minimum 20N/mpa for accurate welding.
Not recommended for welding pipe having wall thickness less than SDR 11, in diameters 63mm OD and below.
Please refer to Australian specifications http://www.pipa.com.au/sites/default/files/document/attachment/pop003.pdf, and http://www.pipa.com.au/sites/default/files/document/attachment/pop009.pdf if your intention is to weld SDR 17 'Rural' PE pipe.
Please note technical specifications of Worldpoly machines may change without notice

MORE ABOUT BUTT WELDING MACHINES

What is butt welding?

Butt welding is the principal method used for joining HDPE pipes and fittings. To perform a butt weld correctly and consistently, you will require a butt welding machine capable of aligning the elements to be welded, shaving their ends smooth and parallel, uniformly melting the ends of the pipe under various pressures, then pushing the ends together at a controlled pressure for a specific period.

Australian and international butt welding standards

Various International and National Standards exist for butt welding, where the temperature/pressure/time profile of the weld is detailed. Some of the most relevant for general use are:

The ISO Standard covers butt welding of metric pipe and is relevant in most of the world. ASTM Standards are for IPS & DIPS (inch) pipe which is specific to North America, while DVS is a well-respected and conservative standard from the German Welding Institute, successfully specified world-wide.

Sizes of butt welding machines available

Worldpoly manufacturers butt welding machines to weld HDPE pipes from 40mm to 3000mm OD. However, HDPE pipe and fittings of any diameter can be butt welded, but diameters beneath 63mm are not generally recommended as it becomes difficult to align the pipe ends accurately and consistently within the specifications of the relevant standard. Although Worldpoly manufactures machines to weld down to 40mm, when a welded joint is required, the preference for small diameters is to use electrofusion. Large diameter pressure and non-pressure pipes to 3000mm and above are now regularly welded, with fittings machines already producing to 2000mm/80”.

Types of butt welding machines

Two distinct styles of field butt welding machines are produced. These include what is commonly known as a ‘European style’ and ‘North American style’ machine.

Features and benefits of Worldpoly butt welding machines

'European Style' Machines

'North American' Style Machines

"North American" style machines have all of the components on-board, with the tracked versions carrying their own power supply.

"European style" machines are by far the most popular world-wide, due to their significantly lower price. On a Dollar for Dollar comparison it looks like a no-brainer, but site location, labour costs and availability, the requirement for speed and accuracy, local health and safety considerations remind me what I was told decades ago ‘the Dollar sign is the last elements of the value equation, otherwise Mercedes Benz wouldn’t exist’. You can buy a machine from us to weld 630mm/24” pipe for AUD 18,000 /  USD 15,000 (Worldpoly630), or for AUD 400,000 / USD 300,000 you get a fully optioned PolyForce630i Tracked.

Worldpolys’ PolyForce tracked machines are completely designed, engineered and manufactured in Australia, according to the requirements of our particularly stringent health and safety requirements,  difficult environment and climate, and the requirements of clients welding under difficult conditions.

The availability of parts has always been an issue for imported machines, which is why PolyForce uses only locally supplied components. Whatever you need we can take from either work-in-progress or our normal supplier, and have you working ASAP, so there’s no need to cannibalise a $400,000 to keep another one working. If you are in North America our suppliers Rexroth, Danfoss, Yanmar, MecAlte etc. have extensive cover over your way, so were more than happy to do any warranty work with them and your favourite hydraulics or electrical specialist.

Some specifics of our PolyForce Tracked machines are:

Do you provide a poly welding time and pressure chart?

Correct poly welding procedure will follow the requirements of the welding standard specified by your customer, which includes the temperature, time and pressure needed for each step. If these are done correctly, and the pipe is made from the correct material, you can expect the weld to be stronger than the pipe.

A poly welding time and pressure chart has already worked these out for all of the pipe which will fit the machine, providing the temperature, time and pressure required for each one. First the diameter, next the SDR/DR or wall thickness, then all of the times and pressures are shown. Worldpoly provides this on their free app, so please go the Play Store or Appstore and enter ‘Worldpoly’.

Temperature, time and pressure are not the only requirements for a good weld, and we absolutely recommend at least OEM if not international level training for all operators, supervisors and specifiers. If this raises questions, please contact Worldpoly for assistance.

Why HDPE pipe systems?

HDPE pipe systems provide exceptional service, with the gas and water systems installed in countries like the UK expected to provide 100+ years of useful life. Of course installation must be carried out correctly, but as a ductile material the pipe is unlikely to fail when other services nearby are excavated, enlarged or repaired, or other significant soil movement occurs. The same is not the case with rigid pipe systems, excellent examples of which were the Kobe (Japan) earthquake of 1995, and more recently Wellington (New Zealand).

In the past welded HDPE pipe systems were the domain of city gas companies and the mining industry, where the high comparative cost was offset by other significant factors in their value equation. Over the past 15 years a significant increase in the volume of the raw material being produced has reduced the pipes comparative cost significantly, and welding technology has increased dramatically, meaning that today HDPE pipe is now a staple for water, mining, gas, sewer and industrial applications from Norway to Bolivia, Germany to Chad.

CONTACT A LOCAL DISTRIBUTOR