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  • 4,075,217,008PKGW  Fronius - iWave 230i DC Water Cooled TIG Welder Package, 230v, THP 300i TIG Torch & Earth
  • 4,075,217,008PKGW  Fronius - iWave 230i DC Water Cooled TIG Welder Package, 230v, THP 300i TIG Torch & Earth
  • 4,075,217,008PKGW  Fronius - iWave 230i DC Water Cooled TIG Welder Package, 230v, THP 300i TIG Torch & Earth
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Rapid Ref : 4,075,217,008PKGW  

Fronius - iWave 230i DC Water Cooled TIG Welder Package, 230v, THP 300i TIG Torch & Earth
4,075,217,008PKGW

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£4168.10  EX VAT
 Buy in 3 easy interest free payments of £1389.37† with

Maximum quality – on every weld, with every material. Thanks to targeted heat input and an improved ignition function, the Fronius iWave offers the welder maximum control of the arc and significantly reduces ignition delays. All the operating elements of the iWave series are designed for maximum control as well. The result is intuitive handling, allowing the operator to fully focus on the welding challenges.

Product Details

Targeted Heat Input

Maximum Control Over The Weld Pool

CycleTIG allows the operator to control the arc, in turn offering the user maximum control of overheating input. The short welding times make it easy to keep a safe handle on the weld pool. As a result, the user can weld even the thinnest of materials with ease.


Intuitive Operation

Dynamic Graphics-Based Menu Navigation - In Over 30 Languages

No additional documentation. No wild goose chases. Just follow your instincts. The intuitive menu navigation concept eliminates unnecessary detours during welding, allowing the operator to make the required settings with confidence.


Reproducible Ignition Processes

Ignition Delays were Reduced By Up To 71%

Ignition processes that are fast and – perhaps even more importantly – reproducible. Regardless of the material characteristics and without having to adjust any ignition parameters manually. That’s what you get when you opt for the RPI auto–intelligent ignition function.


Industry 4.0 Ready

Contactless Data Transfer And Authentication

Ready for Industry 4.0 and anything else that comes its way: from WLAN and Bluetooth right through to NFC, iWave supports all the major connection standards so that the operator can put it to the best possible use.


Related Items

iWave 230i DC Packages FAQs

Practical answers on choosing, setting up and looking after a DC inverter TIG welder package with its torch and earth lead.

What can a DC-only TIG welder weld, and what can it not?icon-minus-redicon-plus-red

A DC-only TIG welder is sufficient for steel and stainless steel, and is also used for other metals such as nickel alloys and titanium. For these, only DC output is needed.

Metals with a persistent oxide film, such as aluminium and magnesium, need alternating current, which cleans the surface on one half of each cycle. A DC-only machine is therefore not the right tool for aluminium. If you will weld aluminium regularly, look at an AC/DC machine instead.

Should I choose an air-cooled or a water-cooled TIG torch?icon-minus-redicon-plus-red

Air-cooled torches use the surrounding air and the shielding gas to carry heat away. They need no radiator or coolant hoses, so they are simpler to set up, maintain and move around, but the cable has more copper and is heavier and less flexible.

Water-cooled torches circulate coolant, which gives a lighter, more flexible cable and usually longer consumable life. They suit higher currents and long periods of welding, but need a cooler, coolant and leak checks. Running any torch above its rating makes the handle and cable heat faster, so match the rating to the welding you do.

What does multi-voltage input mean, and what should I check before using it?icon-minus-redicon-plus-red

A multi-voltage machine can run from more than one mains voltage, for example a lower and a higher supply. The specification normally gives a separate maximum output and duty cycle for each input voltage, so the machine may not give the same performance on both. On the lower voltage the machine draws more current.

Before use, read the rating table in the manual, confirm the outlet and its protective device are suitable for the current the machine draws, and use the correct plug and lead. Have the electrical installation checked by a competent person if you are unsure.

What is the difference between high-frequency start and lift-arc start?icon-minus-redicon-plus-red

High-frequency (HF) start uses sparks to ionise the gap between the tungsten and the work, so the arc begins without contact. It is usually preferred for high-quality work, but HF can interfere with nearby control systems and instruments.

Lift-arc (touch) start avoids HF. You touch the tungsten to the work and lift it off, and because current only flows as you lift, the risk of tungsten inclusions is low. It suits sensitive areas where HF interference matters. Check which start methods your machine has and the settings in its manual.

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