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4,075,219,008 Fronius - iWave 230i AC/DC TIG Power Source, 230v
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    Rapid Ref : 4,075,219,008  

    Fronius - iWave 230i AC/DC TIG Power Source, 230v
    4,075,219,008

    £3512.40  EX VAT
     Buy in 3 easy interest free payments of £1170.80† with

    The MagicWave is a completely digitised TIG AC/DC power source that is used especially for aluminium applications. Alongside the different power categories from 170 to 500 A, the devices also vary in their mobility – from portable device to the high-power stationary complete system. The MagicWave features an extremely robust design and an exceptionally self-explanatory operating concept.

    TAC

    With TAC, one spot is all it takes for tacking, because the pulsed arc sets the two weld pools in motion, making them jump together in next to no time, to make one single weld pool. The TAC function is also very useful when welding light-gauge sheets without filler metal.

    HF IGNITION

    Touchless and gentle high-frequency ignition is the easiest option for igniting the arc.

    TOUCHDOWN IGNITION

    Touchdown ignition can be used for sensitive application areas. This allows electromagnetic interference, which can occur during HF ignition, to be avoided.

    AUTOMATIC CAP-SHAPING

    This function enables automatic cap-shaping when welding aluminium, resulting in significant time savings.

    Product Details

    Related Items

    iWave 230i AC / DC Parts FAQs

    Torches, necks, cables, adaptors, trolleys and other accessories for an AC / DC TIG inverter, and how to choose the right ones.

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

    Air-cooled torches are simpler, lighter to run and need no coolant, so they suit lighter work and shorter welds. Water-cooled torches carry extra hoses and need a cooling unit, but they are generally better for higher current and long welding periods because the coolant takes the heat away.

    Look at the torch rating together with its duty cycle, which says what share of a ten-minute period it can run at a given current without overheating. A torch rated at a high current can have a much lower duty cycle than at a lower current, and the rating can differ between AC and DC. Check the current range and cooling method in your inverter manual and choose a torch that comfortably covers the work you do.

    What does a TIG torch neck do, and why is it sold separately?icon-minus-redicon-plus-red

    The neck, or torch body, is the part at the front of the handle that holds the collet, the collet body or gas lens, and the gas cup. Some torch handles are supplied without a neck so you can choose the style that suits the job.

    Flexible necks can be set to the angle you need and help with limited joint access, though the flexing section may loosen over time. Rigid necks hold their angle and are generally preferred for repeat or precision work. Necks are matched to the torch series and connection type, so check the torch description and manual before ordering one, and match its current rating to the torch handle and the work.

    What is a gas-through adaptor and how do I know which connector I need?icon-minus-redicon-plus-red

    A TIG torch is joined to the inverter by a power connector and a shielding gas connection. A gas-through adaptor passes the gas through the same connector as the current, while other arrangements use a separate gas hose. Torches and machines can use different connector and thread types, so an adaptor is sometimes needed to join them.

    Before ordering, find out how your machine and torch connect: the size of the power socket, whether the gas goes through the connector, and the thread on the torch. Look in both manuals, or compare with the old parts. If the thread or connector does not match, do not force it. Our team can help you check.

    Why is my arc unstable, and could the return cable be the cause?icon-minus-redicon-plus-red

    Poor contact in the return path is a common cause of a wandering or erratic arc. A stumbling arc and hot cable connections are warning signs of resistance in the circuit. Check that the clamp is gripping clean, bare metal as close as practical to the weld, and that rust, paint or oxide are not getting in the way. Check that the plug is tight in the machine socket, that the clamp and cable are not warm, and that the cable is undamaged.

    Other causes include a dull or dirty tungsten, worn torch parts, loose connections, too much or too little gas flow, or a draught across the weld. If the return path is in good order, work through these next and follow your machine manual.

    See all 6 questions for this category

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