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    Rapid Ref : CK-CK2312SFFX  Mfr Ref : CK2312SF FX

    CK 230 2 Series Water-Cooled 300 Amp Flex Head TIG Torch with 3.8m Superflex Cables, G3/8" Machine Connections
    CK2312SF FX CK-CK2312SFFX

    £183.81  EX VAT
    SSP Suggested Selling Price = £334.20  YOU SAVE £150.39
     Buy in 3 easy interest free payments of £61.27† with

    CK230 water-cooled 300 amp ACHF or DCSP @ 100%, 20.9cm (8.25"), 106gm, 2 series head accessories.

    Increased cooling with CK Max-flo technology

    Product Details

    CK Fail Safe Water Connector
    • Heavy Duty 300 amp 100% duty cycle torch
    • Uses Series 2 consumables
    • Larger water jacket design runs cooler
    • Fully achieve 3.2mm tungsten electrode capability on thick aluminium joints
    CK Superflex Cable Fitted with CK's Superflex Cable
    • Lightest most flexible cable assemblies available
    • Available for all gas-cooled or water-cooled torches
    • Lightweight silicon rubber hose with nylon over braid protection to resist abrasion
    • Replaces heavy, stiff cables increasing range of motion
    • Stays flexible even in the coldest environments
    • Great for intricate precise welding applications
    CK Superflex Leads CK Colour Coded Superflex Cable
    • 3/8" gas fittings
    • Colour-coded leads for quick identification
    • Black argon hose
    • Blue water hose
    • Red power cable

    For parts for this torch Click Here.

    Brochures & Manuals

    BROCHURES & MANUALS
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    Related Items

    CK230 TIG Torch Packages FAQs

    Practical answers on choosing, setting up and looking after a complete water-cooled TIG torch package.

    Which tungsten electrode should I use, and is thoriated still advisable?icon-minus-redicon-plus-red

    Ceriated or lanthanated electrodes are generally accepted alternatives to thoriated ones, especially on DC, while zirconiated is usually preferred for AC. Thoriated electrodes are slightly radioactive, and the main hazard is the fine dust made when grinding the tip. Where thoriated electrodes are used, grind them on a dedicated wheel with local dust extraction, and keep eating and drinking away from the grinding area.

    Choose the diameter to suit your welding current, following the electrode maker's guidance. Too small an electrode overheats and erodes, and too large a one can make starting and arc stability worse.

    What should I check on the torch before each day's welding?icon-minus-redicon-plus-red

    A quick daily check catches most torch faults before they damage the weld or become a hazard. Check that the gas nozzle and tungsten are intact and held tightly, and that shielding gas flows freely and steadily. Look over the torch and cable insulation for damage, check the cable has no sharp bends, and make sure the connectors are tight and the current connection surfaces are clean.

    If you see damaged insulation, a cracked handle or a weeping hose, stop and have it repaired or replaced rather than taping it up. Follow the maker's maintenance schedule for anything further.

    Are there special electrical precautions with high-frequency arc starting?icon-minus-redicon-plus-red

    Yes. A high-frequency start adds a high-voltage pulse on top of the machine's open-circuit voltage to ignite the arc. It can pass through gloves, tape and thin screens, so never assume that a repaired or taped torch is safe.

    Switch the power source off before changing the tungsten or the gas nozzle, so an accidental press of the torch switch cannot start the arc. Wear dry, undamaged leather gloves and insulating footwear, keep your body out of the welding circuit, and avoid working in damp conditions. Do not use a torch with damaged insulation. Follow the machine manual and your risk assessment.

    Do I need eye and lung protection for TIG welding even though there is little visible fume?icon-minus-redicon-plus-red

    Yes. The arc gives off ultraviolet and infrared radiation that can cause arc eye, a painful injury to the front of the eye that often appears a few hours after exposure. Use a welding helmet or shield with a filter that meets the relevant British and European standards, and screen the area so bystanders are protected too.

    TIG produces little visible fume, but ozone can irritate the airways, particularly when welding stainless steel and aluminium. The HSE advises using suitable extraction and, where fume is not fully controlled, respiratory protective equipment. Your risk assessment should decide the right controls.

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