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    Rapid Ref : 028042103  

    Miller Hydracool 1 Water Cooler - 115v
    028042103

    £930.00  EX VAT
    SSP Suggested Selling Price = £1032.54  YOU SAVE £102.54
     Buy in 3 easy interest free payments of £310.00† with
    • Closed-loop design with a radiator reduces coolant temperatures and prevents the system from overheating.
    • The closed-loop design also recirculates the coolant through a fan-cooled heat exchanger.
    • Rustproof coolant reservoir moulded of polyethylene for durability and corrosion resistance.
    • Quick-connect inlet/outlet torch fittings.
    • Simple, colour-coded, “no tools required” water connections allow for easy installation and maintenance.

    Brochures & Manuals

    Miller Water Coolers FAQs

    Straight answers to the questions people ask when matching, running and looking after a welder-maker water cooler.

    How do I know a water cooler suits my welder and torch?icon-minus-redicon-plus-red

    Makers usually design each cooler to go with particular power sources and list those models, along with a maximum current for the water-cooled torch it is meant to serve. Start with your welder's manual and the cooler's data sheet, and check that both name each other or are rated for your setup.

    Then compare the torch's own requirements with the cooler's ratings: the torch will state a minimum coolant flow and pressure and a cooling power, and the cooler must meet them. Also check the electrical connection and supply voltage on the data plate.

    What do cooling capacity and flow ratings mean when comparing coolers?icon-minus-redicon-plus-red

    Cooling capacity, usually in watts, tells you how much heat the cooler can remove, and it is quoted at a stated flow rate, so only compare ratings given at the same flow. The torch has its own minimum figures for flow, pressure and cooling power, and the cooler must meet all of them, not just one.

    A higher rating gives more margin, but a cooler that is much too large adds nothing useful. If the maker names a cooler for your welder, that is normally the safest starting point.

    What supply voltage and electrical connection does the cooler need?icon-minus-redicon-plus-red

    Check the data plate on the cooler for the voltage and frequency it is built for, and make sure your supply matches. Some units are made for one voltage only, and some low-voltage models are rated for 60 Hz, so a unit built for another country's supply may not be suitable here without correct, qualified electrical arrangements.

    The cooler's manual will say how it is connected, and the supply cord and earth connection must be sound. Inspect the cord regularly, replace it at once if damaged, and disconnect the power before any servicing.

    Why shouldn't I use ordinary tap water in the cooler?icon-minus-redicon-plus-red

    Tap water conducts electricity far more than purpose-made torch coolant. With current flowing through the cable it can corrode brass and copper parts, and the particles released can block the torch. Hard water also scales up passages and the radiator, and plain water gives no protection against freezing.

    Use the coolant the maker specifies for your cooler and torch. Do not top up with another liquid unless the manual says it is compatible.

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