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Water Cooled Induction Heating Capacitors from China Suppliers | High Efficiency Factory Solutions

Introducing advanced induction melting technology from China, designed to revolutionize the metal melting process. Unlike conventional melting furnaces, our inductive melting systems simplify the melting operation, making them exceptionally popular among suppliers in the forging, tempering, and metal melting industries. This cutting-edge technology offers numerous benefits, including high efficiency, rapid heating speeds, and precise temperature control, resulting in superior melting quality. Not only does it create a pleasant working environment with guaranteed occupational safety, but it is also environmentally friendly. Our induction melting solutions ensure higher smelting quality through controllable operations, making them ideal for bulk casting production in grey iron foundries, capable of handling high output and large capacities. Explore the advantages of water-cooled induction heating capacitors manufactured at our factory in China, tailored to meet the demands of your melting needs.

    Description

    Flair devote to deliver efficiency, security and innovation to the power capacitor unit of induction heating industries.
    The capacitors is using in the inductive melting process. A tuning capacitor (or bank of capacitors), such as capacitor C101 must be provided in the load coil circuit to improve the overall power factor of the load coil circuit. These tuning capacitors are a significant cost and volume component of the power supply. Therefore, there exists the need for a power supply for inductive heating or melting applications that utilizes smaller and less costly tuning capacitors.
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    Here is a example of waveform diagram illustrating the Voltage across a tuning capacitor and the current through a line filtering reactor used in power supply.
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    Capacitor features

    • Medium frequency induction application up to 300KHz
    • Water cooled / forced-air cooled / natural cooled for options
    • Internal cooling water tube design
    • All-film polypropylene / aluminum foil
    • Oil-immersion (non-PCB insulation oil)
    • Overpressure disconnector available

    How to proposal a suitable design of induction heating/melting capacitor?

    Base on the below request, we will proposal a initial design.
    Un: Required rated Voltage
    Qn: Required capacity
    Fn: Rated Frequency
    Cn: Required capacitance
    In: Required current
    Capacitors play a key role in the induction heating/melting. Flair is a expert of induction capacitor. In continuous interchange with customers, our expertise goes beyond better. Schedule an appointment for your furnace power-up with us today through online contact form.

    Frequently Asked Questions

    What applications are Flair induction heating capacitors designed for?

    Flair capacitors are specifically engineered for medium frequency induction heating and melting processes, supporting high-frequency applications up to 300KHz to ensure maximum efficiency and system safety.

    What cooling methods are available for these capacitors?

    We offer three cooling options to match different operating environments: water-cooled (featuring an internal cooling water tube design), forced-air cooled, and natural cooled configurations.

    What materials are used in the construction of Flair induction capacitors?

    Our capacitors utilize premium all-film polypropylene and aluminum foil construction, combined with environmentally friendly, non-PCB insulation oil immersion for outstanding dielectric strength.

    Do these capacitors include safety protection features?

    Yes, our induction capacitors can be supplied with an integrated overpressure disconnector to automatically and safely isolate the unit in the event of internal fault pressure.

    What parameters are required to receive a custom capacitor proposal?

    To propose a suitable design, we need five key parameters: Required rated Voltage (Un), Required capacity (Qn), Rated Frequency (Fn), Required capacitance (Cn), and Required current (In).

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