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What are the characteristics of SBW series and SVC AC regulators?

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    SBW and DBW series three-phase and single-phase fully automatic compensated high-power voltage regulators have the advantages of large capacity, high efficiency, no waveform distortion, stable voltage regulation, wide application load, can withstand instantaneous overload, can work continuously for a long time, and can be switched freely by manual control, with over-voltage, over-current and phase sequence. Automatic protection device for mechanical failure, small size, light weight, easy to use and install, reliable operation, etc.

    It is widely used in electronic computers, precision machine tools, computerized tomography (CT), precision instruments and tests in industrial and mining enterprises, oil fields, railways, construction sites, schools, hospitals, posts and telecommunications, hotels, scientific research departments, etc.

    Installations, elevator lighting, imported equipment and production lines need power supply voltage stability. It is also suitable for users at the end of low-voltage distribution network with too low or too high supply voltage and large fluctuation amplitude, and for electrical appliances with large load variation.

    It is especially suitable for all stable voltage power supply places with high demand for power grid waveform.

    SVC and TND series three-phase and single-phase high precision automatic AC regulators have the advantages of wide voltage regulation range, high precision, non-distortion of output waveform and high efficiency, and can adapt to various loads.

    It is widely used in the stabilization of electrical equipment such as computer and its peripheral position, medical electronic instrument, communication and broadcasting equipment, air conditioning, industrial production line, etc. At the same time, it is widely used in the stabilization and protection of household electrical appliances.

Next Where are three-phase regulators commonly used? What's the difference between a single-phase voltage regulator and a single-phase voltage regulator?