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  • 10/14x85 GPV 1500VDC Fuse Link

    10/14x85 GPV 1500VDC Fuse Link

    The introduction of the 10/14x85mm gPV 1500VDC Fuse Link 10/14x85 GPV 1500VDC Fuse Link marks an extension of the current expansion within the 10X85mm Fuse links series. With a maximum rated current of 50A, it effectively caters to the requirements of numerous large-scale photovoltaic power plants. All fuse links share a uniform length of 85mm and utilize the SFPV-32BX photovoltaic base, ensuring seamless compatibility with the existing 10X85mm series.
  • 1500Vdc NH2XL PV Fuse Base

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    WESTKING's 1500VDC product line 1500Vdc NH2XL PV Fuse Base presents an array of fuse holders tailored to diverse current needs. Among them, the NH2XL fuse holder stands out with a robust design capable of handling up to 400A of load current, fully compliant with the stringent IEC60269 standard. Moreover, it adheres strictly to ROHS regulations, ensuring environmental responsibility throughout its manufacturing process.
  • H EV Fuse 750VDC Series

    H EV Fuse 750VDC Series

    The H-type and J-type designs of WESTKING EV FUSE H EV Fuse 750VDC Series fully consider the layout problem of electric vehicle device space. During the design process, the WESTKING team thoroughly studied the internal structure and equipment layout of electric vehicles to ensure that the fuses can be effectively installed in limited spaces.
  • 750VDC HSFJ750 High Speed Fuse

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    WESTKING'S HSFJ750 series DC fuses 750VDC HSFJ750 High Speed Fuse are bolt-connected cylindrical fast-acting fuses, suitable for semiconductor devices such as inverters, rectifiers, and converters, battery and motor devices, and industries such as rail transit and charging stations. The products feature fast action response, low temperature rise and power consumption, and good anti-vibration performance, providing reliable short-circuit protection for various power systems.
  • 1000VDC HSFJ1000 High Speed Fuse

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    Westking's HSFJ1000 series DC fuses 1000VDC HSFJ1000 High Speed Fuse are designed to provide reliable protection for various power systems. These fuses are cylindrical, fast-acting fuses that are connected with bolts, making them suitable for use in high-power applications. They are ideal for protecting semiconductor devices such as inverters, rectifiers, and converters, as well as battery and motor devices. These fuses are commonly used in industries such as rail transit and charging stations, where high levels of power and reliability are essential.
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  • What is the difference between UL and IEC fuses?

    ​UL (Underwriters Laboratories) and IEC (International Electrotechnical Commission) are two different standards organizations that establish safety standards and certification requirements for various electrical products, including fuses. The main difference between UL and IEC fuses lies in the standards they adhere to and the regions where they are commonly used:

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    IGBT Fuse is used in a wide range of applications, where IGBTs are employed. Some of the common applications include electric vehicles, renewable energy systems, servo drives, and welding machines.

  • What are the Standards and Certifications for High Speed Fuses?

    High Speed Fuses are designed to respond quickly to short circuits and overloads, while other fuses, such as slow blow fuses, are designed to handle sustained overloads. High Speed Fuses have lower interrupting ratings but faster response times than other fuses.

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    H EV Fuse 750VDC Series can be purchased from a range of suppliers and distributors. They are widely available online and through specialist electrical equipment retailers.

  • Why Are High Speed Fuses Important in Electrical Systems?

    High speed fuses are very important in electrical systems because they protect circuits and equipment from damage caused by overcurrent and overvoltage, preventing fire and other safety risks. ‌

  • What are the benefits of using NH2XL GPV 1500VDC Fuse Link?

    NH2XL GPV 1500VDC Fuse Link is a type of high-voltage fuse designed specifically for use in photovoltaic power generation systems.

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