China NH3XL photovoltaic Fuse Base Manufacturer, Supplier, Factory

"Based on domestic market and expand abroad business" is our enhancement strategy for NH3XL photovoltaic Fuse Base,NH3XL photovoltaic Fuse Holder,1500Vdc NH3XL PV Fuse Holder, In our efforts, we already have many shops in China and our products have won praise from customers worldwide. Welcome new and old customers to contact us for the future long term business relationships.
NH3XL photovoltaic Fuse Base, We've been in continuous service to our growing local and international clients. We aim to be worldwide leader in this industry and with this mind; it is our great pleasure to serve and bringing the highest satisfaction rates among the growing market.

Hot Products

  • 1000Vdc NH1 GPV PV Fuse Link

    1000Vdc NH1 GPV PV Fuse Link

    Tailored for the safeguarding of photovoltaic systems, the WESTKING SFPVNH1 photovoltaic (PV) fuse series 1000Vdc NH1 GPV PV Fuse Link stands as a dedicated solution. Engineered to respond swiftly to short circuits within solar panels along a PV chain, these fuse links from WESTKING play a pivotal role in shielding the cables within the PV chain, categorically serving as the primary fuse.
  • 1500Vdc NH1XL PV Fuse Base

    1500Vdc NH1XL PV Fuse Base

    Within WESTKING New Energy Technology Co., Ltd.'s photovoltaic fuse-link series 1500Vdc NH1XL PV Fuse Base, the NH1XL Fuse-base stands tall as a premier offering. Engineered for excellence, this fuse base boasts a 1500VDC voltage rating, embodying the company's commitment to top-tier quality. With a remarkable capacity to handle currents of up to 250A, the NH1XL Fuse-base excels with its high-quality contacts, crafted from T2 copper to minimize heat dissipation during operation. In the realm of solar power generation, WESTKING's unwavering dedication to meticulous electrical protection remains unparalleled.
  • 750VDC WKIGBT-S Fuse Link

    750VDC WKIGBT-S Fuse Link

    Westking's 750VDC IGBT Fuse 750VDC WKIGBT-S Fuse Link is a highly reliable and outstanding protective fuse specifically designed for IGBT module protection. This fuse is suitable for IGBT inverter circuits with DC voltage ratings up to 750V, featuring a low inductance value of ≤15nH, which enables it to cut off fault currents quickly, effectively protecting the equipment's safety.
  • 1000VDC WKIGBT Fuse Link

    1000VDC WKIGBT Fuse Link

    Westking's IGBT FUSE 1000VDC 1000VDC WKIGBT Fuse Link is a high-voltage fuse designed for protecting power devices and circuits. With a rated voltage of 1000VDC, it is suitable for use in various high-voltage applications, such as industrial control, power systems, transportation, new energy, and more. Westking's IGBT FUSE 1000VDC effectively protects IGBT modules and inverter circuits, preventing damage caused by overvoltage and overcurrent faults. It is widely used in solar photovoltaic power generation, wind power, power electronic equipment, communication equipment, medical devices, aerospace, and other fields.
  • 150VDC HSF21J High Speed Fuse

    150VDC HSF21J High Speed Fuse

    Westking's HSF21J high-speed fuse 150VDC HSF21J High Speed Fuse is designed for North American style applications. It is rated for 150 Vac/dc (UL) and can handle currents ranging from 70 to 400 A. This type of fuse is commonly used for the protection of DC common bus, DC drives, power converters/rectifiers, and reduced rated voltage starters. The North American style bolted tag high-speed fuses offer reliable protection and efficient performance in various electrical systems.
  • NT00 NT1 NT2 NT3 NT4 Fuse Links

    NT00 NT1 NT2 NT3 NT4 Fuse Links

    WESTKING NH(NT) FUSE NT00 NT1 NT2 NT3 NT4 Fuse Links is suitable for 50HZ or 60HZ, has obtained CCC certification, and is commonly used in industrial and communication fields. Unlike other factory-made products, WESTKING's NH(NT) FUSE can meet the application requirements in three different voltage levels, 500VAC, 690VAC, and 440VDC. It uses high-strength ceramic and purple copper as the connection, which has the advantages of low temperature rise and low power consumption.

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