China Low Loss 1000VDC WKIGBT Fuse Link Manufacturer, Supplier, Factory

We follow our enterprise spirit of "Quality, Efficiency, Innovation and Integrity". We aim to create much more worth for our buyers with our abundant resources, highly developed machinery, experienced workers and great providers for Low Loss 1000VDC WKIGBT Fuse Link,High-performance 1000VDC WKIGBT Fuse Link,Cost-effective 1000VDC WKIGBT Fuse Link,High-speed 1000VDC WKIGBT Fuse Link,IGBT FUSE 1000VDC, Our enterprise warmly welcome close friends from everywhere in the environment to go to, examine and negotiate organization.
Low Loss 1000VDC WKIGBT Fuse Link, Our next goal is to exceed the expectations of every client by offering outstanding customer service, increased flexibility and greater value. All in all, without our customers we do not exist; without happy and fully satisfied customers, we fail. We have been looking for the wholesale, Drop ship. Please contact us if you are interesting our items. Hope to do business with you all. High quality and fast shipment!

Hot Products

  • 1000VDC HSFJ1000 High Speed Fuse

    1000VDC HSFJ1000 High Speed Fuse

    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.
  • 1000Vdc NH1 PV Fuse Base

    1000Vdc NH1 PV Fuse Base

    WESTKING's NH GPV fuse-bases 1000Vdc NH1 PV Fuse Base, ranging from 1000Vdc to 1500V and available in NH1, NH1XL, NH2XL, and NH3XL sizes, serve as single-phase fuse-bases with screw connections and open configurations. Crafted from RoHS-compliant materials and adhering strictly to IEC standards, these fuse-bases guarantee outstanding performance and safety, offering peace of mind in photovoltaic installations.
  • 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.
  • NH1XL GPV 1500VDC Fuse Link

    NH1XL GPV 1500VDC Fuse Link

    With advancements in photovoltaic technologyNH1XL GPV 1500VDC Fuse Link , the efficiency of solar energy conversion sees continuous enhancement. Consequently, numerous photovoltaic power stations have transitioned from 1000Vdc to 1500VDC, resulting in diminished power losses and heightened system efficiency.
  • 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.
  • 10x38mm Fuse Clips For PCB

    10x38mm Fuse Clips For PCB

    WESTKING's 10X38mm fuse clip 10x38mm Fuse Clips For PCB stands out among competitors' offerings due to its distinctive design. Unlike many other products on the market that utilize materials such as brass or copper, WESTKING employs innovative materials that mitigate the risk of significant temperature rises in photovoltaic fuses, thereby reducing the likelihood of damage to the PCB.

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