China 150VDC H EV Fuses Manufacturer, Supplier, Factory

We're experienced manufacturer. Wining the majority in the crucial certifications of its market for 150VDC H EV Fuses,150VDC High voltage H EV Fuses,150VDC H EV Electric vehicle fuses,150VDC H EV Automotive Fuses,150VDC H EV charging fuses, For even more information and facts, make sure you don't be reluctant to contact us. All inquiries from you might be highly appreciated.
150VDC H EV Fuses, We're 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

  • H EV Fuse 500VDC Series

    H EV Fuse 500VDC Series

    Auwig EVFUSE® series are designed for electric vehicles (EV) with Type H, 500VDC voltageH EV Fuse 500VDC Series. They are suitable for protecting battery packs of electric vehicles with a voltage of less than or equal to 500VDC, commonly used in passenger vehicles. The structure and characteristics of these fuses fully comply with the application conditions of new energy electric vehicles, featuring a bolted tightening structure and high-alumina high-temperature ceramic materials. These fuses offer market-leading compactness, impact resistance, and lifetime durability simulation functions, providing high-performance DC protection for drive, auxiliary, and battery systems.
  • 500VDC HSFJ500 High Speed Fuse

    500VDC HSFJ500 High Speed Fuse

    Auwig's HSFJ500 series DC fuses 500VDC HSFJ500 High Speed Fuse are designed to offer reliable protection for various power systems. These fuses are bolt-connected cylindrical fast-acting fuses that are ideal for semiconductor devices such as inverters, rectifiers, and converters, as well as battery and motor devices. They find their application in industries like rail transit and charging stations.
  • 1500Vdc NH3XL PV Fuse Base

    1500Vdc NH3XL PV Fuse Base

    The NH3XL photovoltaic fuse holder1500Vdc NH3XL PV Fuse Base , boasting a maximum rated current of 630A, has undergone innovative enhancements by WESTKING. In a strategic move to minimize power loss, we have augmented the copper contact area and introduced a spring clamp to the design. This ensures a steadfast and stable connection for the photovoltaic fuse, effectively mitigating the emergence of localized high temperatures. By implementing this design, we aim to enhance the safety and stability of connections, prolong the fuse's service life, and guarantee the uninterrupted operation of the system.
  • 750VDC WKIGBT-S Fuse Link

    750VDC WKIGBT-S Fuse Link

    Auwig'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.
  • 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.
  • NH3XL GPV 1500VDC Fuse Link

    NH3XL GPV 1500VDC Fuse Link

    Within photovoltaic power generation systems, WESTKING's fuses NH3XL GPV 1500VDC Fuse Link play a pivotal role in safeguarding circuits and equipment against potential damage arising from overcurrent and short-circuit events. These fuses find extensive application across various segments of photovoltaic setups, including cell string circuits, inverter input/output circuits, battery charging circuits, and grid-connected inverter circuits.

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