China Fuse bases for NT00 NT1 NT2 NT3 NT4 Manufacturer, Supplier, Factory

Our rewards are lessen selling prices,dynamic sales team,specialized QC,solid factories,high quality services for Fuse bases for NT00 NT1 NT2 NT3 NT4,Low Voltage Knife NH Fuse Holder,High-performance NH Fuse Base,NH00 Knife Fuse Bases,NH00 Sist101 Fuse bases, "Making the Merchandise of Significant Quality" could be the eternal goal of our firm. We make unremitting endeavours to know the aim of "We Will Always Keep in Pace using the Time".
Fuse bases for NT00 NT1 NT2 NT3 NT4, Our company absorbs new ideas, strict quality control, a full range of service tracking, and adhere to make high-quality products. Our business aims to "honest and trustworthy, favorable price, customer first", so we won the trust of the majority of customers! If you are interested in our items and services, remember to do not hesitate to contact us!

Hot Products

  • 1000Vdc NH0 PV Fuse Base

    1000Vdc NH0 PV Fuse Base

    Engineered to complement SFPVNH fuse links in photovoltaic settings, WESTKING's SFPVNH0 NH PV Fuse bases 1000Vdc NH0 PV Fuse Base showcase a robust construction. These bases incorporate a high-strength DMC material in their insulating base, delivering exceptional heat resistance and achieving a V0-rated flame retardancy, ensuring enhanced safety and reliability in photovoltaic applications.
  • 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.
  • 1500Vdc NH2XL PV Fuse Base

    1500Vdc NH2XL PV Fuse Base

    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.
  • 10/14x85 1500VDC PV Fuse Holder

    10/14x85 1500VDC PV Fuse Holder

    The SFPV-32BX photovoltaic fuse 10/14x85 1500VDC PV Fuse Holder base is compatible with both 1500VDC 10X85MM and 10/14×85MM photovoltaic fuses, with a maximum rated current of up to 50A. The development of this PV fuse holder is based on in-depth communication and testing verification with numerous photovoltaic base station users by WESTKING.The SFPV-32B 1500VDC fuse holder features an advanced heat dissipation structure, with channels for hot air flow between poles, effectively reducing temperature superposition generated by the fuse. The internal space is designed to allow the fuse to hang freely, preventing it from touching the holder's plastic shell and reducing the risk of burning and carbonizing the plastic.
  • 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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