China 500VDC J-Type Road electric vehicle fuses Manufacturer, Supplier, Factory
Our mission is to become an innovative supplier of high-tech digital and communication devices by providing value added design, world-class manufacturing, and service capabilities for 500VDC J-Type Road electric vehicle fuses,500VDC Type J Road vehicles Fuse-links,500VDC Electric vehicle power fuses,500VDC High Voltage J EV Fuse,500VDC Type J Road vehicles Fuse, We hope to establish far more organization associations with consumers all over the globe.
500VDC J-Type Road electric vehicle fuses, Our expert engineering team will generally be prepared to serve you for consultation and feedback. We're able to also give you with free of charge samples to meet your requirements. Best efforts will likely be produced to provide you the best service and merchandise. When you are keen on our business and items, make sure you speak to us by sending us emails or call us quickly. In an effort to know our merchandise and company extra, you may come to our factory to view it. We'll generally welcome guests from all over the world to our business to create business relations with us. Be sure to feel cost-free to speak to us for small business and we believe we are going to share the best trading experience with all our merchants.
Related Products
Hot Products
1000Vdc NH1 GPV PV Fuse Link
Tailored for the safeguarding of photovoltaic systems, the WESTKING SFPVNH1 photovoltaic (PV) fuse series 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.
1000Vdc NH1 PV Fuse Base
WESTKING's NH GPV fuse-bases , 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.
10/14x85 GPV 1500VDC Fuse Link
The introduction of the 10/14x85mm 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.
NH3XL GPV 1500VDC Fuse Link
Within photovoltaic power generation systems, WESTKING's fuses 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.
10/14x85 1500VDC PV Fuse Holder
The SFPV-32BX photovoltaic fuse 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.
1500Vdc NH3XL PV Fuse Base
The NH3XL photovoltaic fuse holder , 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.
- Related Blog
- Reviews
