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.Read MoreSend InquiryWESTKING's 1500VDC product line
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.Read MoreSend InquiryWithin WESTKING New Energy Technology Co., Ltd.'s photovoltaic fuse-link series
, 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.Read MoreSend InquiryThe 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.Read MoreSend Inquiry