Copper 160A Fuse Link

YRO fuse core is suitable for all kinds of circuit scenarios with rated current of 160A, and its interior is made of copper material, which makes full use of the good electrical conductivity of copper, to ensure that it can carry stable load and reduce power loss when the normal current passes through. The external ceramic surface material not only makes the core as a whole have excellent flame retardant performance, but also can effectively avoid the spread of fire and other safety hazards in the event of abnormal situations, such as overload causing the core to fuse and generate heat, but also enhance the insulation and ensure the safety of the surrounding electrical environment.

Complementary material advantages: copper core to ensure the smooth conduction of current, and ceramic surface material in addition to flame retardant, due to its high insulation can prevent accidental discharge due to fuse, the combination of the two makes the core performance reliable and durable.
Strong adaptability: Specially designed to work with NT00 fuses, it is extremely convenient in installation, replacement and other operations, and can be seamlessly integrated into the corresponding protection system, to provide a stable overcurrent protection mechanism for the entire circuit.
Standard protection type: belongs to the gG type, which means that it can accurately react to overload and short circuit according to the standard requirements, fuse and cut off the circuit in time, and maximize the protection of electrical equipment from damage caused by large current impact.

From the appearance point of view, the surface of the ceramic is smooth, has a delicate texture, and the color is uniform, which can directly reflect the excellent production process. Its size is precisely adapted to the NT00 fuse, it can be inserted just right during installation, and the design of the wiring part is also easy, to firmly connect with the external wire to ensure good electrical contact. The thickness and length of the internal copper part are scientifically set, according to the 160A current carrying capacity to ensure stable operation under normal working conditions, and once abnormal current occurs, it can be fused at the right time point to achieve reliable circuit protection.