Copper 250A Fuse Link

The copper structure of the 250A fuse core ensures low resistance and high efficiency conduction when large current passes through, so that electric energy can be stably transported. The outer ceramic material is like a strong "protective shield", with its flame retardant characteristics, even in the extreme case of high temperature caused by high current overload, it can effectively contain possible fire hazards, and rely on excellent insulation performance, so that the entire circuit environment is safer to avoid electrical failures caused by insulation problems.

High performance material combination: The internal copper material lays the foundation for carrying the high current of 250A, and the external ceramic material further enhances the overall safety, and the two complement each other, so that the core can still reliably perform the protection duty in the high current environment.
Accurate cooperation guarantee: with NH1 fuse tacit cooperation, whether it is mechanical structure fit, or electrical performance coordination, have reached a high standard, easy to install and debug, and can play a role in the corresponding protection system for, a long time to ensure the safety of the circuit.
Reliable protection mechanism: Following the gG type specification, it has accurate judgment and fast fusing response ability for abnormal current situations such as overload and short circuit, and effectively protects all kinds of expensive electrical equipment in the line from damage caused by large current impact.

In terms of appearance details, the ceramic surface does not have any rough or damaged place, uniform texture, pure color, highlighting high quality. The fit with NH1 fuse is perfect, and the insertion, fixing and other links are very smooth, ensuring the stability of the overall structure. The internal copper part has been carefully designed and constructed, and its specifications fully meet the needs of 250A current bearing. The fusing characteristics have been repeatedly tested and calibrated, and can be accurately and quickly fusing, efficiently cutting off the circuit, and protecting the safety of the electrical system in the face of different degrees of overcurrent.