3515P

3515P Application Field and Working Principle

The 3515P series are designed to provide reliable protection in a wide range of applications such as industrial, automotive and consumer. Developed with patented designs, the 3515P series are capable of withstanding both high current and high voltage in a wide range of operating temperatures (-30°C to +85°C). This series is highly customizable, allowing for a range of choices, including contact blocks, cartridges, terminals, and fuses.

The 3515P series of fuses were designed with three main characteristics in mind: temperature compensation, low electrical resistance and high current rating. This series offers performance features that are ideal for applications operating with high current levels, particularly automotive and consumer applications.

The working principle of the 3515P fuseholder is based on the principle of controlled overload protection and consists of a fuseholder, clamps, contact blocks, and fuse links. When an overload occurs, the current-sensitive fuse links break and interrupt the electrical circuit. The fuse link then deforms, releasing its remaining energy in an Arc that extinguishes itself. This ensures that any exposed areas, contact blocks remain unharmed.

The 3515P is constructed of a robust, flame-retardant transformer laminate base and body, which has proven to be highly efficient in dissipating heat during high current flow.

The contact blocks of the 3515P are made of nickel-plated copper that can easily handle temperatures up to 150°C. This allows for high current performance and maximum performance. The terminals are designed to prevent arcing.

When correctly used and maintained, the 3515P fuseholder can provide reliable protection in a wide variety of applications.

In conclusion, the 3515P fuseholder is a robust, efficient and reliable form of protection for high current applications with excellent temperature compensation. The contact blocks and terminals are engineered for superior current handling, making the 3515P series of fuses an ideal choice for various applications requiring reliable overcurrent protection.