KAF-1200

Modern electrical systems and appliances are becoming increasingly sophisticated and well-built. As a result, high-quality appliances require highly engineered components that can effectively manage their large electrical load. The KAF-1200 application field and working principle are designed for specialized and high-capacity electrical systems such as those found in industrial machines and heavy-duty vehicles.

The KAF-1200 is a compound fuse designed for high-voltage applications. The fuse is made from two components: a ceramic compound and a metallic wire. The ceramic compound acts as an insulating base and prevents the wire from becoming damaged by current overloads. The metallic wire is wrapped around the ceramic compund to ensure efficient isolation and optimal thermal protection.

When the device is in use, the current passes through the ceramic material and the metallic wire, creating a heat exchange. If the current overloads, the heat exchange will cause the wire to expand and break the circuit. This is the KAF-1200\'s primary protection function. Additionally, the ceramic material used in the KAF-1200 has a high temperature rating, making it suitable for applications in environments of up to 120°C.

The KAF-1200 is suitable for use in a variety of electrical applications. It is particularly effective in high-voltage applications such as circuit boards and electrical substations. It can be used with currents up to 1200 amps without problem. Furthermore, the KAF-1200 can be used as an alternative to wire fuses in special applications such as the starting of turbines, high-voltage motor protection, and other high-powered electrical systems that require quick response.

In summary, the KAF-1200 is a specialized fuse designed for high-volate applications. It is constructed of two components: a ceramic compound and a metallic wire. The ceramic compound acts as an insulating base and the metallic wire is wrapped around it to provide optimal thermal protection. The KAF-1200 is suitable for use with currents up to 1200 amps and suitable for applications in environments of up to 120°C.