3402.0009.24

Fuses

3402.0009.24 Application Field and Working Principle

Fuses are widely used in the fields of circuit protection, overcurrent protection, emergency protection, and isolation protection. The 3402.0009.24 fuses are no exception. Specifically, they can be used in control cabinets, switchgears, telecommunication systems, and other electrical equipments, providing power-off, emergency protection, and isolation protection etc.

Fuses use a variety of current sensing methods, including overtemperature sensing, resistance temperature sensing, pressure sensing, voltage sensing, current limit sensing, and electro-magnetic sensing. The 3402.0009.24 fuses employ temperature sensing. This type of fuses is composed of a hollow cylindrical shell and several electric current-carrying conductors. Connected to each conductor is one end of the bimetal, which functions as “current sensing” system. When the current flowing through them exceeds the rated current, the bimetal will heat up quickly due to Joule’s Law, and the bimetal will move up and downwards as temperature changes. At a certain temperature, the current-carrying conductor will be severed, and the protected circuit will be disconnected.

Additionally, Vishay Intertechnology’s 3402.0009.24 fuses are fast-acting, making them ideal for circuit protection, overcurrent protection, and emergency protection. Able to handle up to 10A of current, they provide reliable protection without cutting/disconnecting circuits unexpectedly. They are also designed to be rugged, meaning they can withstand harsh weather conditions and vibrations.

In conclusion, Vishay Intertechnology’s 3402.0009.24 fuses use temperature sensing to detect excessive current flow and are ideal for a range of applications, including circuit protection, overcurrent protection, and emergency protection. Their rugged design and fast-acting response time make them an excellent choice for these applications.