Fuses

39606300000 Application Field and Working Principle

Fuses are devices employed to protect circuits and equipment from short circuits or over currents. The 39606300000 is a type of fuse which is used in single‐phase, three‐phase or DC applications, mainly for protecting light circuit, consumer unit and main switch gear devices. This fuse belongs to the class of general‐purpose fuses while its products include the type 2136 and the type 18R. This article will discuss the application field and working principle of the fuse 39606300000.

Application Field

The 39606300000 offers a wide range of application for users. It can be used for overload and short-circuit protection for general purpose single-phase, three-phase and DC. Under overloads, the fuse works by indicating that there is a minor damage while it prevents further damages from happening in extreme cases. It can also protect consumer units and main switchgear devices; and more applications include household appliances, light circuits, and motor circuits.

Working Principle of the Fuse

When it comes to the working principle, all fuses have a common purpose: to disconnect the circuit once an overload or a short circuit occurs. The 39606300000 operates by implementing a metal wire inside a glass or ceramic body. This type of fuse consists of two metal conductor strips at ends. When the current density flows to an extreme point, the fuse will melt the metal conductor which will disconnect the circuit automatically and quickly.

Moreover, this model also includes wide consumer unit and main switchgear devices which can be used for household appliances, light circuits, and motor circuits. Those devices are designed in a way that the current passes through a conductor and if there is an overload or a short circuit they work together and disconnect the circuit. This is considered to be a very convenient way of protecting electrical devices and circuits from damage.

Conclusion

In a nutshell, the 39606300000 is a very popular and versatile type of fuse. Its application field is wide, ranging from overload and short-circuit protection, consumer units and main switchgear devices, to household appliances, light circuits, and motor circuits. In terms of the working principle, this model works by implementing a metal wire inside a glass or ceramic body. When the current density flows to an extreme point, the fuse will melt the metal conductor which will disconnect the circuit automatically and quickly.