0225006.H

0225006.H Application Field and Working Principle

0225006.H is a type of fuse that is designed to protect electrical circuits from damage caused by overload or short circuit. It can be used in various applications including consumer appliances, lighting systems, generators, power supplies, and many more.

The working principle behind 0225006.H fuses is based on the ability of these devices to melt and break a circuit when overloaded or short-circuited. This is achieved by the fuse’s specific design, wherein the current capacity of the fuse is determined by two main components—its heat dissipation capability and the melting point of the metal material used in its base. When the current in the circuit exceed the designed maximum value, the heat produced due to the current flow produces the rising temperature of the fuse body eventually surpassing the melting point of the metal base and thus interrupting the circuit. This mechanism allows 0225006.H fuses to prevent excessive current flows or short circuits in the connected circuits, ensuring safety and avoiding the risk of electrical fire.

The 0225006.H fuse is available in various voltage ratings, from 125 volts to 600 volts. This gives flexibility for the user to select an appropriate fuse for any specific application. The current rating of the 0225006.H fuses typically ranges from 4 amperes to 30 amperes, and the interrupting rating is 200 amperes at 125 volts and 10 kA at 600 volts. This allows the user to choose an appropriate fuse depending on the actual current flow in the connected circuit. A unique feature of the 0225006.H fuses is their reverse time-lag behavior—the current interrupting capacity increases as the current through the fuse increases.

The prevalence of 0225006.H fuses is ubiquitous, as this type of protection device is extensively used in consumer electronics, as well as in industrial and commercial applications. Due to its low cost, high reliability and current interruption efficiency, 0225006.H fuses are one of the most popular options for overcurrent protection in electrical circuits.