FM09A250V8AS

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FM09A250V8AS are specialty fuses used in electrical applications, primarily for overcurrent protection and short-circuit protection.

Specialty fuses are designed to protect against certain types of protection circuits, from electronics, consumer, and industrial applications. Specialty fuses are designed for specific applications, and the right fuse should be chosen depending on the application. FM09A250V8AS fuses are used in applications that require current ratings from 4 to 250 Amps. They are mainly used in the automotive industry, for example in starter motors and alternators, and in industrial applications, such as machines and motors.

FM09A250V8AS are fast-acting fuses, and they are designed to open a circuit quickly when the current exceeds the set protection level, providing fast and effective protection. They can be used in various applications, as they provide over-current protection and short-circuit protection. They have a time-delay rating that is dependent on the current rating, and the fuse will open after a certain time, even if there is no short-circuit.

FM09A250V8AS features a dual-element design, meaning that the fuse is composed of two individual elements. If the current is slightly over the rated value, the fuse will remain closed and the circuit will remain protected. If the current exceeds the set protection level, the first element will open, limiting the current and providing short-circuit protection. If the current continues to rise, the second element will open, opening the circuit and providing over-current protection.

The fuse has a superior endurance, and it can be used in harsh environments. The fuse is designed to be able to withstand high temperatures, moisture and vibration, and it won\'t blow due to momentary overloads or surge currents.

FM09A250V8AS is a reliable fuse, designed to provide over-current and short-circuit protection in a wide variety of electrical applications. It has a dual-element design, providing fast and reliable protection, and it has a high endurance level, allowing it to be used in harsh environments.

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