0268.010V

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Fuses are characters of over-current protection, they are used for disconnecting circuits when a set current is exceeded. 0268.010V is a type of fuse, it is even more common designed in most motor electronic and electrical equipment, it provides a very effective protection for all electrical devices. In this article, we will focus on the application field and working principle of 0268.010V Fuse.

Application Field:

0268.010V Fuse is mainly used in automotive electrical circuits, for example, engine control, air conditioning, audio, fuel supply, lighting systems, anti-lock braking systems, and other electronic and current-carrying components that are vulnerable to high current, to provide an over-current and short-circuit protection.

0268.010V Fuse can also be applied to other motor electronic and electrical equipment, such as home appliances, audio equipment, computer peripheral devices, telecommunication equipment, office equipment, television and broadcast receivers, and electronic toys. Wherever you need the replacement of small-sized glass petroleum-based fuses, 0268.010V fuses are the perfect choice.

Working Principle:

0268.010V Fuse works mainly by converting electrical energy into thermal energy. When the current exceeds the setting limit, the fuse element will heat up, melt and cause the circuit to be disconnected. 0268.010V Fuse is designed with different limits for different equipment, and its structure consists of a base, an insulating body or insulation material, a current contact, a fuse element, a terminal, etc.

In 0268.010V Fuse, the energy change caused by current causes the device to operate the switch. The contact wire connected to the energized side of the fuses is connected to the energized side of the circuit, and when the current changes, it will cause the device to open the circuit quickly. This will reduce the damage caused by excessive current to the circuit.

In addition, there are other devices in the 0268.010V Fuse which can detect over-current or short-circuit conditions, such as the temperature detector. The heat generated by the over-current will quickly affect the detection device, which can quickly disconnect the circuit and protect the equipment from potential damage.

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