036201.5M

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Fuses come in a wide range of formats, and 036201.5M fuses are among them. Generally, 036201.5M fuses are suitable for both industrial and residential applications. They are designed to protect electrical installations and devices against overload and short circuit.

To understand 036201.5M application fields and working principle, let\'s start by discussing the construction of a 036201.5M fuse. 036201.5M fuses consist of a hollowed-out metal tube with a melting alloy inside. The two ends are typically plugged with a ceramic holder containing the contacts. On the exterior, the fuse is identified by the rated current and voltage.

036201.5M application fields are mainly medium voltage switchgears, fuse switch disconnectors, and high voltage switchgears. In these areas, 036201.5M fuses are mainly used for overload and short circuit protection. In addition to these applications, the 036201.5M fuse can also be used in transformers, reactors, clutch coils, and other electrical equipment that require overcurrent and short circuit protection.

The working principle of 036201.5M fuse is simple. In the event of an overcurrent or short circuit, the fuse will melt the internal alloy element, blocking the electric current and preventing further damage to the protected device. The overload current causes the alloy element to heat up, eventually melting and breaking the contact between the two ends. This interrupts the continuous transmission of electricity, preventing further damage.

It is important to note that 036201.5M fuses are not intended for frequent use and must be replaced after each operation. Replacing the fuse is typically a simple process of removing the old fuse and replacing it with a new one. Also, the rated current should not be exceeded when selecting the type of 036201.5M fuse.

In summary, 036201.5M fuses are designed for medium, high, and low voltage applications and have simple working principles. They are specifically used to protect electrical installations and devices against overload and short circuit. It is important to select the correct fuse rating and to replace the fuse after each operation.

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