026801.5V

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Fuses are an important part of an electrical circuit, as they are responsible for protecting the circuit from overload or failure due to excessive current. 026801.5V is a type of fuse specifically designed for use in low-voltage applications. This type of fuse has a very low voltage rating, making it ideal for use in power supplies, low voltage motors, TV sets and home electronics, as well as many other low-voltage applications.

The 026801.5V fuse is a two-element type fuse, meaning it consists of two electrical elements connected in series. The two elements of the fuse are the primary and the secondary elements. The primary element is responsible for allowing only limited current to flow through the fuse. This is achieved by using a small, high-resistance resistor that is connected in series with the primary element. The secondary element is the current-limiting element and is the one that will open in the event of an overload or short circuit.

The 026801.5V fuse works by sensing the presence of an over-current in the circuit it is protecting. When the current exceeds the rating of the fuse, the secondary element in the fuse will heat up and open the circuit, effectively cutting off the supply of current to the circuit. In this way, the fuse will prevent any further damage to the electrical components in the circuit.

This type of fuse is also capable of resetting itself once the over-current has been removed from the circuit. It can do this by simply allowing the resistors in the fuse to cool down, which will cause them to return to their original state, thus restoring the flow of current to the circuit. This allows the components in the circuit to remain safe.

The 026801.5V fuse is a must-have for any application that requires low voltage protection, as it can provide robust protection against current overloads and short circuits. This type of fuse is also easy to install and replace, and is compatible with most existing power supplies, making it the perfect choice for any low voltage application.

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