15CLE-65E

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Fuses are found throughout many applications, from automotive to industrial facilities. One type of fuse, the 15CLE-65E, is commonly used in electrical and telecommunications systems. This article will discuss the application field and working principle of the 15CLE-65E fuse.

The 15CLE-65E fuse is a compact and lightweight fuse designed to protect electrical and telecommunication systems against overcurrents. It is especially effective in preventing fires due to excessive current. The 15CLE-65E fuse is a micro fuse with a 125-volt capacity and has a nominal rating of 0.45A and a rated melting I2t of 0.68A2s. It offers high current interrupting capacity and long-term protection with a breaking capacity up to 200A.

The fuse is applied in a wide range of household and industrial applications, including surge and overvoltage protection for on-line UPS systems, TV receivers, office automation equipment, surge protectors, high-voltage diodes, and telephone switchboards. It can be used in a variety of durable or corrosive environments and it works well with normal temperature and humidity. Its small size makes it suitable for applications like electrical panels and equipment control boxes.

The 15CLE-65E fuse operates on the principle of melting. When the load current exceeds the permissible maximum, the fusible element will fuse by generating sufficient heat and melting. This melting causes a mechanism that will break and interrupt the current flow. As the name suggests, the 15CLE-65E fuse has a current limit rating of 0.45A. If the current is higher than 0.45A it will start to heat up and after a certain amount of time, it will reach the melting point and interrupt the circuit.

The fuse also provides a very effective short-circuit protection for electrical circuits in order to prevent any damage. When a short circuit occurs, the melting of the fusible element will cause an immediate interruption of the electric circuit. The fuse also prevents overheating and fire when connected to power transmission and distribution systems.

The 15CLE-65E fuse is made up of two parts, a casing and a fusible element. The casing is made from chemically and mechanically stable materials. The fusible element is usually made of lead, silver, or tin alloy wires. It is held inside the casing with ceramic or porcelain spacers. The contact points between the two parts are sealed with a special adhesive to ensure that the fuse remains airtight and dry.

In conclusion, the 15CLE-65E fuse is an important part of many electrical and telecommunications systems. It is small yet versatile, with a wide range of applications and a high current interrupting capacity. It operates on the principle of melting and provides effective short-circuit protection. The fuse is composed of two parts and made from durable materials that make it suitable for installation in different environments.

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