0034.7121

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Fuses

Fuses play an important role in the electrical circuit of almost all types of machines and electronic tools. It offers a critical link in the chain of electric circuit protection and is necessary for the safety of any kind of electric equipment. Fuses are made of metallic alloys or fine wires or strips that carry electric current. They vary in size and shape according to their application.

0034.7121 Application Field and Working Principle

0034.7121, also known as “GHT-SG”, or General High Temperature Service Standoff Groove, is a fuse designed for high temperature applications. This fuse is made of a fuse wire or strip between two ceramic insulators. Its shape is designed to guarantee maximum contact with the surface of the insulation material and to ensure good heat dissipation, with grooves between the insulator to facilitate the flow of the electricity.

The GHT-SG has a current rating of 15 amperes and a temperature rating of up to 300°F (148°C). It is used in high voltage electrical circuit breakers and other high temperature electrical circuits. Its main application field is to protect these circuits from overloading, short-circuiting, and other electrical faults. It works by breaking the electrical circuit when the current reaches its rated capacity and limits excessive power and current passing through the circuit.

The GHT-SG fuse is designed to prevent circuit overloads, meltdown, and other adverse effects. It is most commonly used in electrical circuits and applications where overcurrents may occur. Due to its size and strong construction, this type of fuse can survive and contain excessive voltages or currents, providing effective electrical circuit protection.

In addition, the GHT-SG also has a wide range of applications other than high temperature protection. For instance, it can be used for overvoltage protection in electronic circuits, motor protection, power supply protection, and drive and control protection in various industrial applications. It is also suitable for power distribution, lighting, and communication systems, as well as household electrical products.

Ease of installation is another significant benefit of fuses. Most of them come as ready-to-install devices, and do not require any specialized tools for installation. Further, fuses are designed to work in extreme temperatures and environmental conditions. This makes them suitable for applications in a variety of industrial settings.

In conclusion, fuses are important electrical devices and are widely used to protect circuits from overloading and other possible critical conditions. The GHT-SG is a type of fuse used in high-temperature applications. It works by breaking the electrical circuit when the current reaches its rated capacity and limits excessive power and current passing through the circuit. Ease of installation and its ability to withstand harsh conditions make it a suitable choice for a wide range of applications.

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