7091.4400

Fuseholders are an important element in any electrical circuit. They are designed to hold a fuse, which acts as a circuit breaker to protect electronic components from damage or destruction due to excessive current. The 7091.4400 fuseholder is particularly suitable for applications where both high current and high voltage are present. In this article, we will look at its application fields and how it works.

Applications

The 7091.4400 fuseholder is widely used in the electrical component and automotive industries, as well as in industrial automation and military applications. It is primarily used to protect the circuit from overcurrent, but can also be used in applications where a high accuracy current is needed. The 7091.4400 is suitable for both AC and DC circuits.

The 7091.4400 is also used in applications where long fuses are required. Its unique design allows for the insulation sleeve to be pushed far down the fuse, resulting in a longer fuse length. This allows the fuse to be used in applications where the fuse has to be placed inside a tight enclosure, or where a longer fuse is needed.

The 7091.4400 can also be used in applications where a mechanical switch is considered too large or difficult to install. It provides a secure and reliable connection to the fuse, while also eliminating the need for a mechanical switch.

Working Principle

The 7091.4400 fuseholder is made up of two main components, the housing and the terminal. The housing is made out of a tough plastic material, and has two slots for the fuse. These slots have an insulation sleeve that fits snugly around the fuse. The terminals are made out of copper and are designed to make a secure connection between the fuse and the housing.

When the fuse is inserted into the housing, the terminals will make contact with the fuse’s metallic portion. This creates an electrical connection, allowing current to flow between the fuse and the circuit. When the circuit experiences an overcurrent, the fuse will blow, breaking the electrical connection and protecting the circuit.

The 7091.4400 fuseholder is designed to securely hold the fuse in place. It has a special locking mechanism that ensures the fuse is secure. This mechanism also prevents the fuse from being removed from the housing, thus helping to further protect the circuit.

Conclusion

The 7091.4400 fuseholder is an important component in any electrical circuit. It is highly versatile, and can be used in both AC and DC circuits. It is particularly suitable for applications where both high current and high voltage are present. Its secure design ensures that the fuse is held securely in place, while its unique design makes it possible to use long fuses in tight enclosures. The 7091.4400 fuseholder is an invaluable tool for protecting circuits from overcurrent.