0031.1706

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fuseholders are components designed to provide an interface between a fuse and an electrical circuit. They contain a holder to secure the fuse and a set of terminals that provide a protective barrier between the live circuit and the fuse. 0031.1706 Fuseholders are commonly used in industrial, automotive and building control applications and come in a range of sizes and styles to accommodate many different types of fuses.

The most common type of 0031.1706 Fuseholders are panel-mount models, which can be mounted directly onto a panel or mounted on a rail. These fuseholders come with quick-connect terminals that allow the fuse to be easily attached to the circuit by simply plugging it into the holder. Some of these fuseholders also have terminals that can be opened during maintenance, allowing the user to quickly identify and switch out fuses without having to shut down the system.

For applications where a larger fuse is needed, surface-mount or chassis-mount Fuseholders can be used. These Fuseholders are generally made of metal and can hold larger fuses than panel-mount styles. They are typically mounted onto a surface or directly to the chassis, allowing for a more secure connection. They can also help with heat dissipation by providing a larger air gap between the fuse and the circuit.

In applications where a highly visible indicator is needed, LED Fuseholders are available. The LEDs in these Fuseholders will light up when a fuse is blown, making it easy to identify the blown fuse without having to take apart the circuit. In some models, the LEDs will turn off when the fuse is replaced, making it easy to confirm whether the replacement was successful or not.

For high-amperage applications, 0031.1706 High Amperage Fuseholders are available and can handle up to 250 Amps. These fuseholders come in both panel-mount and surface-mount styles and are typically made of metal with an insulation sleeve to prevent shorts.

The working principle of Fuseholders is simple. When current exceeds a certain threshold, the fuse will blow, breaking the circuit and preventing the current from continuing to flow. The Fuseholder\'s design and terminals provide a barrier between the live circuit and the fuse, protecting the user from the potential shock of a live circuit, while simultaneously allowing for easy replacement of blown fuses.

The specific data is subject to PDF, and the above content is for reference