80910070

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Fuseholders are electrical devices that are designed to hold fuses in order to protect an electrical circuit from too much current. They are composed of three main components: a body, a contact finger, and a tail. 80910070 fuseholder is a type of fuseholder that is made from die-cast metal with a chrome-plated finish that is resistant to corrosion.

The 80910070 fuseholder has several applications in both commercial and residential settings. It can be used in junction boxes, panel boards, and distribution boards to protect wiring from overloads. This type of fuseholder can also be installed in automobiles for safety purposes. It is also suitable for use in medical and laboratory settings, such as MRI machines and other sensitive electronic equipment.

The working principle of a fuseholder is relatively straightforward. When the current flowing through the circuit exceeds the maximum amperage rating of a fuse, the fuse melts, breaking the circuit and protecting the wiring from damage. The fuseholder serves as the housing for the fuse after it has been broken. It is designed to hold the fuse in place so that it can be replaced as soon as possible.

The 80910070 fuseholder is designed to securely hold one “GBC” or “SBC” fuse. It has two terminals - the female terminal on the top and the male terminal on the bottom. The two terminals are separated by a spring-loaded plunger that keeps the contact finger tied to the terminal. This ensures that the proper amount of electrical current is flowing through the circuit.

In terms of installation, the 80910070 fuseholder is relatively easy to install. It can be mounted in either a flat or vertical orientation with the help of screws through the rear mounting holes. It is also compatible with standard anodized surface mount boxes for convenient wiring.

Overall, the 80910070 fuseholder is a reliable and secure device that can be used for various applications in both residential and commercial settings. It is designed to be corrosion-resistant and can easily be installed in a variety of locations. Furthermore, its working principle ensures that the electrical circuit is protected in the event of an overload.

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