HEX-AC

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

A hex-AC fuseholder is an important tool used in many electrical applications. It is a device that holds electrical fuses in order to protect appliances and circuits from short circuits, voltage spikes and overloading. It is also used to isolate electrical circuits and provide protection in the event of a power surge.

Hex-AC fuseholders are typically made of plastic, metal or composite and are typically hexagonally shaped. They feature an AC line input, along with either one, two or four AC line outputs. The number of outputs depends on the type of fuseholder used. Generally speaking, the more outputs the fuseholder has, the higher the current rating is.

The working principle of a hex-AC fuseholder is fairly simple. When power is connected to the AC line input, it passes through the fuseholder and is distributed among the AC line outputs. If the current or voltage gets too high, the fuseholder will trip, causing the current to be cut off to the outputs. This will protect the appliance or circuit from damage caused by an overload of current.

Hex-AC fuseholders have a wide variety of applications. They are typically used in industrial settings, automotive applications and other commercial applications. These include light fixtures, air conditioning systems, refrigeration systems, emergency lighting systems, computer systems, electrical equipment, and much more. The wide variety of applications means that it is important to select the correct fuseholder for each application.

Hex-AC fuseholders are available in a variety of ratings and sizes, which are determined by the current they can carry. For instance, a standard hex-AC fuseholder may be rated from 2A to 30A. The rating on the fuseholder will determine the current it is able to carry. It is important to always select a fuseholder with a rating that is appropriate for the application.

In conclusion, hex-AC fuseholders are important tools used in a variety of applications. They are designed to protect electrical appliances and circuits from short circuits, voltage spikes and power surges. The size and rating of the fuseholder determines the amount of current it can carry. It is important to always select the correct fuseholder for each application, in order to ensure the safe operation of the system.

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