0326.300H

Fuses are an important part of electrical safety. The 0326.300H is a common load break fuse manufactured by the Cooper Bussmann company. It is a rated current of 100A and is available for use in load centers, meters, switchboards, and other disconnect switches. It is UL listed and CSA certified and commonly used in residential, commercial, and industrial applications.

The 0326.300H fuse has a variety of applications, including overcurrent protection for residential and commercial buildings, background lighting, and emergency power circuit applications. It can also be used in medical applications, such as ER equipment and systems, as well as in surveillance systems.

The 0326.300H fuse has a rated breaking capacity of 3500A at 230V, and a rated interrupting current of 40kA at 230V. This makes it suitable for a variety of applications, including circuit protection in high voltage systems. The fuse has a fast-acting feature that quickly blow to protect the electrical circuit from overloads or short circuits.

The working principle of the 0326.300H is quite simple. When an excessive level of current is detected, a bimetallic strip inside the fuse heats up and breaks the connection between the two ends. This breaks the electrical circuit, stopping the flow of electricity and protecting the circuit from overheating.

The 0326.300H fuse is designed to provide maximum protection while still allowing current to flow smoothly during normal operations. It has a tin-plated copper alloy housing that provides superior arc control and is made to withstand temperatures up to 250 degrees Celsius. This ensures that it can be relied upon in extreme conditions.

The 0326.300H fuse is UL and CSA approved and can be used in circuit protection applications around the world. It is a reliable, safe, and cost-effective solution to protect electrical installations from damage by overcurrents and short circuits. It is available in a variety of amperages and sizes and can be easily mounted on existing switches and other electrical components.