3413.0330.26

Fuses

Fuses are devices designed to prevent damage to electrical circuits by opening the circuit and interrupting the flow of electricity when the current reaches a specific level. In this way, fuses serve as overcurrent protection for a wide range of applications. The 3413.0330.26 is a type of general-purpose fuse which is typically used in industrial applications.

The design of the 3413.0330.26 is based on a UL 3128 standard, which is recognized by UL and CSA, and it is rated current up to 30A and maximum voltage 600VAC. Although fuses play an important role in protecting against overcurrent and overvoltage, they should also be installed within an overall safety strategy to ensure a safe working environment. The 3413.0330.26 is particularly suited for industrial applications such as motor control, control circuit, lighting control, and other specialized applications.

The 3413.0330.26 has a variety of features that make it highly reliable for industrial applications. These include electroplating contact protection against corrosion, triple protection to avoid miswiring, indicator window to check the operating status of the fuse, and a tensile clip for secure connection. The design also includes an easy-to-remove snap-in mechanism for hassle-free fuse replacement.

The working principle of the 3413.0330.26 is based on a metal alloy filament housed within a cylindrical glass enclosure. As current passes through the filament, it begins to heat up due to resistance. If the current exceeds a certain threshold, the filament melts and the electric circuit is broken, protecting the appliance and electrical components from harm.

In summary, the 3413.0330.26 is a general-purpose fuse designed for industrial use. It is based on a UL 3128 standard and is rated current up to 30A and maximum voltage 600VAC. It has a variety of features that make it highly reliable for industrial applications, such as electroplating contact protection, triple protection to avoid miswiring, and a tensile clip for secure connection. Its working principle is based on a metal alloy filament housed within a cylindrical glass enclosure, and it will open the circuit and interrupt the flow of electricity when the current reaches a certain threshold.