0FHA0002ZXJA

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Fuseholders

The 0FHA0002ZXJA is one example of a fuseholder designed for use in the automotive industry. Fuseholders are an important part of electrical systems, as they provide protection against overloads and short circuits. The 0FHA0002ZXJA is designed to protect automotive circuits from the damaging effects of an overcurrent.

The 0FHA0002ZXJA is constructed from UL-rated 94V-0 polyamide with standard silver-plated copper screw terminals. It features a two-pole design that allows for wires to be attached to either side, thus providing protection to both sides of the circuit. Additionally, it has an ‘inline’ configuration, meaning that it can be installed directly to the wiring, eliminating the need for extra wiring. The 0FHA0002ZXJA also has a flange design which allows for quick and easy installation, and facilitates air circulation around the fuse holder.

The 0FHA0002ZXJA is rated to handle a maximum current of 15 Amps, and a maximum voltage of 28 volts. It is designed to be connected to a panel or stud, and is provided with mounting screws for easy installation. The 0FHA0002ZXJA is also IP20 rated, indicating that it is dust-tight and protected against temporary contact. Additionally, it is designed to accept 6.3x32mm fuse-links with pin or blade connections.

The working principle of the 0FHA0002ZXJA is fairly straightforward. When the circuit is overloaded or short-circuited, the current rises to a level beyond its rated threshold. This will cause the fuse-link to “blow”, breaking the circuit and thus protecting the wiring and components in the circuit from damage. The fuseholder itself will remain intact, and can be easily replaced when needed.

In conclusion, the 0FHA0002ZXJA is a fuseholder designed for automotive applications. It is constructed from UL-rated 94V-0 polyamide, and is rated for a maximum current of 15 Amps and a maximum voltage of 28 volts. Additionally, it has a flange design and is IP20 rated. The 0FHA0002ZXJA works by breaking the circuit when the current rises beyond its rated threshold, providing protection for the wiring and components.

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