0AFH0015Z

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The 0AFH0015Z fuseholder is used primarily as a low-voltage circuit breaker for over-current fault protection. This type of fuseholder has long been used in industrial applications, such as power supplies, lighting, motors, and other high-power electrical equipment. The fuseholder has a variety of different ratings and configurations that can accommodate a wide range of fuse types, including glass body fuses, ceramic body fuses, and non-renewable fuses. The rating of the fuse holder used depends on the type of application and the amount of current that needs to be protected.

The primary design of the 0AFH0015Z fuseholder consists of two conductive metal parts connected by a conductor of various ratings. The first of these parts is the holder, which is a rigid metal casing that houses the fuses and provides support to the fuse. The second part is the contact, which contacts the fuse to provide a connection to the circuit and to allow for power to be applied to the circuit. The contact can be either metal or plastic and several types of seals are available to protect the contact from corrosion. The fuseholder is typically mounted onto a circuit board and secured with screws or rivets.

The working principle of the 0AFH0015Z fuseholder is simple: the fuse is placed into the holder, and when the current in the circuit exceeds the rating of the fuse, the fuse will break the circuit and protect the electrical equipment from damage. This type of fuseholder is designed to allow the fuse to be easily replaced in the event of a fault or over-current situation. The circuit will remain open until the fuse is replaced and the current can continue uninterrupted.

The 0AFH0015Z fuseholder can be used in a variety of applications, including those that require over-current protection such as power supplies, lighting, and motors. This type of fuseholder provides a reliable and cost-effective solution for over current protection and is commonly used in commercial and industrial applications. Additionally, these fuseholders are UL rated and are designed to be compliant with international standards for safety and reliability.

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