BK/HBH

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Fuseholders are a popular type of device for safely connecting a fuse to a wire or line. The BK/HBH application field and working principle are two of the most commonly used fields and principles for a fuseholder.

The BK/HBH application field refers to a specific type of fuseholder that is designed to protect the wire or line that it is connected to from overheating when used in higher voltage applications. This type of fuseholder is commonly used in electric vehicles, airport and aviation systems, industrial control systems, substations, and other high-voltage applications. It features two contact blocks that are usually detachable for easy installation and maintenance.

The working principle of a BK/HBH application field is based on the premise that it will break the current if the temperature is too high or if the current is too high. This fuseholder is designed to automatically detect any excessive current or temperature and trip the circuit breaker to protect the wire or line. The BK/HBH fuseholder also contains an overload protection circuit that will act as a safety switch to prevent any damage to the line or equipment connected to it. This type of fuseholder can be found in various sizes and shapes to suit different applications.

The HBH application field is another type of fuseholder designed to be used in high-voltage applications. The HBH application field is often used in industrial machines and other high-voltage equipment. It features two contact blocks, which are usually detachable for easy installation and maintenance. This type of fuseholder is designed to withstand more than nine times the working current of the connected equipment.

The working principle of the HBH application field is based on the premise that it will be able to detect any excessive current or temperature and trip the circuit breaker to protect the equipment and lines connected to it. This fuseholder contains an overload protection circuit that will act as a safety switch to prevent any damage to the line or equipment connected to it.

In conclusion, the BK/HBH application field and working principle are two of the most commonly used fields and principles for a fuseholder. This type of fuseholder is designed to protect the equipment and lines connected to it from overheating in higher voltage applications. They also contain an overload protection circuit to ensure that any excessive current or temperature will be detected and the circuit breaker will be tripped to protect the equipment and lines.

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