BK1/S500-6.3-R

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Fuses play an essential role in electric equipment and helps ensure safety for users and customers. The BK1/S500-6.3-R is a blade-type fusible link with time-delay feature. It is often used in machines, batteries, electric motors and other equipment, and is suitable for protecting the electrical circuits from damaging by excessive current and voltage overload. This article will explain the application field and working principle of the BK1/S500-6.3-R fuse.

Application field:

The BK1/S500-6.3-R is a very versatile type of fusible link that is suitable for both AC and DC circuits, making it a very popular choice for usage in a variety of applications. It is often used in machines, batteries, electric motors, communication equipment, and all kinds of AC and DC circuits, especially for protecting them from any occurrence of short-circuit or overload. It is also designed to provide a maximum level of reliability and safety.

Working Principle:

The BK1/S500-6.3-R fuse is designed to protect the circuit from overcurrent and voltage overload. It works by using a metal strip that is designed to melt when a certain temperature is reached due to an overload. When the metal strip melts, the circuit is broken which prevents further damage to the circuit. The fusible link also has a time-delay feature that allows it to take effect in a short amount of time when it is triggered, ensuring that the circuit is protected.

The BK1/S500-6.3-R fuse also has an adjustable breaking capacity. This means that the current at which the fuse trips can be adjusted by the user, allowing for more precise protection. The fusible link is also designed to be able to detect small shocks or interruptions and quickly react to them, further ensuring the safety and reliability of the circuit.

The BK1/S500-6.3-R is a very reliable and safe fusion device that can be used in various applications. Its adjustable breaking capacity and time-delay feature ensure that it will protect any circuit from overcurrent and voltage overload. This makes it a great choice for many applications, and it is sure to continue to be a trusted and reliable source of protection in the future.

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