BK/HTB-52M-R

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Fuseholders are an essential component in any electrical system to help protect larger components. The BK/HTB-52M-R is a special type of fuseholder that has been designed to be safely used in circuit breakers and other electrical systems. It utilizes a current monitoring circuit to guard against overcurrent conditions. This fuseholder is ideal for low power and low voltage applications due to its high-performance.

The BK/HTB-52M-R fuseholder is made up of several parts which are connected together to provide a secure and reliable connection. The fuseholder consists of a base, a body, a cover, and a contact. The body of the fuseholder is made from UL 94V-0 rated thermoplastic polyester. The base and cover are made from nickel-plated copper and are designed to prevent arcing and short-circuiting. The contact is constructed from copper alloy and is designed to be securely connected to the circuit breaker.

The BK/HTB-52M-R fuseholder utilizes a current monitoring circuit that is connected to the base and contact. When an overload or short-circuit condition is detected, the current monitoring circuit will trip the breaker, preventing damage to the other components in the system. This fuseholder also has a high-temperature rating, allowing it to be used in high-temperature environments where other fuseholders would not be suitable.

The BK/HTB-52M-R is often used in circuit breakers and other electrical systems due to its low-power and low-voltage characteristics. It is designed to be used with a variety of fuses, depending on the type of circuit being protected. The fuseholder can be easily installed in electrical panels and other equipment. It is also designed to be easy to maintain and inspect, ensuring that it will continue to perform as expected for years to come.

The BK/HTB-52M-R fuseholder is a reliable and robust electrical component that is designed to protect circuits from overcurrent conditions. It utilizes a current monitoring circuit to trip the circuit breaker before damage can occur, and is designed to be used in low power and low voltage applications. Its robust construction and high-temperature rating make it an ideal choice for a variety of applications.

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