8345-B02A-T3M2-DB1B1C-1A

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A circuit breaker is a device which is used to protect an electrical circuit from excessive current. It is designed to interrupt the current flow in the event of an overload or short circuit. Circuit breakers can be used in both residential and commercial applications, and they can be found in many different sizes, styles, and varieties.

The 8345-B02A-T3M2-DB1B1C-1A circuit breaker is designed for use in medium voltage applications. It can be used in any circuit requiring up to 500V, and is capable of opening and closing contacts five times per minute. The breaker also features a thermal magnetic trip mechanism, and has two molded case versions, Type 2 and Type 3. The Type 2 version can handle up to 600V, while the Type 3 version can handle up to 1000V.

The working principle of the 8345-B02A-T3M2-DB1B1C-1A circuit breaker is straightforward. When the current flowing through the circuit exceeds the rated current rating of the breaker, the circuit breaker will trip. This occurs as the magnets produce a force that opens the contacts and breaks the circuit. This same force also shuts off the current, thus protecting the circuit components from damage due to an overcurrent.

The 8345-B02A-T3M2-DB1B1C-1A circuit breaker is typically used in electric power systems, such as for circuit protection in industrial and commercial environments. It is also typically used in applications where high voltage tolerances are required, such as motor control centers and switchgear. Additionally, these breakers are commonly used in high-voltage systems for heavy industrial applications, such as nuclear power plants and petrochemical facilities.

The 8345-B02A-T3M2-DB1B1C-1A circuit breaker is a reliable device that can be used to protect an electrical circuit from excessive current. It offers a variety of features, such as a thermal magnetic trip mechanism, two molded case versions, and the ability to open and close contacts quickly. This breaker is ideal for medium voltage applications, and can be used in any circuit requiring up to 500V. Furthermore, it is commonly used in electric power systems, motor control centers, switchgear, and other high voltage systems.

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