CERB1-39985-65-T

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Circuit breakers are an essential component of electrical systems in order to prevent damage from short circuits and power surges. These critical components are designed to physically disconnect the circuit when either a dangerous voltage or current is detected. The CERB1-39985-65-T is a type of circuit breaker offering exceptional protection against physical damage, current overload and short-circuiting.

The CERB1-39985-65-T features a three pole design tailored to provide optimal protection while taking up minimal space. Each pole contains a contact system consisting of a rigid and movable contact, known as the main contacts. When the current flow reaches a dangerous level the contacts will break, creating an open circuit and preventing the circuit from becoming damaged. As safety is the priority with circuit breakers, they are designed to disconnect the circuit immediately without any delay.

The applications of the CERB1-39985-65-T are found in many electrical systems. The design of the three pole model allows for easy connection between three phases of electricity. This makes it idea for any systems requiring protection from short circuits and surges across multiple phases. This type of circuit breaker is especially used in industrial environments and it can handle up to 10,000 amperes of current.

The CERB1-39985-65-T is designed to work through thermal-magnetic operation mode. This involves two separate components which work in concert together to detect and regulate current flow. The thermal component contains a bimetallic component which curves when heated and expands as the temperature rises. This component is positioned between the contacts where it monitors the current passing through. As the current increases, the heat generated by the bimetallic component will expand and physically move the contact to the open position.

The magnetic component works in a similar fashion, however, instead of relying on heat generated by current, the magnetic field is monitored. This is accomplished by positioning a coil or any other inductive component around the poles. When the current reaches a dangerous level, the magnetic field generated will be so powerful it will cause the main contact to break the circuit.

The CERB1-39985-65-T is an excellent example of a circuit breaker, offering efficient protection from short circuits and surges. The three pole design allows for use on systems with up to three individual circuits and it can handle up to 10,000 amperes of current. Combining the thermal and magnetic components, it provides excellent protection against current overload and short-circuiting.

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