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Circuit Breakers

The CELBXPK111-35080-250-V is a standard circuit breaker used in many industries today. A circuit breaker is a type of switch designed to protect an electrical circuit from damage caused by an overload or current surge. The CELBXPK111-35080-250-V is able to handle up to 250V and is capable of automatically disconnecting the electrical circuit when an overload occurs.

Application Field

The CELBXPK111-35080-250-V circuit breaker is suitable for a variety of industrial and commercial applications. It is capable of handling surges commonly found in complex applications such as HVAC, lighting and power distribution systems, as well as applications involving high electrical loads such as motor loads. The CELBXPK111-35080-250-V is also used in various types of motor control panels and is capable of monitoring its own voltage and current.

Working Principle

The CELBXPK111-35080-250-V circuit breaker operates on the principle of an electromagnet. When an overload or current surge occurs, a wire coil within the device is magnetized, causing a metal plate within the circuit breaker to be moved away from its contact point. This causes the circuit to be opened and the power to be cut off, thus preventing damage to the circuit.

The CELBXPK111-35080-250-V also has a trip mechanism that restores the circuit in the case of an overload. When the overload or current surge is removed, the coil of the electromagnet de-magnetizes, allowing the metal plate to snap back to the contact point and reestablish the power to the circuit.

Finally, the CELBXPK111-35080-250-V circuit breaker also has a thermal protective mechanism that triggers when the device is subjected to excessive temperatures. The thermal protection kicks in to protect the circuit in these instances, again preventing further damage to the circuit.

Conclusion

The CELBXPK111-35080-250-V is a circuit breaker designed to protect electrical circuits from overloads or current surges. It is suitable for a variety of industrial and commercial applications and is capable of handling high electrical loads. It operates on the principle of an electromagnet, and also has trip and thermal protection mechanisms that function to protect the circuit in the case of an emergency.

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