1658-G41-01-P10-15A

Circuit breakers are a vital component of electrical systems, used in homes and businesses the world over. The 1658-G41-01-P10-15A is an example of a circuit breaker designed to protect wiring and electrical systems from overloading or short circuiting. As such, it is important to know the application field and working principle of this type of circuit breaker.

The 1658-G41-01-P10-15A circuit breaker is designed to operate in conditions where there is a line current of 10 to15 amperes, with a specified power voltage of 240 volts AC. This type of circuit breaker is suitable for general purpose industrial, commercial and residential applications. The device has the ability to customers up to three poles at a time, making it suitable for a range of different applications.

The working principle of the 1658-G41-01-P10-15A circuit breaker is relatively simple. The breaker is fitted with a bimetallic strip and a contact arm. The contact arm is connected to an electromagnet which is connected to the breaker’s power source. When the current in the circuit reaches a predetermined level, the magnetic force increases, causing the contact arm to move. This movement causes the bimetallic strip to flex, opening the breaker’s contacts and cutting off the power to the circuit.

Once the current going through the circuit breaker has been cut off, the breaker goes into its tripped state. This means that the breaker must be manually reset to restore the power to the circuit. To do this, the circuit breaker must first be reset by lifting the contact arm back into the closed position. This will reset the breaker, however, it is important to remember that the circuit itself can still be overloaded or short circuited so appropriate care must be taken when restoring the power.

Understanding the application field and working principle of the 1658-G41-01-P10-15A circuit breaker is important for anyone who is tasked with installing or maintaining circuit breakers. Knowing how a circuit breaker works and the conditions in which it must operate is essential for ensuring that all electrical circuits are properly protected. With the right understanding of how a circuit breaker works and its application field, it is possible to safely connect and maintain electrical circuits.