IELK111-1-63-100.-01-V

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit breakers are designed to protect circuits from overloads and short circuits. They are the most common type of protective devices used in electrical circuits. The IELK111-1-63-100.-01-V is a type of circuit breaker, and its application field and working principle are discussed in this article.

The main application field of IELK111-1-63-100.-01-V is for miniature circuit breakers in low-voltage circuits. This type of circuit breaker is suitable for over-current protection in low-voltage switchboards, machines, pumps, motors, vehicles, and other equipment. It can be used wherever over-current protection is needed to prevent electrical damage or fires.

In its operation, the IELK111-1-63-100.-01-V is designed to detect over-currents and short circuits, and to disconnect the circuit when these are detected. It works by continuously monitoring the current that is flowing through the circuit. When the current exceeds the designed limit, the IELK111-1-63-100.-01-V trips and disconnects the circuit. This prevents electrical damage or circuit fires from occurring.

At its core, the IELK111-1-63-100.-01-V utilizes an electromagnetic principle to detect over-currents and short circuits. Inside the circuit breaker, there is a current-sensing coil which creates an electromagnetic field when it is energized by current. The coil is connected to a tripping mechanism which senses the change in the electromagnetic field. When the current in the circuit exceeds the designed limit, the tripping mechanism trips the contacts of the circuit breaker, thus disconnecting the circuit.

The IELK111–1–63–100–01–V also features automatic resetting. This means that after the overload or short circuit has been cleared, the circuit breaker will reset itself automatically and can be used again.

In summary, the IELK111-1-63-100.-01-V is a type of miniature circuit breaker designed for low-voltage circuits. It works by continuously monitoring the current in the circuit and tripping when the current exceeds the designed limit. It utilizes an electromagnetic principle to detect over-currents and short circuits, and also features automatic resetting. This makes it a reliable and effective device for over-current protection in low-voltage switchboards, equipment, and motors.

The specific data is subject to PDF, and the above content is for reference