219-1-29517-102

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

The circuit breaker 219-1-29517-102 is a single pole, circuit breaker with a thermal/magnetic release. It is used in panelboards and switchboards, offering short circuit protection against overload and short circuit current. This circuit breaker is suitable for use in direct current, alternating current, and mixed AC and DC electric power systems. It is designed for use on circuits rated up to 100 A.

The 219-1-29517-102 circuit breaker features an operator handle with two positions. The operator handle is color-coded green for on and red for off. When the operator handle is in the on position, the breaker is on and electricity flows to the circuit. When the operator handle is in the off position, the breaker is off and electricity is prevented from traveling to the circuit.

The breaker\'s working principle is based on a thermal and magnetic trip method. The thermal trip operates in the event of prolonged overload, while the magnetic trip operates in the event of short circuit. The thermal and magnetic trip points are factory-set and are not adjustable.

The circuit breaker is equipped with a thermal element that is designed to detect overload current. This overload current increases the temperature of the thermal element. When the temperature reaches a pre-determined level, the circuit breaker trips, preventing further overload.

In the event of a short circuit, the circuit breaker is designed to trip when the current exceeds its pre-determined level. This is done by using a magnetic field created from a magnetic core and coil. The current that is a result of the short circuit causes a magnetic field to be created. This field causes the magnetic core to move, which causes a lever-operated trip release to move and trip the breaker.

The 219-1-29517-102 circuit breaker is an ideal solution for electric power systems. It is designed to protect against overload and short circuit current, while offering simple and reliable operation. It is well suited for use in direct current, alternating current, and mixed AC and DC electric power systems.

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