IPAP-1-1-61-10.0-R-01-T

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Circuit breakers are widely used in power supply, electrical system, and industrial control. The IPAP-1-1-61-10.0-R-01-T circuit breaker belongs to this family. It is known for its superior performance and reliable operation.

This circuit breaker is designed to provide overload protection to either the initiating control circuit or the motor circuit. It is suitable for a variety of motor applications, including motor control systems and motor protection circuits. It is rated for a maximum current of 10.0A and features a trip time of 6 seconds.

The IPAP-1-1-61-10.0-R-01-T device is also applicable for overload protection and manual overcurrent protection for AC/DC power networks. It is suitable for a variety of applications, including industrial control, industrial automation, and building automation. It is also compatible with a range of power supply equipment, such as UPS power supply, solar power system, and switching power supply.

The working principle behind the IPAP-1-1-61-10.0-R-01-T circuit breaker is simple. It is composed of two stainless steel support brackets, a microswitch and a contact box. When the current exceeds the rated value, the microswitch closes, and the contact box is then energized and the circuit breaker trips. As a result, the circuit is interrupted and the motor is safely protected.

This type of circuit breaker has the dual benefits of providing overload protection and manual overcurrent protection. It is designed to automatically reset itself after a short period of time, and it is also equipped with a manual reset button. The manual reset button allows for an immediate resetting of the device.

The IPAP-1-1-61-10.0-R-01-T circuit breaker is a reliable and efficient device for overload protection. It is capable of providing safe and reliable operation, and it is perfect for a variety of applications, such as industrial control and motor control systems. It is also compatible with a range of power supply equipment, making it an ideal choice for a variety of applications.

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