IULK1-35861-15

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Circuit Breakers

A circuit breaker is an essential component of many electrical and electronic systems, as it provides protection against overloads or short circuits. The IULK1-35861-15 is one such device, and this article will discuss its applications and working principles.

Applications

The IULK1-35861-15 is mainly used in industrial and commercial applications. It is most commonly used in circuits with high or low voltages or heavily loaded motor circuits. It is suitable for a wide range of applications, including industrial circuits, residential circuits, medical equipment, and commercial LED lighting systems. It can also be used for RFI filtering.

The IULK1-35861-15 is widely used in many industries due to its performance and dependability. It is resistant to overloads, short circuits, and high temperatures, as well as vibration and water immersion. It also has low maintenance costs and is UL listed, indicating that it has been tested and meets safety standards.

Working Principle

The working principle of the IULK1-35861-15 is based on the force generated by an electromagnetic field. When current flows through the device, an electromagnetic field is generated, and this field applies a force that trips the contacts in the breaker. For sensitive applications, such as medical equipment, the trip current may be fine-tuned to ensure that it meets the requirements of the application.

The main components of the IULK1-35861-15 include an electromagnetic core, contact points, bi-metal strip and terminals. The electromagnetic core generates a magnetic field when current passes through it. This field causes the bi-metal strip to flex, which trips the contact points and disconnects the circuit. When the current is no longer present, the spring-loaded contacts reset and allow current to flow again.

Conclusion

The IULK1-35861-15 is a circuit breaker capable of protecting sensitive electronic and electrical systems from overloads and short circuits. It is suitable for a variety of industrial and commercial applications, and it is resistant to overloads, short circuits, and high temperatures. Its working principle is based on an electromagnetic field, and it is UL listed, indicating it meets safety standards.

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