IELK1-32692-100 Circuit Protection

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Circuit Breakers

A circuit breaker is an automated device that is designed to protect electrical circuits from damage caused by over-current, short circuit, or other problems. Circuit breakers are used to interrupt the flow of electricity when a fault is detected, thus protecting the circuits and the devices connected to them from potential damage. This article will discuss the IELK1-32692-100 application field and working principle.

Types of Circuit Breakers

Circuit breakers are available in a variety of types and designs, each of which serves a specific purpose in a circuit. For example, a circuit breaker designed for residential electric circuits is typically much smaller than one designed for industrial applications. Additionally, circuit breakers can be designed to function as just breakers, or they can also be equipped with additional features such as overload protection.

IELK1-32692-100 Application Field

The IELK1-32692-100 circuit breaker is designed primarily for residential wiring applications. It is rated for up to 10 amps of current, making it suitable for light household circuits, and is UL/CSA approved for basic safety functions. The breaker can be installed in either single-pole or two-pole applications, depending on the requirements of the circuit.

IELK1-32692-100 Working Principle

The IELK1-32692-100 is a thermal-magnetic circuit breaker, which means that its tripping mechanism is based on both the current passing through the breaker and its temperature. When too much current passes through the device, a bimetallic strip expands and trips the breaker, thus interrupting the flow of electricity. Additionally, if the temperature of the device increases too quickly, an internal heat sensor trips the breaker as well, preventing it from becoming damaged or causing a hazard.

Conclusion

The IELK1-32692-100 is a thermal-magnetic circuit breaker designed primarily for residential wiring applications. It is rated for up to 10 amps of current, and can be installed in either single-pole or two-pole applications. Its tripping mechanism is based on both the current passing through the breaker and its temperature, and it features internal heat sensors to prevent it from becoming damaged or causing a hazard.

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