IALK1-1REC4R-52-100.-01

Circuit Breakers and the IALK1-1REC4R-52-100.-01

Circuit breakers are highly specialized components used to protect electrical systems from power surges and other issues which could cause damage. The IALK1-1REC4R-52-100.-01 is a particular make and model which is used in many industrial and residential applications, and it is important to understand how this circuit breaker works in order to choose the right model.

Application Field

The IALK1-1REC4R-52-100.-01 is a two pole, 100 amp, 240 volt circuit breaker. It can be used in residential and commercial settings, including both residential and commercial construction. It is also suitable for use in power factor correction systems, power factor compensation systems, and other applications.

The IALK1-1REC4R-52-100.-01 can also be used in various motor control applications, such as water and sewage pumps, pressure washer and pressurizing systems, compressors, and other industrial motor applications. This circuit breaker is capable of functioning in temperatures ranging between between -20°C and +50°C, making it ideal for a variety of settings.

Working Principle

The IALK1-1REC4R-52-100.-01 uses an overload sensing mechanism to detect when the current being drawn by a system or motor is too high. When the current levels exceed the threshold, the circuit breaker halves the current draw to protect the system from damage. This process is also known as tripping the breaker.

The IALK1-1REC4R-52-100.-01 also features a thermal sensing feature which is used to detect temperature changes in the system and respond accordingly. This helps the circuit breaker anticipate potential problems and react before any damage is done. In addition, this circuit breaker also has a positive temperature coefficient to ensure that it is protected from high temperature conditions.

Conclusion

The IALK1-1REC4R-52-100.-01 circuit breaker is a popular and reliable choice for many industrial and residential applications. This device operates by sensing current overloads and reacting accordingly to half the current draw, as well as using thermal sensing features to anticipate potential problems. This makes it ideal for a wide variety of settings, and it is suitable for both residential and commercial use.