IALHK11-35201-1

Circuit breakers are commonly used in many power supply systems and serve an important role in protecting circuits from overload and short circuit conditions. The IALHK11-35201-1 is a type of circuit breaker specifically designed for installation in AC power systems up to 10 kilowatts. It is an advantageous and cost-efficient device and is suitable for a variety of applications.

The IALHK11-35201-1 is a molded case-type circuit breaker with single and three-phase designs, meaning it can be used in single-phase or three-phase AC circuit applications, depending on the model purchased. It also features thermal-magnetic overload protection with optional trip class ratings from 10 to 140A, for either AC or DC systems. The IALHK11-35201-1 features a short-circuit interrupting capacity of 6kA and a dielectric test of 3000V-AC.

The IALHK11-35201-1 works by detecting when an abnormal amount of electricity is flowing through a circuit. It does this using an internal coil, or thermal-magnetic element, which reacts to changes in electricity. When an overload or short circuit condition is detected, the coil causes an electrical contact inside the device to open, disconnecting the circuit and protecting the components from damage. Additionally, the thermal-magnetic element can be set to activate at different thresholds, providing customized protection for various applications.

The IALHK11-35201-1\'s impressive short-circuit interrupting capacity and trip class ratings make it ideal for situations that may require more powerful protection, such as in air conditioning units, medical equipment, or large industrial applications. Additionally, its small size means that it can be installed in tight spaces, making it suitable for use in cramped spaces or when space is at a premium.

In summary, the IALHK11-35201-1 is a cost-effective and reliable circuit breaker that is suitable for a variety of applications. Its single- and three-phase designs, trip class ratings, and impressive short-circuit interruption capabilities make it an ideal choice for protecting valuable electrical subsystems from dangerous overload and short circuit conditions.