IALN1-1-53-10.0 Circuit Protection

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Circuit breakers are essential components of any electrical system. They are used to protect electrical circuits and equipment from accidental overloads or short circuits. The IALN1-1-53-10.0 is a type of circuit breaker designed for use in AC branch circuits in residential and commercial buildings. This circuit breaker can be used in a variety of applications, from multi-family homes and apartment buildings to industrial facilities.

The IALN1-1-53-10.0 circuit breaker works by opening the circuit when excessive current is detected. When an overload or short circuit occurs, an electric current flows through the breaker, which causes a bi-metal strip to heat up and expand, thereby opening the circuit. This process is known as thermal-magnetic tripping. The IALN1-1-53-10.0 is designed to sense both thermal and magnetic values so that it can react quickly and accurately when a fault occurs.

In addition to protection from overloads and short circuits, the IALN1-1-53-10.0 also offers manual override protection. This feature is enabled by an external switch, allowing the user to manually reset the breaker if needed. This is especially useful in cases where the breaker trips but the source of the fault has already been remedied.

The IALN1-1-53-10.0 circuit breaker is designed for easy installation and is UL-listed, which means it has been certified to meet Underwriters Laboratories standards. The breaker is also designed to be shock resistant, which means it is less likely to be damaged by electric shocks. In addition, the breaker is designed to be embedded in fuse-based distribution systems for enhanced protection.

This circuit breaker is widely used in residential and commercial settings. It is designed for use in branch circuits, which are circuits that feed from the main power supply to individual electrical devices. Its thermal-magnetic tripping system makes it ideal for protecting against overloads, short circuits, and other electrical problems. The IALN1-1-53-10.0 can also be manually overridden, making it a valuable tool in Electrical Safety.

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