CELZXB1-1REC4-70339-125-T Circuit Protection

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Circuit breakers are designed to protect electrical circuits from damage caused by overcurrents and surges. The CELZXB1-1REC4-70339-125-T is a standard break type circuit breaker used to protect larger circuits. This type of breaker interrupts current flow in the event of excessive current or a power surge.

These breakers are usually mounted on the back or side of the circuit board in order to be easily accessible. The CELZXB1-1REC4-70339-125-T utilizes a thermally-activated device which is designed to sense and then trip the breaker when an increase in current or a power surge is detected. When the breaker trips, the current flow is interrupted and power to the affected circuit is cut off.

The CELZXB1-1REC4-70339-125-T can be used in a variety of different applications, including commercial, industrial, and residential buildings. It is ideal for use in areas where there is high potential for electrical hazards, such as in near pools and other wet areas, or in areas where electrical surges are a concern.

The working principle of the CELZXB1-1REC4-70339-125-T is relatively simple. When a current or surge is detected, the thermally-activated device will trip the breaker and cause it to open. In this way, it interrupts the flow of electricity to the affected circuit, which effectively prevents any further damage or potential hazards.

In addition to its thermally-activated device, the CELZXB1-1REC4-70339-125-T also includes a mechanical interlock which helps ensure that the device is set in the correct position to operate properly during an overcurrent or surge event. The mechanical interlock also acts as an additional layer of protection against possible overcurrent or surge events.

The CELZXB1-1REC4-70339-125-T provides reliable protection for circuits from damage that can be caused by overcurrents and surges. This type of breaker is ideal for use in areas where electrical safety is of the utmost importance, as it can help prevent costly damage to equipment or other electrical components. The combination of the thermally-activated device and the mechanical interlock provide added reliability and protection against potential hazards.

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