CMRB1-39125-15-T

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Circuit Breakers, such as CMRB1-39125-15-T, offer protection against electricity overloads by automatically switching off the electrical circuit when a current beyond the set limit is detected. Circuit breakers are commonly used in residential and commercial buildings, where they help to protect electrical systems from potential damage or fire caused by overloads.

The CMRB1-39125-15-T is a miniature molded case circuit breaker manufactured with a thermomagnetic release and a rated operating voltage of up to 240 volts. It has a rated current of 15 amps and is available in many different styles, from one-pole to three-pole. A variety of sizes are also available to fit any application.

The working principle of the CMRB1-39125-15-T circuit breaker is quite simple. When the protective device is switched on, it is constantly monitoring the current flowing through the circuit. If the current reaches the rated value, a thermal coil positioned within the circuit breaker responds to the increase by heating up, creating an electromagnetic force. This force is used to disconnect the circuit, effectively breaking the electrical circuit. The breaker then resets itself automatically once the peak current has been exceeded and the thermal coil cools down.

The circuit breaker has a wide range of applications, so it can be used in a variety of environments. It is well suited for use in both residential and commercial settings, as it can protect against power surges and overloads, ensuring the safety of those using the electrical system. It can also be used in industrial settings, where it can detect and prevent overloads before costly damage is done. Finally, circuit breakers can also be used in electrical vehicles, protecting sensitive components from potential damage caused by sudden increases in current.

In conclusion, CMRB1-39125-15-T is a miniature molded case circuit breaker with a thermomagnetic release. It has a rated current of 15 amps and a rated operating voltage of up to 240 volts, making it suitable for a variety of applications. Its working principle is based on the detection of current overloads, where a thermal coil is used to disconnect the electrical circuit. Circuit breakers such as this offer a range of benefits, including protection against power surges and overloads, as well as preventing costly damage in industrial settings.

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