9510-G213-J1F1-B0R2S1-3A Circuit Protection

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Circuit breakers are essential safety devices used in a variety of applications as protection from electric shock, overheating, and electrical fires. A 9510-G213-J1F1-B0R2S1-3A circuit breaker is an example of a product used in electrical systems. The following text will delve into the specific application fields and working principles of this circuit breaker.

Applications

A 9510-G213-J1F1-B0R2S1-3A circuit breaker is used in residential and industrial applications. Specifically, it is commonly used in homes, businesses, schools, and factories for overload protection, short circuit protection, and to isolate the power supply to an area for maintenance and repairs. This circuit breaker is also designed to protect circuit components when the circuit has an excessive amount of current flowing through it. To do so, the circuit breaker operates by detecting abnormal current levels then disconnecting the circuit from the power supply.

Working Principle - Thermal Magnetic Trip Units

The 9510-G213-J1F1-B0R2S1-3A circuit breaker uses a thermal magnetic trip unit, which is a combination of a bimetallic strip and an electromagnetic component. The bimetallic strip is heated when current passes through it, and it reacts to the heat by expanding and tripping the circuit breaker if the current overloads the circuit. The electromagnetic component serves as a backup to the bimetallic strip, and works by measuring the current and tripping if it exceeds the circuit breaker\'s rated current level.

These two elements work together to ensure the circuit is protected from the risks of overcurrent and excess current. In cases where the current is too high, the thermal magnetic trip unit will trip the circuit and disconnect it from the power supply. When the temperature of the current reaches the set maximum temperature, the bimetallic strip will expand, thus tripping the circuit breaker and separating the circuit from the power source.

Working Principle –Insulation Resistance

The 9510-G213-J1F1-B0R2S1-3A circuit breaker also includes insulation resistance. This is a device that measures the resistance of the insulation of the circuit breaker. The insulation resistance works by ensuring the circuit breaker does not overload or otherwise malfunction as a result of an excessive amount of current passing through it. If the insulation resistance is too low, then the circuit breaker will trip and disconnect the circuit from the power supply.

Conclusion

The 9510-G213-J1F1-B0R2S1-3A circuit breaker is an important tool for safely protecting circuits from overloads and electrical fires. This circuit breaker is a combination of thermal magnetic trip unit and insulation resistance that work together to ensure the safety of the circuit. It is used in a variety of residential and industrial applications, and is essential for protecting against the dangers of electrical shock, overheating, and electrical fires.

The specific data is subject to PDF, and the above content is for reference