9510-G213-P1F4-Z0R2A1-3A

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Circuit Breaker

9510-G213-P1F4-Z0R2A1-3A is one of the best examples of a circuit breaker and is used in a vast variety of settings. It is ideal for applications in which low energy circuit protection is needed. This circuit breaker is an extremely effective way of providing short circuit protection to electrical systems, due to its high interrupting rating and current carrying capacity. In addition, it is suitable for use in high-voltage areas due to the internal overvoltage protection.

Application Field

9510-G213-P1F4-Z0R2A1-3A circuit breaker is commonly used in industrial and commercial applications, including data centers, infrastructure, and oil and gas production systems. Because of its high interrupting capacity and current carrying capabilities, this circuit breaker is an excellent choice for applications that require frequent switching operations, such as motor control centers, power distribution centers, fire alarm systems, and many building automation systems. The circuit breaker is also suitable for use in hazardous locations and other areas where the risk of fire is very high.

Working Principle

9510-G213-P1F4-Z0R2A1-3A circuit breakers work by breaking an electrical circuit when it becomes overloaded. When an overloaded circuit is detected, a thermostat inside the circuit breaker is triggered and the circuit is interrupted. This prevents an overload from damaging the equipment connected to the circuit. The circuit breaker can be manually reset or can be automatically reset after a certain period of time. When an overload has been detected, a notification will usually sound to alert the operator of the fault.

Conclusion

9510-G213-P1F4-Z0R2A1-3A circuit breaker is an ideal product for applications requiring short circuit protection, due to its high interrupting rating and current carrying capacity. It can be used in a variety of commercial and industrial applications, including data centers, infrastructure, and oil and gas production systems. The circuit breaker works by breaking an electrical circuit in case of overload, thus preventing the equipment connected to the circuit from being damaged.

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