T11-41-10.0A-01-10

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Circuit breakers are essential for electrical systems and devices to protect them from damage or destruction due to an overload or short circuit. T11-41-10.0A-01-10 is a type of circuit breaker designed for home and office applications.

The T11-41-10.0A-01-10 circuit breaker can be utilized in a variety of applications, such as protection against brief power surges, over-voltage protection and isolation, over-current protection and overload, and post-fault repairs. The circuit breaker also has the ability to detect and control circuit breaker trips when dealing with faults such as overloads and shorts. Additionally, it can protect against the damages caused by over-current.

The T11-41-10.0A-01-10 circuit breaker is essentially a switch that gets tripped when an over-current spike appears. When the surge goes over a certain threshold, the circuit breaker shuts off, shorting the circuit and usually preventing damage to the appliance or device. This is done with a set of contacts, or a switch, that opens whenever the current exceeds its set threshold.

The T11-41-10.0A-01-10 circuit breaker is designed for low-voltage applications, and is rated for a maximum continuous current of 10 amps. The breaking capacity of the breaker is 2500 amps, with a resetting capacity of 1000 amps. It is a compact breaker, measuring only 2.25 inches by 4 inches. Additionally, the circuit breaker provides a quick interruption of current in case of an over-current, while still maintaining adequate safety.

The working principle of the T11-41-10.0A-01-10 circuit breaker is quite simple. The circuit breaker has an internal system that is connected to the voltage and current sensors. Whenever the current exceeds the threshold value, the sensors send a signal to the breaker, which in turn causes it to open, thereby shutting off the circuit.

The T11-41-10.0A-01-10 is a highly reliable and essential device for any electrical system. It ensures the safety and reliability of the system and its devices by providing protection against over-current, over-voltage, short circuits, and other issues. It is a cost-effective way to maintain an efficient and safe electrical system.

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