8340-T110-K1T1-ALH126-15A

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Circuit breakers are important components in electrical systems, because they protect the system against short circuits and overloads. In this article, we will discuss the 8340-T110-K1T1-ALH126-15A circuit breaker and its applications, along with its working principle.

The 8340-T110-K1T1-ALH126-15A circuit breaker is a thermal-magnetic circuit breaker, which combines the advantages of both thermal and magnetic circuit breakers. As compared to magnetic breakers, thermal breakers have a faster response time, which means that they can shut off power faster. This type of breaker also has a higher current rating, meaning that it can handle a higher load without tripping the breaker.

The 8340-T110-K1T1-ALH126-15A circuit breaker is ideal for a wide range of applications. It is commonly used for commercial and industrial projects, as well as for high-voltage applications. This type of breaker is also suitable for submersible and explosion-proof applications. It is also an ideal choice for electrical systems that are exposed to vibration or extreme temperatures.

The 8340-T110-K1T1-ALH126-15A circuit breaker has a working principle based on two separate mechanisms. The first mechanism is the thermal-magnetic principle, which operates with the help of a switch connected to a bimetallic strip that is heated by the current flowing through the breaker. When the strip reaches a certain temperature, it bends and triggers the circuit breaker switch. The second mechanism of operation is the magnetic principle, which is based on a coil connected to the switch. When the current flowing through the circuit breaker reaches a certain level, it causes the magnetic field around the coil to increase. This, in turn, causes the switch to trip and shut off power to the circuit.

In conclusion, the 8340-T110-K1T1-ALH126-15A circuit breaker is a thermal-magnetic circuit breaker that is suitable for a wide range of applications and is designed to protect the system against short circuits and overloads. It operates using two separate mechanisms – the thermal-magnetic principle and the magnetic principle – and is an ideal choice for commercial, industrial, and high-voltage applications.

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