JLE-1-1-53-3-B4-175

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A circuit breaker is an important device for electrical control and protection. Not only does it help protect from overloads, but it can also provide safety from short circuits. The JLE-1-1-53-3-B4-175 is an example of a circuit breaker. In this article, we will talk about the application field and working principle of this model.

First and foremost, the JLE-1-1-53-3-B4-175 is designed to provide protection against overloads, shorts circuits, and under-voltage conditions for residential and commercial electrical circuits. It is designed with a hermetically sealed contact chamber that can handle up to 175 A of current. Additionally, it is equipped with a thermal and an electromagnetic trip, which work together to provide optimal protection for electrical circuits. The price of this model is also reasonable, making it a popular option for many domestic and commercial installations.

The working principle of this model is based on the shift of the contact chamber in response to electrical currents. It is a one-pole circuit breaker, so it does not need external current sources to operate. When the current exceeds the preset values, the contacts in the contact chamber will move rapidly to open the circuit. This process is known as tripping. After the device trips, the contact chamber can be reset manually if appropriate.

The JLE-1-1-53-3-B4-175 circuit breaker is suitable for a wide range of electrical applications. This includes residential, commercial, and industrial environments. Its hermetically sealed contact chamber allows it to handle up to 175 A of current, which is suitable for most applications. It is a popular choice among contractors and electricians due to its reasonable price, reliable protection, and easy resetting process.

In conclusion, the JLE-1-1-53-3-B4-175 circuit breaker is a reliable protection device for residential, commercial, and industrial environments. It is designed with a hermetically sealed contact chamber which can handle up to 175 A of current. The working principle of this model is based on the shift of the contact chamber in response to electrical currents. It offers reliable protection against overloads, shorts circuits, and under-voltage conditions, and is a popular choice due to its reasonable price and easy resetting process.

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