LEGBX11-1-62-20.0-Z-M6-V

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Circuit breakers are essential in safeguarding the electrical system. When an electrical system experiences an overload or short-circuit, the lebx11-1-62-20.0-z-m6-v circuit breaker will shut off the power to the system. With its ability to quickly detect and stop the flow of electric current, it helps protect the system from damage. This article looks at the application field and working principle of the lebx11-1-62-20.0-z-m6-v circuit breaker.

Application Field: The lebx11-1-62-20.0-z-m6-v circuit breaker is suitable for the following applications:

• Industrial transformer protection.
• Power plant protection.
• Mineral processing plants.
• Power distribution substations.
• Electrical heating furnaces.

Working Principle: The lebx11-1-62-20.0-z-m6-v circuit breaker consists of two main components; the electro magnet (which consists of two coils) and the moving mechanism. The electro magnet is designed to generate a high magnetic field when an excessive current is detected in the circuit. This will cause the armature to be pulled towards the magnet, breaking the contact between the two electrodes. This interrupts the circuit, thus turning off the power to the electrical system.

The lebx11-1-62-20.0-z-m6-v circuit breaker also has a "trip latch" which aids in preventing the circuit from being re-energized until the fault is resolved. After the fault has been cleared, the user must reset the breaker manually before it can be re-energized.

The lebx11-1-62-20.0-z-m6-v circuit breaker is also designed with built-in overcurrent, overload, and short-circuit protection, which help to increase safety when working with an electrical system. In addition, it is designed with a protective cover to prevent unintentional energizing and arc flash hazards.

With its many features and benefits, the lebx11-1-62-20.0-z-m6-v circuit breaker is an invaluable tool in protecting an electrical system from damage or destruction caused by electric current overloads or short-circuits.

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