IEGH11-35634-9-V

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Circuit Breakers

Circuit Breakers are important components in electrical circuits as they are designed to protect electrical circuits and components from damage due to excess current flowing through the circuit. The IEGH11-35634-9-V is a type of Circuit Breaker that has a wide range of applications and working principles.

Application of IEGH11-35634-9-V Circuit Breaker:

The IEGH11-35634-9-V Circuit Breaker can be used in many applications. Some of these applications include protection from overcurrent, protection from short-circuiting, motor overload protection, and protection from phase reversal. It can also be used in locations where there is a risk of fire due to an excess current.

The IEGH11-35634-9-V Circuit Breaker is designed to provide reliable protection in a variety of environments. It has a wide range of temperature ratings, making it suitable for use in areas where the temperature can range from below zero degrees Celsius to well over one hundred degrees Celsius. The IEGH11-35634-9-V Circuit Breaker is also designed to be resistant to water, moisture, vibration, and corrosion. This makes it ideal for use in locations where there is a risk of damp or unstable environments.

Working Principle of IEGH11-35634-9-V Circuit Breaker:

The IEGH11-35634-9-V Circuit Breaker uses a Trip Action Mechanism to protect the circuit from overcurrent. When the current in the circuit goes above a safe level the trip mechanism is activated and the circuit breaker interrupts the circuit, thus cutting off the flow of electricity. The trip action mechanism uses a thermal magnetic system to detect when the current in the circuit has gone above the safe level.

The thermal magnetic system uses two different mechanisms to detect the excess current in the circuit. Firstly, a thermal mechanism measures the heat in the circuit and will trip the circuit breaker if the temperature increases, indicating an excess current. Secondly, a magnetic mechanism uses a magnet to detect any changes in the current and will trip the circuit breaker if the current increases, indicating an over current.

Once the IEGH11-35634-9-V Circuit Breaker has tripped, it will remain in the off position until it is manually reset by the user. It is important to note that the Circuit Breaker should only be reset when the cause of the overcurrent has been addressed, otherwise the Circuit Breaker may trip again. Once reset, the Circuit Breaker will resume normal operation.

Conclusion:

The IEGH11-35634-9-V Circuit Breaker is a powerful solution for providing reliable protection in a variety of applications. Its trip action mechanism and thermal/magnetic system ensure that the circuit is protected from dangerous levels of current. The range of temperature ratings, and its resistance to water, moisture, vibration and corrosion, make the IEGH11-35634-9-V Circuit Breaker the perfect choice for many environments.

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