IEL1-1REC4-32438-32-V

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Circuit breakers are key components of electrical systems, providing a means to protect against potential power outages. The IEL1–1REC4–32438–32–V is a circuit breaker designed for different applications and its working principle is built around three main components. These are the contacts, arc extinguisher, and operating mechanism.

The contacts control the flow of electricity, allowing the charge to pass through when the circuit breaker is on, and interrupting it when the circuit breaker is switched off. This is achieved using two contact points, and an arc gap, located between the two points. Whenever the contacts are opened, an arc is generated, which needs to be extinguished in order to ensure safety in the circuitry.

The arc extinguisher, also referred to as an arc-chute or current-chute, dissolves the arc. The arc is quenched as it passes through a medium such as sulfur dioxide or oil, which quickly cools it and prevents further power surges. In the case of the IEL1–1REC4–32438–32–V, the arc extinguisher contains a stainless steel shell with both horizontal and vertical baffles, and a refractory collar that ensures optimal quenching of the arc.

The operating mechanism is responsible for controlling the flow of current and switching off the circuit breaker during situations that require it. It consists of a toggle switch and a trip counter, which enable users to manipulate the voltage, current, and frequency of the circuit breaker. Furthermore, the toggle switch can be used to adjust power ratings, while the trip counter can be used to count the number of operations, amperes, or volts that have been applied to the circuit breaker.

The IEL1–1REC4–32438–32–V has a variety of application areas, with its main purpose being to protect electrical equipment from electric surges and overloads. Such overloads and surges can occur due to lightning strikes, faulty appliances, electric storms, and thermal breakdowns. The IEL1–1REC4–32438–32–V can also be used in industrial applications, such as automotive and oil and gas industries, to protect against faults in these complex systems.

In conclusion, the IEL1–1REC4–32438–32–V circuit breaker provides a reliable and robust solution for various electrical applications. Its working principle combines three key components – contacts, arc extinguisher, and operating mechanism – which provide a reliable and robust method of protection against potential power outages and electric surges.

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