IELH11-1REC4-26876-2-V

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IELH11-1REC4-26876-2-V is a type of circuit breaker, a crucial component in any electrical system. Circuit breakers are safety devices that protect the electrical system from surges, short circuits, and other possible damages. They come in various types and sizes, and the IELH11-1REC4-26876-2-V is one such type. In this article, we will discuss the application fields and working principle of IELH11-1REC4-26876-2-V circuit breakers.

Application Fields of IELH11-1REC4-26876-2-V

IELH11-1REC4-26876-2-V circuit breakers are used primarily for low-voltage power distribution systems, such as in residential dwellings, schools, hospitals, and factories. These types of circuit breakers are generally suitable for currents up to 132 amperes. They are suitable for individual panelboards, combination starters, motor control centers, and switchboards, and they are often used in places where a high degree of safety is of the utmost importance.

Working Principle of IELH11-1REC4-26876-2-V

The IELH11-1REC4-26876-2-V circuit breaker functions by cutting off the power supply in dangerous situations. The circuit breaker contains two sets of contacts, and when a current overload or a short circuit occurs, the contacts quickly separate, interrupting the flow of electricity. This process, also known as tripping, protects the circuit from any damage that may occur due to the overload or short circuit.

In order to trip the breaker, a thermal-magnetic element is incorporated into the design of the circuit breaker. This element senses the current in the circuit and, in the event of an overload, trips the breaker when the current rises above a certain level. When the current drops back below the set threshold, the element automatically resets the breaker, restoring the power supply.

The IELH11-1REC4-26876-2-V circuit breaker also has a manual override switch, which allows the user to manually trip the breaker if necessary. This can be used in cases where an overload has occurred but not yet tripped the breaker, or if an emergency power outage is required. This allows for greater flexibility and safety, since users can manually cut off the power in the event of an overload or emergency situation.

Conclusion

IELH11-1REC4-26876-2-V circuit breakers are a crucial component of any low-voltage power distribution system. They are used to protect the circuit from dangerous scenarios, such as short circuits and overloads, and provide an extra layer of safety for users. They work by using a thermal-magnetic element to sense the current in the circuit and trip the breaker when the current rises above a certain level. They also have a manual override switch, which allows users to manually trip the breaker if necessary. All in all, IELH11-1REC4-26876-2-V circuit breakers are a reliable and effective way to protect your electrical system from any potential damages.

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