IEL1-1REG4-63-20.0-A-01-V

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Circuit Breakers – IEL1-1REG4-63-20.0-A-01-V application field and working principle

Circuit breakers provide a valuable service to most homes and businesses by cutting off electric power in case of an overload or short circuit. The circuit breakers used in modern electrical installations can be divided into two primary categories: Thermal Circuit Breakers and Magnetic Circuit Breakers. The type of circuit breaker recommended for specific applications depends on the application’s requirements. In some cases, a combination breaker is an appropriate choice.

The IEL1-1REG4-63-20.0-A-01-V circuit breaker belongs to the thermal magnetic circuit breaker category, and is designed for a variety of applications. It provides versatility and is well suited to residential, commercial and industrial applications where both over-voltage and short circuit protection are desired. It is capable of both overload and short circuit protection, ensuring that it functions in both cases, which is particularly useful when abrupt overloads or short circuits occur.

The thermal magnetic IEL1-1REG4-63-20.0-A-01-V circuit breaker works by combining two components – a thermally operated element and a magnetically operated element. In normal operation, the magnetically operated element is designed to provide continuous current flow at or below the rated current level. If the current exceeds the rated level, the magnetically operated element functions like an air-gap. This causes the current to be interrupted until normal conditions return.

The thermally operated element is designed to shut off the circuit in the event of an overload condition. Its operation is temperature dependent and includes a temperature-sensitive element which heats up when a current overload occurs. The heating of the element will cause the element to expand, which then trips the circuit breaker to prevent damage to the circuit.

The IEL1-1REG4-63-20.0-A-01-V can also provide short-circuit protection. It will detect if two wires are connected together and open the contacts, thus preventing any damage to the circuit. This feature makes it ideal for installations in areas where short circuits or overloads may occur.

In conclusion, the IEL1-1REG4-63-20.0-A-01-V thermal magnetic circuit breaker has become a popular option for a range of residential and commercial applications due to its combination of both overload and short circuit protection. Due to its versatile design and easy installation, it is an attractive option for many installers.

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