IAGN6-1-52-2.50 Circuit Protection

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Circuit Breakers

Circuit breakers are devices used to protect electrical circuits from being overloaded. They protect against both short and long-term electrical problems, such as shorts and opens, by disconnecting the circuit when they detect an overload or a fault condition. Circuit breakers are found in almost every electrical system and come in a wide range of sizes and shapes. The most common type of circuit breaker is an IAGN6-1-52-2.50.

Application Field of IAGN6-1-52-2.50

The IAGN6-1-52-2.50 circuit breaker is designed for residential, commercial and industrial applications, including circuits up to 600 VAC. It is also suitable for circuits up to 250 VDC. It is intended to protect against short circuit, sustained overload, and arc fault protection. It can be used to protect both motors and lights in circuits requiring up to 50 amperes of power. This type of circuit breaker is available in 2-, 3-, and 4-pole configurations.

Working Principle of IAGN6-1-52-2.50

When current flows through a circuit, it is subject to resistance due to the materials in the circuit, the length of the circuit, and the amount of current being drawn. If the current reaches a certain level, known as the break current, the circuit breaker will open and disconnect the circuit, preventing further current from flowing and protecting the components in the circuit from damage. When a circuit breaker is tripped, it can be reset by turning it off and then on again.

The IAGN6-1-52-2.50 circuit breaker is a two-pole, two-throw, with a thermal magnetic overload trip device. It has a thermal overload setting of 2.50 amps. The actuating mechanism of the break point is a bimetal strip that is thermally activated and designed to react to temperatures caused by current overloads. When the current reaches the pre-set value of 2.50 amps, the bimetal strip will deform, pushing against the breaker core and mechanically breaking the circuit.

Once the circuit has been disconnected by the breaker, the bimetal strip will cool off and return to its original shape. This allows the circuit breaker to be reset and current to flow through the circuit again. The thermal magnesium overload device enables the breaker to withstand sustained overloads, but will eventually trip when a series of overloads occur. The device will reset itself and restore the circuit once it has cooled off.

Conclusion

The IAGN6-1-52-2.50 circuit breaker is a two-pole, two-throw breaker with a thermal magnetic overload trip device. It is designed for residential, commercial and industrial applications, including circuits up to 600 VAC, and is suitable for circuits up to 250 VDC. The actuating mechanism of the break point is a bimetal strip that is thermally activated and designed to react to temperatures caused by current overloads. It protects against both short and long-term electrical problems, such as shorts and opens, by disconnecting the circuit when it detects an overload or a fault condition.

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