219-3-2600-440

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Circuit Breakers

Circuit breakers are essential components used to ensure the safety of numerous electronic systems. These breakers activate when a short circuit, power surge, or other types of voltage anomalies occur. This limits the damage to sensitive components and allows for a quick and safe reset. The 219-3-2600-440 is one of the most common circuit breakers used today, and has become the go-to device for many applications due to its ability to easily and efficiently protect circuits from malfunctions.

Application Fields

The 219-3-2600-440 is a versatile circuit breaker applicable to multiple fields. It is most often used in industrial and commercial applications as it has been safety certified as a low and medium voltage device, and is capable of quickly disconnecting or re-energizing high power circuits. Additionally, it is suited for locations ranging from those with high dust and corrosive atmospheres, to places with high humidity levels.

Another popular use for the 219-3-2600-440 is its ability to protect electronic and electrical systems from overvoltage and short circuit surges. When such an event occurs, the breaker immediately shuts off the circuit, protecting the system and preventing further damage. This unique feature ensures that costly repairs are avoided and allows the operator to quickly reset the circuit breaker to resume normal operations.

Working Principle

The 219-3-2600-440 uses an electromagnetically controlled contact spring and solenoid for operation. In normal operations, the circuit is completed and the breaker maintains an open position. In the event of an overload or surge, however, the electromagnetically activated contact slams shut and shuts off the circuit, preventing further damage to the system. This process, including the reset, can be done manually or remotely.

The 219-3-2600-440 is typically used with a thermomagnetic-based release. This release is highly sensitive to temperature, and is designed to detect and measure the temperature of the physical parts of the system. When an overload occurs simultaneously with a temperature increase, the thermomagnetic release trips and the breaker disconnects as a result.

The combination of the electromagnetically activated contact and sensitive thermomagnetic release make the 219-3-2600-440 a highly reliable and efficient way to protect circuits. This is one of the reasons why this particular circuit breaker is so heavily used in industrial and commercial applications.

Conclusion

The 219-3-2600-440 is one of the most commonly used circuit breakers due to its efficiency and ability to protect circuits from overvoltage, short circuit surges, and other malfunctions. It is applicable to a range of fields, including high dust and corrosive atmospheres, and is suitable for working with high power circuits. The 219-3-2600-440 employs an electromagnetically controlled contact and a thermomagnetic-based release, which is uniquely designed to detect high temperature events and disconnect the circuit as a safety feature.

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