IUGN6-34092-25

Series:	IUG
Part Status:	Active
Lead Free Status / RoHS Status:	--
Breaker Type:	Magnetic (Hydraulic Delay)
Moisture Sensitivity Level (MSL):	--
Current Rating:	--
Number of Poles:	1
Actuator Type:	Lever
Illumination:	--
Illumination Voltage (Nominal):	--
Mounting Type:	Panel Mount

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Introduction
IUGN6-34092-25, or commonly known as circuit breakers, are commonly used in electrical systems, and are widely known for their ability to protect electrical systems from damage or overloading. Circuit breakers are for example used to disconnect a circuit when it becomes overloaded or to stop overload of the system itself. Furthermore, these devices are known to be reliable when it comes to safety, making them a popular choice in many industrial settings.Application Fields
IUGN6-34092-25 circuit breakers are typically used in more industrial settings, where they are primarily used to protect equipment from excessive currents and voltages. This has been a popular safety mechanism used in factories, where large amounts of electricity is being used, thus requiring adequate assembly which is able to mitigate the risk of accidents or equipment damage. In addition, they are used in larger electrical systems that are in need of efficient fault protection and overload protection.Working Principle
The working principle of IUGN6-34092-25 circuit breakers can be described as a self-contained protective device. This means that when there is an overload current or Voltage, the circuit breaker will automatically respond and break the circuit until the dangerous current or voltage has been dissipated. This is done by using either thermal-magnetic or hydraulic-magnetic tripping elements that activate when the current exceeds a certain limit.The tripping elements in the device contain a magnet and a contact. The contact is separated by an air gap when the current is below the rated current, but as the current rises, the magnet pulls the contact towards each other and the circuit breaker is activated. This creates an open circuit, allowing the current to travel in a loop instead of going through the connected equipment, thus protecting it from potential damages. In addition, some circuit breakers have a manual reset switch, which needs to be toggled in order to reset the circuit breaker and make it ready for the next overload situation.Conclusion
IUGN6-34092-25 circuit breakers are an efficient, reliable and commonly used type of protective device in industrial settings. They can protect equipment from damage and overloading, and as such, they are an essential part of many large electrical systems. Furthermore, the working principle of such devices is based on the utilization of thermal-magnetic or hydraulics-magnetic tripping elements, which allow for automatic protection of the system when there is an overload current or voltage. All in all, circuit breakers are an important safety device for any electrical system.

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