IUGNF66-33485-25 Circuit Protection

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Circuit breakers are electrical devices that protect electrical circuits from failure due to overcurrent, excessive voltage, or short-circuiting. They have been around for quite some time and have become a must-have component of any electrical system. IUGNF66-33485-25 is one of these circuit breakers.

The IUGNF66-33485-25 circuit breaker is a two-pole, thermal-magnetic device designed for a variety of applications. It can be used for protection of transformers, motors, and home appliances from overcurrents. It is UL Listed, CSA Certified, and CE Certified, making it reliable and safe to use. The IUGNF66-33485-25 is also available with an optional auxiliary contact block. This helps the user to know when the breaker tripped, allowing for easy resetting.

The main components of the IUGNF66-33485-25 are the thermal and magnetic elements. The thermal element is a bimetallic strip that expands when heated, cutting off the current flowing through the circuit. The magnetic element is a solenoid that is energized when the current reaches a certain predetermined level, and pulls the armature to open the circuit. Together, these components provide reliable circuit protection by tripping the breaker when current levels reach dangerous levels.

The IUGNF66-33485-25 circuit breaker automatically resets itself when the overcurrent conditions have been alleviated. This makes it a great choice for applications where the circuit protection needs to be reset quickly and efficiently. Additionally, the breaker can be manually reset from an external reset button located on the front of the breaker. This is useful in applications where an inability to manually reset the breaker could cause a larger disruption.

Overall, the IUGNF66-33485-25 is a reliable and effective circuit breaker. It has undergone rigorous testing and is UL Listed, CSA Certified, and CE Certified, making it a safe choice for virtually any application. Its combination of thermal and magnetic components provides reliable protection from dangerous overcurrents, while its ability to reset automatically after tripping makes it a great choice for applications where downtime must be minimized.

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