4435.0576

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Circuit Breakers are an essential form of protection for any electrical system. They are designed to detect overload or short circuit conditions and disconnect the circuit to protect other system components and devices from damage. 4435.0576 is an Industrial Thermal-Magnetic Circuit Breaker with Thermal Memory Module. It is designed for motor control system protection and can be used in high ambient temperatures up to 65°C.

The 4435.0576 circuit breaker uses both thermal tripping and magnetic tripping systems to detect overcurrents. The thermal tripping system works by measuring internal current flow and temperature. When an overcurrent is detected, the thermal tripping system activates a mechanism that trips the breaker, disconnecting the circuit. The magnetic tripping system works by measuring external magnetic fields and adjusting the breaker’s trip point accordingly. When an overcurrent is detected, the magnetic tripping system activates a mechanism that trips the breaker, disconnecting the circuit.

The 4435.0576 circuit breaker has four application fields. The first field is motor control systems, which require the breaker to be able to sense an overcurrent or short circuit and disconnect the motor quickly. The second field is medium voltage applications, which require the breaker to be able to carry high current loads and operate in high ambient temperatures. The third field is power factor correction, which requires the breaker to be able to turn on and off based on the load’s power factor. The fourth field is renewable energy applications, which require the breaker to be able to handle highly fluctuating loads.

To enable the 4435.0576 circuit breaker to fulfill these capabilities, it is equipped with the Thermal Memory Module. This module is responsible for the tripping of the breaker, which is the process of disconnecting the circuit. It is made up of a series of temperature sensors, current sensors, and magnets, which are all used to detect overload and short circuit conditions. The thermal memory module is also responsible for resetting the breaker after tripping, which is done by resetting the pointers and reseating the contacts.

The 4435.0576 circuit breaker is a symbol of safety, quality and performance. With its highly reliable thermal memory module, it can detect overload or short circuit conditions and quickly disconnect the circuit. Thanks to its high ambient temperature rating, it can be used in a variety of different applications, including motor control systems, medium voltage systems, and power factor correction. And finally, the breaker’s ability to handle highly fluctuating renewable energy loads makes it suitable for a wide range of renewable energy applications.

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