IEGZXF66-36514-5-V

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IEGZXF66-36514-5-V is a type of circuit breaker that is used for a number of applications. It is a popular product for applications requiring current interruption and short-circuit protection in residential and commercial settings. This product is also used in industrial and hazard-control settings, and can provide equal protection for both line and load side applications.

The circuit breaker offers overload protection, overcurrent protection, and short-circuit protection. The circuit breaker has a max current of 18,000 A, and is designed to withstand temperatures up to 95 degrees Celsius. It is designed to meet UL 508A standards, and is suitable for both AC and DC applications.

The operation of IEGZXF66-36514-5-V is based on a differential operation principle. When the differential current between the load and the line reaches a predetermined value, the breaker will open and the current will be interrupted. The device has an adjustable overload protection level which can be set to provide optimal protection.

The IEGZXF66-36514-5-V is available in a number of configurations, including compact and modular designs. The compact design is suitable for installations with limited space, while the modular design can be used for large applications. The device is also available in a number of voltage ratings, ranging from 12VDC to 5kVAC.

The IEGZXF66-36514-5-V circuit breaker is easy to install and use and requires minimal maintenance. The device is self-monitoring, and is designed to detect faults before they become dangerous. This ensures that the system is always protected and that any faults are identified quickly.

The IEGZXF66-36514-5-V is a reliable and cost-effective solution for residential, commercial, industrial, and hazard-control applications. The device is designed to keep electrical systems safe while providing dependable protection against overloads, overcurrents, and short-circuits. The differential operation principle ensures that the device is able to open and interrupt before dangerous levels of current can be reached.

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