FN393-1-05-14

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Power entry connectors are components that are used to provide direct connection between an external power supply and a device, usually something like a computer or other equipment. The FN393-1-05-14 is a type of power entry connector that is designed for medium-voltage applications. It is a connector module that is used to provide a fast and reliable connection between the power source and the device.

The FN393-1-05-14 connector module is designed to safely handle currents up to 200 amps at a voltage of 277 volts, which makes it ideal for a wide range of industrial, commercial, and residential applications. The power entry connector features easy installation with a male/female connection that allows it to fit into power receptacles that accepts 5-25 mm2 wire and is designed to provide electromagnetic compatibility (EMC). It also includes an integrated filter for reduced surge protection.

The FN393-1-05-14 power entry connector is typically used to provide power from a source to a device in a relatively narrow area. This can include applications such as manufacturing and distribution centers, communication centers, and electrical equipment. Additionally, they are used in a variety of other applications such as in office spaces, apartments, hospitals, warehouses, and other areas where a reliable power connection is required.

The working principle of the FN393-1-05-14 power entry connector is relatively simple. When connected to the power source, the connector module will securely and safely provide power to the device. It is designed to provide a safe and consistent flow of power while keeping electrical interference from disrupting the connection. It is also designed to reduce the risk of short circuits and prevent the device from overloading.

The FN393-1-05-14 power entry connector is a reliable and durable component, which makes it an ideal choice for a variety of applications. It is designed to provide a safe, reliable, and efficient connection between the power source and the device. Additionally, it is designed to minimize the risks of electrical interference and short-circuits while providing a seamless and uninterrupted power connection.

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