FN9226-1-06

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Power Entry Connectors provide a streamlined solution for power entry applications, allowing for easy installation and operation while providing the necessary electrical power and functionality. FN9226-1-06 is an example of a power entry connector, and it has several key features that make it an attractive option for many applications. In this article, we will discuss the application field and working principle of FN9226-1-06.

Application Field of FN9226-1-06

FN9226-1-06 is a two-pole power entry connector suitable for use in a variety of application fields, including automotive, aerospace, telecommunications, industrial, and consumer electronics. It is a high-quality, cost-effective connector that provides reliable power entry and fits the standard dimensions of most power entry applications. It is corrosion-resistant and dust-proof, making it ideal for a range of environments. It is also capable of providing high current up to 16A and a voltage range of up to 240V, making it useful for many applications.

Working Principle of FN9226-1-06

The FN9226-1-06 power entry connector is made up of several components. It consists of a metal outer shell, a contact holder, two pins, and a locknut. The locknut serves to secure the connection of the connector, while the two pins insert into the contact holder to make electrical contact with the power supply. The contact holder is made up of two metal strips, which make electrical contact with the power supply. Finally, the outer shell provides protection to the internal components. When connected to a power source, the two metal strips make electrical contact with the power supply, allowing for the efficient transmission of electricity.

The FN9226-1-06 power entry connector is an efficient and reliable option for a wide variety of power entry applications. It is easy to install and use, and capable of providing high current and a broad voltage range. Additionally, its corrosion-resistant and dust-proof design make it ideal for both indoor and outdoor applications. As a result, it is an attractive choice for many power entry applications.

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