FN9222E-15-06

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The FN9222E-15-06 is a power entry connector, specifically designed as an inlet, outlet, and module. It is used to connect power lines for secure use in any form of power distribution system. The design of the connector offers superior performance, with superior shock and vibration resistance. The FN9222E-15-06 is widely used in residential, commercial and industrial applications, including the automobile, HVAC, and lighting industries.

The FN9222E-15-06 is an IEC 60320-1-compliant power entry module with a 10A 250V rating. It is constructed using a robust polyamide thermoplastic material that is rated for a high current and voltage carrying capacity. The module features a spring-loaded housing that securely mates with an insertable plug. A threaded brass bushing provides strain relief to protect the wiring from damage due to rough handling.

The FN9222E-15-06 offers a variety of features designed to help ensure safe and reliable use. It is designed to comply with the IEC 60320-1 EMC standards, which includes several safety features such as a built-in internal fuse, insulating contacts, low temperature operation, and an integral ground fault indicator. The module also features a polarized design that helps prevent mis-connection of the wiring.

The working principle of the FN9222E-15-06 is relatively straightforward. When the plug is inserted into the connector, the spring-loaded housing engages the pins and secures them in place. The internal fuse helps to protect against short circuits and overloads, while the insulation contacts provide additional protection against electric shock. The polarized design helps to ensure that the plug is correctly inserted and the ground fault indicator indicates any current leakage.

The FN9222E-15-06 is a superior power entry connector that is designed for widespread use in a variety of applications. It features a robust construction and a variety of safety features to help ensure reliable and safe operation. In addition, it is designed to comply with numerous international standards, making it a highly desirable choice for any power distribution system.

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