4301.5202

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Power entry connectors are electrical connectors that are used in electronic devices. They are used to route electrical power into the device from an external source such as an AC outlet or other outlet. The connectors are designed to provide superior electrical contact and insulation, and ensure reliable power transfer and connection.The 4301.5202 is a type of power entry connector typically used in data processing or telecommunications applications. It is a two-piece connector that consists of an inlet and an outlet. The inlet consists of a housing, contacts, and a latch to secure the connector. The outlet consists of a spring-loaded “finger” or guide that is used to lock the inlet into place and ensure a secure connection.The 4301.5202 provides superior electrical contact and insulation and is designed to be securely fastened to the device to ensure reliable power connection. The contacts are made of gold-plated copper and the housing is constructed of high-strength ceramic and metal. The connector is designed to withstand temperatures up to 250°C and is resistant to shock and vibration.The working principle of the 4301.5202 power entry connector is simple. When the inlet is inserted into the device, the spring-loaded finger locks it in place. The electrical contact is made when the gold-plated copper contacts come in contact with the female end of the outlet. This contact then allows electric current to flow from the AC outlet into the device.The 4301.5202 power entry connector offers numerous features and benefits. It provides superior electrical contact and insulation, ensuring reliable connection and power transfer. It is also designed to be resistant to shock and vibration and is rated to withstand temperatures up to 250°C. The connector is also corrosion-resistant, making it ideal for use in harsh environments.Overall, the 4301.5202 power entry connector is a reliable and efficient way to transfer power into devices. It is designed to provide a secure, reliable connection with superior electrical contact and insulation, ensuring faultless performance. It is therefore ideal for use in data processing, telecommunications, and other applications that require reliable power connectivity.

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