4304.6104

Power entry connectors are essential components in electrical and electronic applications such as computers, medical equipment, and communication equipment. The 4304.6104 is a power entry connector designed for use in these applications. This article will discuss the field of application for 4304.6104 power entry connectors and its working principle.

Application Field

4304.6104 power entry connectors are most commonly used in applications such as hospital infusion pumps, electrical controls, communication equipment, and computers. The 4304.6104 connector has a multitude of features that make it a reliable and safe component for such applications. It is UL and CUL approved and meets UL and CSA environmental standards. It is designed with a universal mating flange that is compatible with a variety of connectors from other manufactures. In addition, the connector is designed with self-retaining screws and has a UL-approved strain relief. This makes it a reliable and safe choice for equipment designers.

Working Principle

The 4304.6104 power entry connector is a two-pole plug-in connector and is used to connect to a class I, circuit to a 2.5mm power cord. It consists of two identical, polarized poles which are designed to fit the terminals in the circuit or device being connected to the power cord. The connector is designed with a pin that fits into the terminal and a closed loop that holds the connector securely in place. When the pin is engaged with the terminal, electrical contact is established, allowing current to flow through the connector. The closed loop prevents any mechanical loosening or disassembly of the connector, providing a safe and reliable connection.

Conclusion

The 4304.6104 power entry connector is a safe and reliable choice for applications such as hospital infusion pumps, electrical controls, communication equipment, and computers. It allows for a secure connection to a power cord and ensures electrical contact is made when the pin is engaged. Additionally, it is UL and CUL approved and meets UL and CSA environmental standards. These factors make it an ideal choice for designers of electrical and electronic equipment.