5-6609106-1

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Power entry connectors enable the safe connection of electrical power from the power source to the other parts of the circuit. They are available in a wide variety of physical and electrical configurations and are generally composed of a small housing, which contains several electrical contacts used to control the flow of power. 5-6609106-1 connectors are power entry connectors specifically designed for applications in industrial and medical equipment. They offer the electrical capabilities required to power highly sensitive equipment, while maintaining a high standard of safety and reliability.

5-6609106-1 Application Field

The 5-6609106-1 connector is particularly suitable for industrial and medical equipments due to its reliable performance and high safety standards. It can be used to connect to power sources up to 16 A, with an operating voltage up to 300 V. It is also a +5V tolerant and RoHS compliant. This power entry connector is ideal for applications where space is limited as its compact size allows for the easy installation of equipment. It also offers high isolation so it is safe for environments with high contamination levels.

5-6609106-1 Working Principle

The 5-6609106-1 power entry connector works by providing a secure connection between the power source and the equipment while preventing electric currents to escape from the system. The power entry connector contains multiple electrical contacts with specific functions, depending on the type of power entry connector it is. The 5-6609106-1 connector features a current limiting contact, a fuse contact, power and voltage contact, ground contact, current contact and a shield contact. All of these have different functions that help control the flow of electricity and protect the circuit and the user.

Conclusion

The 5-6609106-1 is a reliable and safe power entry connector designed for applications in industrial and medical equipment. It works by providing a secure connection between the power source and the equipment while preventing electric currents to escape from the system. Its features also include a current limiting contact, a fuse contact, power and voltage contact, ground contact, current contact and a shield contact, which all work together to control and protect the flow of electricity.

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