1-293722-4

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Solid state lighting connectors are used to connect two solid-state lighting systems, such as LED lamps and fluorescence tubes. To ensure reliable and safe connections, manufacturers typically use 1-293722-4 connectors. This article will provide an overview of 1-293722-4 connectors, their application fields, and their working principles.

Description

1-293722-4 connectors are designed to provide a secure and reliable connection between two solid-state lighting systems. They are usually rated for either 240 or 277 volts and come in male and female versions. 1-293722-4 connectors are easily secured with a clamping system, and their outer cases are designed to protect against dust and moisture. The pins of 1-293722-4 connectors are usually nickel-plated, which provides superior corrosion resistance.

Application Field

1-293722-4 connectors are primarily used to connect LED lamps and fluorescence tubes, but they can also be used to connect other types of solid-state lighting systems. The connectors are suitable for both indoor and outdoor applications, as they are designed to protect against rain and dust. Additionally, the connector can be used to connect lighting systems in hazardous environments, thanks to its flame resistance and corrosion resistance.

Working Principle

Contacts in 1-293722-4 connectors are designed to prevent sparks and arcing, ensuring the safety of the connected lighting system. The connectors employ a silver-plated brass body for increased reliability and good electrical conductivity. Additionally, the connectors use a spring-loaded design to ensure a firm, secure connection. The connectors also employ an insulator between the two contacts, which prevents short circuits.

Conclusion

1-293722-4 connectors are designed specifically for use with solid-state lighting systems, and they provide a secure and reliable connection. They are suitable for both indoor and outdoor applications, thanks to their dust and moisture protection. Additionally, they provide good electrical conductivity and prevention of sparks and arcing. Finally, their spring-loaded design ensures a secure connection, and their insulator prevents short circuits.

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