AT14-002-1886

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Circular connectors are electrical connectors commonly used in any type of electronic and mechanical equipments and assemblies. The AT14-002-1886 circular connector is a type of connector specifically designed to be used in applications where there are extreme environmental conditions present. This type of connector is highly resistant to shocks, vibration, and corrosion, making this an optimal choice for applications where long-term reliability is paramount.

Application Field

The AT14-002-1886 circular connector can be used in to connect equipment in a wide variety of industries. This is possible due to the various features, including its ability to withstand extreme temperatures, its resistance to shocks, and its resistance to vibration. This type of connector can be found in industries such as the automotive, medical, and aerospace fields. It is also used in industrial equipment, military and naval applications, and robotics. This type of connector can also be used in harsh environments where salt, humidity, and various chemicals are present.

Working Principle

The AT14-002-1886 circular connector uses a threaded assembly style in order to ensure a secure connection. This connector assembles two independent parts that engage with each other, thereby creating an electrical path between them. This type of connector is characterized by its robustness and its high resistance to outside influences. The hermetic seal of this connector also makes it a very reliable choice, as it effectively prevents water and dust intrusion. Another important factor of this connector is its dynamic behavior, as it is able to resist shocks and vibrations and provides reliable performance even in the most demanding conditions.

Conclusion

The AT14-002-1886 circular connector is an optimal choice for any type of application where there are extreme environmental conditions present. Its robustness, its dynamic behavior, and its resistance to extreme temperatures make it an ideal choice for multiple industries. This type of connector is perfect for applications such as automotive, medical, aerospace, industrial equipment, military and naval applications, robotics, and any application where the resistance to harsh conditions is of the utmost importance.

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