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The Amphenol Aerospace Operations part number 71-529706-32F is a circular connector component belonging to the JT series. It functions as a receptacle with female socket contacts, designed for panel mount installation using a threaded coupling mechanism. The connector utilizes crimp termination for wire attachment and features gold-plated contact surfaces to ensure reliable signal transmission. Constructed with an aluminum shell finished in non-electrolytic nickel, it provides environmental resistance suitable for demanding operational conditions. This specific configuration supports high-density interconnect requirements within aerospace and military electronic systems.
Verify the exact mating interface dimensions and contact arrangement against the official datasheet before procurement. Confirm that the supplier provides traceable documentation for MIL-DTL-38999 Series III compliance. Ensure the received components match the specified shell size and insert configuration to prevent integration failures in critical assemblies.
Select this connector when a threaded circular interface is required for high-reliability applications. Consider the aluminum shell material for weight-sensitive designs requiring moderate environmental protection. Evaluate the crimp termination method against available tooling capabilities and wire gauge requirements to ensure proper assembly quality and long-term mechanical stability.
This component is part of the JT series, which represents a lightweight, high-performance circular connector family. The JT series is widely utilized in aerospace and defense sectors due to its compatibility with MIL-DTL-38999 standards. It offers a balance of durability and compact form factor, making it suitable for space-constrained environments where reliable electrical connections are paramount under harsh operating conditions.
Compatible substitutes include standard MIL-DTL-38999 Series III connectors from other qualified manufacturers, provided they meet identical shell size, contact arrangement, and performance specifications. Verify cross-compatibility with existing mating hardware and mounting constraints before implementation.