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The Amphenol Aerospace Operations part number 71-490007-16P is a circular MIL-spec connector receptacle belonging to the Series 22992. This component functions as a standard military-grade interconnect solution designed for ruggedized applications. It features a robust construction suitable for demanding environments, adhering to established MIL-DTL standards for circular connectors. The specific designation indicates a plug or receptacle configuration within the broader 22992 family, providing reliable signal and power transmission capabilities essential for defense and aerospace systems requiring high durability and consistent performance under stress.
Verify the exact mating interface and contact configuration against the official datasheet before procurement. Confirm that the Series 22992 specifications align with the environmental requirements of the target application. Ensure compatibility with corresponding housing and contact sets from the same manufacturer series to maintain seal integrity and mechanical stability in operational conditions.
Select this component when a circular MIL-spec connector is required for critical infrastructure. Evaluate the Series 22992 attributes against vibration, temperature, and sealing needs. Ensure the specific shell size and contact arrangement match the system's pinout requirements. Validate that the connector meets the necessary regulatory standards for the intended deployment sector.
This part belongs to the extensive portfolio of Amphenol Aerospace Operations, specializing in high-reliability interconnects. The Series 22992 represents a line of circular connectors widely used in military and aerospace sectors. These components are integral to maintaining connectivity in systems where failure is not an option, supporting both legacy platforms and modern advanced defense technologies through standardized, durable designs.
Cross-reference with other manufacturers offering MIL-DTL-38999 compatible circular connectors if alternative sourcing is necessary. Verify dimensional and electrical equivalence to ensure seamless integration without redesigning the host assembly or modifying existing cable harnesses.