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The Amphenol Aerospace Operations part number 71-433338-32Z is a circular MIL-specification connector plug belonging to the 38999 Aluminum series. It features shell size 22 with a straight cable-mount installation style and threaded mating interface. The component utilizes crimp termination for contacts, which are gold-plated copper pins arranged in position 22-01 configuration. Rated for 3 A current and 400 VAC/500 VDC voltage, this plug provides robust electrical connectivity for demanding environments.
Verify the specific suffix codes against official Amphenol documentation to confirm exact plating, environmental sealing, and contact arrangement specifications. Ensure compatibility with corresponding receptacle housings and mating hardware before procurement. Cross-reference the manufacturer's latest datasheet to validate that the component meets current military standards and material requirements for the intended deployment environment.
Select this component when a straight, cable-mounted circular plug with threaded coupling is required. Confirm that the shell size 22 accommodates the necessary pin count and wire gauge. Verify that the aluminum housing material aligns with weight and corrosion resistance constraints. Ensure the crimp termination method matches the available tooling and wire preparation processes.
This part belongs to the Amphenol 38999 Aluminum series of circular connectors, designed for high-density interconnect applications. The series is known for its rugged construction and compliance with MIL-DTL-38999 standards. Shell size 22 offers a balance between compact footprint and sufficient contact capacity for complex signal routing in aerospace and defense platforms.
Equivalent parts may include JT06RP-22-32SD(003)(LC) or JT06RP-22-32SC(003)(LC). Verify that substitute components match the exact shell size, contact arrangement, and mounting style. Confirm that the replacement maintains the same threading type and environmental sealing characteristics to ensure mechanical and electrical interchangeability.