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The Amphenol Aerospace Operations part number 71-433035-06Z is a circular MIL-spec connector, specifically identified as JT06RE-16-6SD(318). It belongs to the JT series and features a size 16 shell with six positions. The connector utilizes a reverse bayonet coupling mechanism for secure attachment. It is designed for panel mount installation using a receptacle type configuration. The component supports high-reliability applications requiring robust environmental sealing and durable mechanical interfaces typical of military-grade interconnect systems.
Verify the exact suffix designation against official manufacturer documentation to ensure correct contact arrangement and shell finish specifications. Confirm that the reverse bayonet interface matches the mating counterpart requirements. Cross-reference the internal part number 71-433035-06Z with the primary datasheet to validate material certifications and compliance with current military standards before finalizing procurement orders.
Select this component when a circular MIL-spec connector with a reverse bayonet lock is required for panel-mounted applications. Ensure the mating connector shares the same shell size and contact configuration. Verify that the environmental sealing requirements align with the connector's inherent design capabilities. Consider the mechanical retention needs provided by the bayonet coupling system for vibration-prone environments.
This part is part of the JT series of circular connectors manufactured by Amphenol Aerospace Operations. It serves as a standard interconnect solution within military and aerospace supply chains. The specific designation links to broader MIL-DTL-26482 or similar series specifications governing circular connector dimensions and performance criteria for defense applications.
Compatible substitutes include other manufacturers' reverse bayonet circular connectors of equivalent shell size and contact count. Verify dimensional compatibility and pinout alignment before substitution. Ensure that any alternative meets the same environmental and mechanical performance standards required by the original application.