Description
The D38999/26ZA35SN circular electrical connector is a military-specification connector designed for demanding electrical interconnection applications. Part of the MIL-DTL-38999 Series III family, this straight plug connector features six female crimp-socket contacts, a durable aluminum shell, and a threaded coupling mechanism for secure mating.
The connector features a black zinc-nickel shell finish and gold-plated mating contacts. Its robust construction and environmentally resistant design make it suitable for compatible aerospace, aviation, military, marine, and industrial electronic systems.
Key Features
- Part Number: D38999/26ZA35SN
- Connector Standard: MIL-DTL-38999 Series III
- Connector Type: Straight circular plug
- Number of Contacts: 6
- Insert Arrangement: 9-35
- Contact Type: Female crimp sockets
- Shell Material: Aluminum alloy
- Shell Finish: Black zinc-nickel
- Contact Finish: Gold-plated mating contacts
- Mounting Style: Free-hanging, cable-mounted
- Coupling Mechanism: Threaded, self-locking
- Environmental Performance: Environment-resistant construction
- Application Areas: Aerospace, aviation, military, marine, and industrial electronics
Applications
The D38999/26ZA35SN connector is suitable for compatible electrical interconnection systems used in:
- Aerospace and aircraft electrical systems
- Military and defence equipment
- Avionics and communication systems
- Marine electronic equipment
- Industrial control and instrumentation
- High-reliability electrical assemblies
Benefits of the D38999/26ZA35SN Connector
The MIL-DTL-38999 Series III connector family is designed for demanding applications where secure coupling, mechanical durability, and dependable electrical connections are essential.
The D38999/26ZA35SN combines a lightweight aluminum shell, black zinc-nickel finish, gold-plated mating contacts, and a threaded coupling mechanism. These features support integration into compatible systems requiring a rugged circular electrical connector.



Reviews
There are no reviews yet.