ODU AMC® Series T Military 3-in-1 Connectors

ODU AMC® Series T Military 3-in-1 Connectors are available with three locking housing options (push-pull, break-away, or screw lock) and in two sizes (shell sizes 9 and 12). Choose the appropriate interlock type, size, cable connection, insert, and number of contacts to suit the requirements. A built-in trapezoidal thread with serration ensures additional safety. The cable connection can be created as an over-molded variant or with standard MIL backshells, and a protective cap prevents contamination and ensures the functionality of the connector. ODU AMC® Series T Robust Circular Connectors can be cleaned quickly and easily, even under extreme conditions and stress.

NOTE: The contact arrangement of an ODU data transmission connector differs from a standard data transmission connector due to the robust ODU specific design. However, the ODU design meets the electrical specifications that are derived from the respective standard data transmission protocol.

Features

Waterproof per MIL standard 810 (up to 20m)
Operating temperature range from -65°C to +175°C
Multiple sealed mechanical components, completely protected
Suitable for MIL backshell and crimp contacts
High vibration resistance
Optimized field assembly and installation
Cable assembly solutions
Reverse gender option
EMI shielded
Rugged, compact design

High flexibility with three locking variants
- Screw-lock is particularly suitable for applications with extremely strong vibrations
- Break-away is designed to release connections with manual force, allowing quick and easy disconnection in critical situations
- Push-pull mechanism reliably locks into device section, ball-lock system provides additional support, ensuring interference-free data transmission

Applications

Military
- Active protection systems (APS)
- Counter drone systems (CUAV)
- Electronic warfare
- Jammer and counter IED systems
- Power distribution devices
- Radar systems
- Remote-controlled weapon stations
- Tactical radios
- Training and simulation systems
- Robotics and autonomous systems (RAS)