Our ODU AMC® range includes premium connectors for military and security applications. We can also assemble your chosen products to suit your system and master specific challenges. For the cable assembly, you can choose between straight and angled standard overmoldings. The ODU AMC® products are manufactured with two locking options: Push‐Pull or Break‐Away.
ODU AMC® Easy-Clean
ODU AMC® High-Density
ODU AMC® Threaded
ODU AMC® Series T
ODU AMC® NP
|IP Class mated||Up to IP6K9K||Up to IP6K9K||Up to IP6K9K||Up to IP6K8||Up to IP6K8||IP68|
|IP Class unmated||IP68||IP6K8||IP68||IP68||IP68||IP68 (for overmolded and potted connectors only)|
|Keying||Pin and groove||Pin and groove||Pin and groove||Pin and groove||Pin and groove||Pin and groove|
|Mating-cycles||> 5,000||> 5,000||> 5,000||> 2,000||> 500||> 2,000|
|Termination technologies||Solder, PCB||Solder, PCB||Solder, PCB||Solder, PCB||Solder, Crimp, PCB||Solder, Crimp, PCB|
|Plating||Ruthenium||Ruthenium||Ruthenium||Tin-Nickel||Tin-Nickel||RoHS compliant black carbon|
|Operating temperature range||–51 °C to +125 °C||–51 °C to +125 °C||–51 °C to +125 °C||–51 °C to +125 °C||–65 °C to +175 °C||–18 °C to +71 °C|
Solutions for harsh environments and a high number of mating cycles, as well as for standard requirements.
Designed specifically for the military, ODU AMC® is an advanced and reliable break‐away connector for next‐generation military applications.
Versatile circular connector with pin & groove and half‐shell keying in 4 different series
Sterilizable push-pull connector in a plastic housing
Highly flexible, space‐saving plastic circular connector for applications with stringent hygiene requirements
Quick and easy cleaning of the connector, contact inserts with pogo pins, Break-Away capability
High density connector: Up to 70% weight & size reduction and high speed data transfer rates. Available with break‐away or screw locking
Individually configurable metal circular connector with three locking types: Push-Pull, Break-Away or Thread-Lock
Robust circular connector for interference‐free transmissions for applications in harsh environments