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Cambridge Technologies |
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Part Number: D38999/26KC35PA
D38999/26KC35PA Straight PlugMIL-DTL-38999 Series III is the newest cylindrical connector designed for highest performance capabilities used in both general purpose and severe environment applications.The D38999/26KC35PA connector features an improved 'one-turn' coupling system, utilizing self-locking acme thread. Acme threads provide coupling durability, while thicker wall sections and...
Part Number: D38999/26KC35PC
D38999/26KB98SN Straight PlugMIL-DTL-38999 Series III is the newest cylindrical connector designed for highest performance capabilities used in both general purpose and severe environment applications.The D38999/26KB98SN connector features an improved 'one-turn' coupling system, utilizing self-locking acme thread. Acme threads provide coupling durability, while thicker wall sections and greater...
Part Number: D38999/26KC35PC-LC
D38999/26KB98SN Straight PlugMIL-DTL-38999 Series III is the newest cylindrical connector designed for highest performance capabilities used in both general purpose and severe environment applications.The D38999/26KB98SN connector features an improved 'one-turn' coupling system, utilizing self-locking acme thread. Acme threads provide coupling durability, while thicker wall sections and greater...
Part Number: D38999/20SC35PC
Aero-Electric/Conesys D38999/20SC35PCCylindrical Connector designed for General Purpose and Severe Environment Applications MIL-DTL-38999 Series III connectors feature an improved “one-turn” coupling system, utilizing self-locking acme thread. Acme threads provide coupling durability, while thicker wall sections and greater coupling surface area improve strength and shock...
Part Number: D38999/20SC35SC
Aero-Electric/Conesys D38999/20SC35SCCylindrical Connector designed for General Purpose and Severe Environment Applications MIL-DTL-38999 Series III connectors feature an improved “one-turn” coupling system, utilizing self-locking acme thread. Acme threads provide coupling durability, while thicker wall sections and greater coupling surface area improve strength and shock...
