PLUGIN catalogue 2018

MODUL-R hermetic feedthrough range for MIL-DTL-38999 connectors 18 Shell sizes from 1 to 79 contacts 5 contact sizes from 22 to 8 Nearly 100 di erent contact arrangements 64 he connectors used by the United States Department of Defense were originally developed in the 1930s for aeronautical and tactical service applications. The "AN" (Army-Navy) types have set the standard for modern military circular connectors. These connectors, and their evolutionary derivatives, are often called Military Standard connectors, MIL-STD or (informally) "MIL-SPEC" or sometimes "MS". They are now used in space, aerospace, industrial, marine and even automotive applications. MIL-DTL-38999 describes four series of miniature, high density, bayonet, threaded, or breech coupling, circular, environment resistant, electrical connectors using removable crimp or xed solder contacts With the MODUL-R range, Plug In o ers an extensive array of hermetic connector feedthroughs and the ability to deliver standard or custom designed solutions to meet the highest requirements. EMI Shielding - solid metal to metal coupling, grounding ngers, electroless nickel plating, and thicker wall sections provide superior EMI shielding capability of 65dB minimum at 10 GHz. Contact Protection - recessed pins in this 100% scoop-proof connector minimize potential contact damage. Moisture Resistance - improved interfacial seal design helps prevent electrolytic erosion of contacts. Lockwiring Eliminated - unique, self-locking, quick coupling connector eliminates lockwiring . Quick Coupling - completely mates and self-locks in a 360° turn of the coupling nut Environmental and electrical data Durability : Connector halves shall be mated and unmated 250 times for serie II with ground ngers and 500 times for series I and III at a rate not exceeding 300 cycles per hour. Insulation resistance : An insulation resistance test shall be performed on unmated connectors according MIL-STD-202, method 302, test condition B. Measurement shall be made between three pairs of adjacent contacts and the shell. Failure to meet the minimum requirement of 50 000 megohms for classes E, P, F, R and T shall be cause for rejection.