Description
ABAC MIL-DTL-38999 Series III, locking nut socket connectors, panel mounting. The development of these ABAC MIL-DTL-38999 Series III panel mounting connectors meets the strict requirements of the military, industrial, and aviation industries. The robust design of these multi-purpose 38999 connectors is particularly suitable for applications that require impact and EMI-RFI protection, and these MIL-DTL-38999 connectors feature a fast mating thread coupling system and high-performance anti vibration mechanism. The unique feature of these panel mounted connectors is the short ACME style threads on the coupling nut and socket, which can avoid thread misalignment and facilitate blind mating. The EMI-RFI performance of these 38999 series III connectors is further enhanced through the built-in grounding spring mechanism. Aluminum shell, cadmium olive color (W) hard plastic silicone rubber insulator temperature range -65 ° C to 175 ° C according to EN 2591-D2 method A, impact 300g, 3 ms mating connector meets the high immersion requirements of MIL-DTL-38999, salt spray resistance 500 hours, resistance to gasoline and hydraulic fluid coupling, 3 start short ACME threaded contact termination, crimping dynamic sealing ring and separate wire sealing gasket, IP67 rating 500 mating - no mating operation gold-plated nickel plated contacts # # # Note for size 22D contact crimping tools, please refer to 314-8408, for pin turret tools, please refer to 515-1103 and 515-1096 for size 20 contact crimping tools, please refer to 314-7584, for turret tools, please refer to 314-7590### AB Connectors ABAC MIL-DTL-38999 Series III These ABAC MIL-DTL-38999 Series III connectors were developed to meet the stringent requirements of the Military, Industrial and Aerospace Industries. The Robust design of these versatile 38999 connectors is ideal for use where shock and EMI/RFI protection is required, also these MIL-DTL-38999 connectors have a quick mate threaded coupling system combined with a high performance anti-vibration mechanism. A uniqu
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