D38999/20ZE99AB

ICC Number:AAOD38999/20ZE99AB
Manufacturer:Amphenol Aerospace
Manufacturer Number:D38999/20ZE99AB
Datasheet:Catalog
ECAD Model:
3D Model

Description:

AAOD38999/20ZE99AB

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Specifications

AttributeValue
Product Category:
Manufacturer:Amphenol Aerospace
Manufacturer Part Number:Amphenol Aerospace D38999/20ZE99AB
Number of Contacts:23 (21+2)
Contact Plating:Gold
Shell Size:17
Contact Type:Pin
Shell Material:Aluminum
Wire Size:20 to 16 AWG, 24 to 20 AWG
Shell Type:Wall Mount Receptacle
Shell Finish:Zinc Nickel
Current Rating:13 A, 7.5 A
Voltage Rating:600 VAC
Insert Arrangement:17-99
Keying Position:B
Locking Mechanism:Threaded
Operating Temperature:-65 to 175 °C
Without Contacts:Yes
Mil Type:MIL-DTL-38999
SKU:AAOD38999/20ZE99AB

Detailed Description

MIL-DTL-38999 III (D38999) harsh environment connectors, designated as SKU D38999/20ZE99AB, are essential components for reliable electrical connectivity in demanding applications. This series features a robust construction with wall mount receptacles, jam nut receptacles, and straight self-locking RFI plugs, offering versatile installation options. With 9 shell sizes and 54 insert arrangements available, these connectors accommodate a wide range of contact configurations, including M39029 contacts in sizes 22D, 20, 16, 12, 10 power, and 8 twinax. Crafted from durable materials such as aluminum, stainless steel, and lightweight composite, they ensure longevity in harsh operating conditions. The connectors are meticulously designed to meet stringent military specification MIL-DTL-38999 III, with various plating options including olive drab cadmium, nickel, black zinc nickel, and passivated stainless steel, catering to diverse environmental requirements. RoHS-compliant and cadmium-free finishes are also available, along with Boeing BACC-approved designs, guaranteeing regulatory compliance and quality assurance. Perfect for aerospace, defense, and other high-reliability applications, the MIL-DTL-38999 III connectors in the D38999 series provide unparalleled performance and durability in extreme environments.