D38999/20MF11AC

ICC Number:AAOD38999/20MF11AC
Manufacturer:Amphenol Aerospace
Manufacturer Number:D38999/20MF11AC
Datasheet:Catalog
ECAD Model:
3D Model

Description:

Composite Ni Wall Mt Recpt

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Specifications

AttributeValue
Product Category:
Manufacturer:Amphenol Aerospace
Manufacturer Part Number:Amphenol Aerospace D38999/20MF11AC
Number of Contacts:11
Contact Plating:Gold
Shell Size:19
Contact Type:Pin
Shell Material:Composite
Wire Size:20 to 16 AWG
Shell Type:Wall Mount Receptacle
Shell Finish:Electroless Nickel
Current Rating:13 A
Voltage Rating:900 VAC
Insert Arrangement:19-11
Keying Position:C
Locking Mechanism:Threaded
Operating Temperature:-65 to 200 °C
Without Contacts:Yes
Mil Type:MIL-DTL-38999
SKU:AAOD38999/20MF11AC

Detailed Description

MIL-DTL-38999 III (D38999) harsh environment connectors, designated as SKU D38999/20MF11AC, are essential components for reliable electrical connections in demanding applications. With a rugged construction and versatile design, these connectors offer unparalleled performance in military, aerospace, and industrial settings. Featuring wall mount receptacles, jam nut receptacles, and straight self-locking RFI plugs, they provide flexibility for various installation requirements. Available in 9 shell sizes and 54 insert arrangements, these connectors accommodate a wide range of contact configurations, including M39029 removable crimp contacts. Constructed from durable materials such as aluminum, stainless steel, and lightweight composite, they ensure long-lasting durability in harsh operating conditions. The electroless nickel and electrodeposited nickel finish coatings enhance corrosion resistance, making them suitable for use in extreme environments. With their superior quality and performance, these connectors are a preferred choice for high-reliability applications, meeting stringent military specifications and offering RoHS compliance for environmental responsibility. Upgrade your connectivity solutions with the D38999 Series III connectors for unmatched durability and performance in harsh environments.