M83723/74G08986 L/C

Heilind Number:AANM83723/74G08986 L/C
Manufacturer:Amphenol Aerospace
Manufacturer Number:M83723/74G08986 L/C
ECAD Model:
3D Model

Description:

Matrix MIL-DTL-83723 Series Provides Many Choices within the Range of a Medium Sized, Environmentally Resistant Circular Connector. With Three Coupling Style Choices- Bayonet, Threaded and Quick-Disconnect the Versatility of this Family Makes it Increasingly Popular for Panel Mount, Box Mount and Line-to-Line Applications in Aircraft. For General Duty Environmentally Resistant Requirements, this Family of Connectors Provides a Wide Range of Interconnection Solutions.

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Specifications

AttributeValue
Product Category:
Manufacturer:Amphenol Aerospace
Manufacturer Part Number:Amphenol Aerospace M83723/74G08986 L/C
Military Specification:MIL-DTL-83723
Series:Series III
Shell Size:8
Contact Type:Pin
Shell Material:Stainless Steel
Wire Size:24 to 20 AWG
Shell Type:Jam Nut Receptacle
Shell Finish:Passivated
Voltage Rating:600 VAC
Insert Arrangement:8-98
Keying Position:6
Locking Mechanism:Bayonet
Operating Temperature:-65 to 200 °C
Without Contacts:Yes
SKU:AANM83723/74G08986 L/C

Detailed Description

Introducing the M83723/74G08986 L/C Circular MIL Spec Connector, meticulously crafted to meet MIL-DTL-83723 military specifications. Part of the esteemed Series III, this connector features a durable stainless steel shell with a passivated finish, ensuring longevity and robust performance in any environment. With a shell size of 8 and a jam nut receptacle design, it offers secure and reliable connectivity. Suitable for wire sizes ranging from 24 to 20 AWG, it is versatile and efficient. The bayonet locking mechanism guarantees quick and easy mating. Rated for 600 VAC, this connector is ideal for high-voltage applications. Its 8-98 insert arrangement and keying position of 6 provide precise alignment. Please note that this assembly does not ship with contacts, allowing for customization to meet your specific needs. Trust in the M8372374G08986LC for superior quality and performance in critical connectivity solutions.