The Glenair, Inc. 380FS019M0803DA3-186 is a connector, most likely a circular connector, designed for harsh environment applications. Glenair is a well-known manufacturer of high-reliability connectors and interconnect solutions for aerospace, military, and industrial markets. Therefore, this connector is likely built to withstand extreme temperatures, vibration, and other challenging conditions.

Applications

• Aerospace systems
• Military vehicles and equipment
• Industrial control systems
• Oil and gas exploration equipment
• Marine applications

Features

• Rugged construction for harsh environments
• Sealed against moisture and dust
• High-density contact arrangement
• EMI/RFI shielding
• Various plating options for corrosion resistance
• Positive locking mechanism

Benefits

• Ensures reliable connections in demanding conditions
• Prevents ingress of contaminants
• Maximizes signal density
• Minimizes electromagnetic interference
• Extends connector life
• Provides secure mating

Additional Details

The specific details of the 380FS019M0803DA3-186 connector, such as the number of contacts, contact size, material, and plating, can be found in the Glenair catalog or datasheet. The connector may incorporate features such as scoop-proof design to prevent damage to contacts during mating. The materials used in its construction are selected to withstand extreme temperatures, vibration, and corrosive environments. The connector is designed to meet or exceed military and aerospace standards for performance and reliability.

Proper installation and termination techniques are essential to maintain the connector's environmental sealing and electrical performance. The connector may be supplied with backshells or other accessories to provide cable support and strain relief. The choice of contact plating (e.g., gold, nickel, tin) depends on the specific application requirements, such as mating cycles, corrosion resistance, and conductivity. Glenair connectors are widely used in applications where reliability and performance are critical.