Nextron D38999 Series Connectors: Rugged and Reliable Connectivity Solutions for Aerospace and Industrial Applications

2024-06-04 Nextron Official Website
connectors,D38999

The D38999 connectors are widely known for their toughness and reliability, making them ideal for aerospace and challenging environments. They're built to perform consistently, even in complex situations, thanks to their sturdy construction and efficient signal transmission, which is particularly beneficial in areas with high electromagnetic interference.


These connectors are rugged, offering waterproof, shockproof, and interference protection. With a 5A current per pin, high insulation resistance (>5000MΩ at 500V DC), and 750V AC withstand voltage, they endure vibrations up to 20g and shocks up to 500g. Tested for 96 and 500 hours against salt spray, they operate reliably from -55℃ to +150℃ with an IP67 rating for tough environments.


Nextron approach emphasizes type III specifications with a strong three-wire thread design in the D38999 standard. We offer versatility by accommodating various transmission interfaces like USB 3.0 and Type-C, tailoring solutions to meet specific customer requirements while maintaining high-quality standards.


Whether you need standard models or customized solutions, investing in D38999 series connectors is a prudent decision for aerospace or industrial applications. They deliver long-lasting performance and quality, proving themselves as dependable and resilient components.


Applications & Features

  • Dimensions according to Micro D38999

  • Compatible with other major brands

  • Aerospace & Industry application products

  • Metal shells to provide RFI/EMI shielding

  • Double-Start ACME Thread


Spec.

  • Rated Current: 5A Maximum Per Pin

  • Insulation Resistance : 500V DC, >5000MΩ (EIA-364-21)

  • Withstand Voltage : 750V AC (EIA-364-20)

  • Vibration: 20g (EIA-364-28)

  • Shock: 500g (EIA-364-27)

  • Salt Spray: 96 & 500 h (EIA 364-26)

  • Operating Temperature : -55℃ to +150℃

  • IP67 

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