Eaton 85100A83ASX50 Receptacle - MIL-DTL-26482 SI

Feature: MIL-DTL-26482 SI qualified receptacle ensures high-reliability performance in mission-critical environments. Benefit: Reduces the likelihood of intermittent failures in aerospace and defense systems, increasing uptime and safety. Application: Suitable for rugged panels where reliability under thermal cycling matters, such as avionics racks and industrial automation hatches. Feature: Cadmium plating provides corrosion resistance and EMI shielding compatibility in challenging environments. Benefit: Extends service life in hostile atmospheres and reduces maintenance costs over the lifecycle. Application: Ideal for outdoor or enclosed machinery subject to humidity or salt spray. Feature: Aluminium shell with square flange receptacle geometry delivers lightweight strength and space-efficient mounting. Benefit: Enables compact panel layouts and easier integration into existing enclosures, lowering overall system weight. Application: Used in compact actuator assemblies and control panels. Feature: Straight backshell adaptor and 1/3 bayonet coupling offer secure, rapid mating. Benefit: Speeds field assembly and reduces risk of misalignment during installation. Application: Field serviceable or OEM assembly lines where quick, repeatable mating is critical. Feature: Solder cup contacts with three-way contacts in a 3A layout provide robust electrical performance. Benefit: Reliable soldered connections with easy inspection and replacement potential. Application: High-vibration environments like mobile machinery and robotics. Feature: Delivered with connector and loaded contacts reduces mounting steps and risk of contact damage. Benefit: Shortens commissioning time and improves first-pass yield. Application: New builds and retrofits in automation cabinets and control panels. Each feature is aligned with long-tail considerations such as Souriau 851 series compatibility, MIL-DTL-26482 receptacle families, square flange interfaces, CAD-friendly cadmium plating details, and REACH-compliant materials. This combination supports measurable outcomes such as faster installation, reduced warranty costs, and higher system reliability in aerospace, defense, and industrial automation contexts.