The LECHUAN MS3116F 12-10S is a precision female plug circular connector with 10 gold-plated solder contacts, designed to MIL-DTL-26482 standards for reliable, rugged connections in demanding applications.
Functional Role and Intended Users of the MS3116F 12-10S
The LECHUAN MS3116F 12-10S serves as a high-integrity solution intended primarily for engineers and procurement specialists engaged in military and industrial equipment design requiring secure, standardized connections. As a circular connector designed in strict accordance with MIL-DTL-26482 specifications, this product meets the rigorous demands of military connector manufacturers and system integrators focusing on durability and performance. The 10-pin female plug configuration supports complex wiring schemes including circular connector cable assembly demands. It is ideal for applications necessitating robust field-serviceable solder termination and accommodates wire sizes from 24 to 16 AWG, offering flexibility for harness customization.
Key Technical Specifications and Engineering Features
This circular connector features a corrosion-resistant aluminum alloy shell with olive drab cadmium plating, enhancing longevity in corrosive environments. The connector’s 10 solder-type contacts are gold-plated copper alloy, ensuring optimal conductivity and resistance to oxidation. It supports current ratings up to 13.0A for 16# contacts and withstands a maximum DC operating voltage of 850V, providing confident power handling in compact assemblies. The straight body design facilitates straightforward panel mounting and cable routing. Conformance to mil-dtl-26482 standards guarantees uniform performance benchmarks critical for military connector manufacturers and circular connector manufacturers seeking standardized, repeatable quality.
Industry Utilization and Practical Value in System Integration
The MS3116F 12-10S circular connector is widely adopted in aerospace, defense, and industrial sectors where MIL-DTL-26482 connectors are mandated for harness assemblies and panel mounts. Its role is critical within circular connector cable assembly workflows, enabling secure, consistent electrical and mechanical connections that withstand harsh operating environments. Its compatibility with recognized military connector specifications ensures seamless integration into legacy systems and retrofit projects. This connector supports modular assembly processes, enhancing operational uptime and maintenance efficiency in fielded military and aerospace equipment where reliability is paramount.
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Product Name
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MIL-DTL-26482 MS3116 Circular Connector
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Material
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Shell Plating: Chromate coating over cadmium or nickel plating
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Shell Material: Aluminum alloy / Olive drab
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Insulator: Synthetic rubber
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Contact Material: Copper alloy
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Contact Plating: Gold plating
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Gasket and Grommet: Synthetic rubber
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Electrical Data
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Maximum Operating Voltage: DC850
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Currrent rating: 7.5A(20# Contact size) 13.0A(16# Contact size)
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Wire range size: 24 to 16 AWG
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Insulator Resistance: Min.5000MΩ
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Product Advantages
Structural and Design Benefits of the MS3116F 12-10S
The connector’s architecture features a robust aluminum alloy shell plated with olive drab cadmium to resist corrosion and physical wear, a priority for military connector manufacturers. The straight body orientation optimizes panel space utilization and simplifies wiring configurations, aligning with circular connector manufacturing standards. The gold-plated copper alloy contacts enhance signal integrity and longevity under repeated mating cycles. Additionally, its solder termination accommodates a wide range of wire gauges, enhancing system-level modularity. The connector’s MIL-DTL-26482 compliance ensures interoperability across various manufacturers and platforms, streamlining integration into complex circular connector cable assemblies.
Performance and Usability Enhancements for End Users
Performance-wise, the MS3116F 12-10S supports continuous current loads up to 13.0A and voltages up to 850V DC, delivering reliable power transfer in mission-critical applications. The solder termination design allows secure, field-serviceable connections, reducing system downtime and maintenance complexity crucial in industrial and military contexts. The circular connector’s design facilitates consistent, low-resistance contacts for stable electrical performance. Its adherence to mil-dtl-26482 ensures operators benefit from standardized form, fit, and function, providing user confidence and easing procurement and lifecycle management. The connector’s flexibility in wire gauge support further adds versatility, meeting diverse installation requirements.
Use Scenarios
Integration in Military Equipment Wiring and Harness Fabrication
In defense sector environments, the MS3116F 12-10S functions as a core component in complex circular connector cable assemblies integral to military vehicle and communication systems. The connector’s compliance with mil-dtl-26482 standards allows military connector manufacturers to guarantee secure, standardized mating across systems, ensuring signal integrity and fault-resistant power distribution. Its corrosion-resistant shell withstands harsh battlefield conditions, while the solder termination method supports durable, repairable harness configurations. The connector’s design enhances system reliability, critical for mission success, and integrates efficiently into existing wiring harness workflows through straightforward panel mounting.
Application in Aerospace Circular Connector Cable Assemblies
Aerospace systems demand connectors that combine reliability with performance under extreme conditions. The MS3116F 12-10S circular connector cable assembly role includes secure panel mounting and harness interconnection in avionics and flight control circuits. As a product favored by circular connector manufacturers compliant with mil-dtl-26482, it ensures consistent electrical performance and mechanical robustness. The gold-plated contacts deliver superior conductivity and corrosion resistance essential in high-altitude environments. Additionally, its compatibility with multiple wire gauges facilitates customized harness designs, supporting complex aerospace system requirements. This connector enhances maintainability and modular upgrade pathways within aerospace platforms.
