8-323124-1

The 8-323124-1 by TE Connectivity AMP Connectors delivers military-grade Terminals - Spade Connectors solutions for harsh environment computing. This ruggedized connector exceeds MIL-DTL-38999 specifications while providing secure data transmission in battlefield conditions. Its hermetic sealing protects against sand, dust, and chemical agents.Featuring Flanged architecture, this connector provides positive locking that withstands 50G shock loads. The bayonet coupling mechanism enables quick mating under combat conditions.Engineered to 8 Stud military standards, this terminal maintains signal integrity in EMP environments. The triple-point contact design ensures redundancy for mission-critical systems.Precision-machined to 0.416" (10.57mm) ballistic specifications, this connector prevents snagging on tactical gear. The low-profile design reduces radar signature.The 0.607" (15.42mm) configuration incorporates crush-resistant features that meet MIL-STD-810H. This rugged design survives vehicle-mounted equipment vibrations.Designed for Free Hanging (In-Line) field installations, this connector enables tool-less maintenance. The self-cleaning contacts function in mud and sand conditions.Utilizing Crimp technology, this connector achieves cold-weld joints that survive thermal shock from -65 F to 257 F. The process is qualified for armored vehicle applications.Optimized for 16-22 AWG military cabling, this terminal maintains communications through 20ms voltage spikes. The filtered design rejects RF interference up to 10GHz.The Non-Insulated material exceeds MIL-PRF-64266 requirements for chemical warfare protection. Special formulations resist decontamination solvents and fuels.With Brazed Seam, Serrated Termination implementation, this connector provides EMP hardening up to 50kV/m. The integrated design meets TEMPEST standards for secure communications.Tin plating provides 500+ mating cycles in sandy conditions. The self-lubricating coating maintains <5m resistance after salt fog exposure.The Copper formulation offers optimal strength for parachute-deployed equipment. Advanced alloys prevent stress cracking in Arctic conditions.