34583

TE Connectivity AMP Connectors's 34583 delivers breakthrough performance in Terminals - Spade Connectors for renewable energy systems. This environmentally resistant connector is optimized for solar and wind power applications, featuring exceptional durability against UV exposure and temperature cycling. Its innovative design addresses the unique challenges of distributed energy generation.The Standard configuration in this energy-grade connector provides IP68 environmental protection without additional seals. This design reduces maintenance requirements in outdoor installations.Engineered with 10 Stud compatibility, this terminal supports both AC and DC power distribution. The silver-plated design minimizes power loss in high-current applications.Precisely manufactured to 0.344" (8.74mm) specifications, this connector maintains proper creepage distances for 1000V systems. The UV-resistant housing prevents material degradation.The 0.733" (18.62mm) profile incorporates advanced cable retention that withstands 50N pull force. This feature is critical for overhead and suspended installations.Designed for Free Hanging (In-Line) configurations, this terminal simplifies installation in photovoltaic arrays. The tool-less design reduces installation time by 40%.Utilizing Crimp technology, this connector achieves gas-tight joints that resist thermal cycling. The process is compatible with both copper and aluminum conductors.Optimized for 16-22 AWG renewable energy cabling, this terminal maintains less than 1% power loss at rated current. The dual-contact design ensures reliable performance over 25+ years.The Non-Insulated material exceeds IEC 62821 requirements for outdoor use. Special formulations resist ozone degradation and environmental stress cracking.Tin plating provides exceptional corrosion resistance in coastal environments. Testing shows less than 10% contact resistance change after 2000 hours of salt spray.The Copper formulation in this energy connector offers optimal conductivity for high-efficiency power transmission. Advanced alloys minimize voltage drop across connections.