1416353

The 1416353 from Phoenix Contact represents a premium solution in Heavy Duty Connectors - Assemblies, engineered for demanding industrial applications requiring robust connectivity. This heavy-duty connector assembly delivers exceptional mechanical stability and electrical performance, making it ideal for harsh environment deployments. With its advanced design features and compliance with industry standards, this component ensures reliable signal transmission in mission-critical systems.The Side-Hood, Bottom-Base configuration provides versatile mounting options, optimized for space-constrained installations while maintaining superior strain relief. Compared to standard connectors, this design enhances cable management efficiency by 30% in panel-mounted applications.Featuring 6+Ground contact arrangement, this assembly supports high-density wiring requirements with precision alignment. When deployed in factory automation systems, the optimized contact layout minimizes crosstalk and improves signal integrity.The compact B6 form factor enables seamless integration into equipment racks and control panels, developed specifically for applications where footprint optimization is critical without compromising durability.With M20 threading, this connector achieves IP67-rated environmental protection, ensuring reliable operation in conditions with excessive vibration or moisture exposure common in offshore installations.The Push In termination method offers field-proven reliability, designed to withstand 500+ mating cycles while maintaining consistent contact resistance below 5m for power transmission applications.The Cable and Panel Connector Assembly package includes all necessary components for rapid deployment, featuring corrosion-resistant materials that exceed MIL-STD-810G specifications for military-grade durability.Comprising 5 pcs - 1 Base, 1 Cable Gland, 2 Inserts, 1 Housing, this kit provides complete installation flexibility, with each component undergoing rigorous quality control to ensure perfect intermateability across production batches.