1-172520-4

The 1-172520-4 from TE Connectivity AMP Connectors is a premium solution in the Terminals - Housings, Boots category, engineered for high-reliability electrical connections. This component ensures optimal signal integrity and mechanical stability in demanding environments. With its advanced design, it provides superior vibration resistance and long-term durability for critical applications.The Housing configuration offers versatile protection for terminal clusters, featuring impact-resistant materials that safeguard against environmental stressors. When compared to standard housings, this design reduces insertion force by 15% while maintaining superior dielectric strength.Optimized for Wire to Board applications, this product delivers exceptional conductivity with minimal contact resistance. Its precision-engineered contacts ensure stable current transmission even under fluctuating load conditions.The Non-Gendered interface configuration provides compatibility with industry-standard mating components. Designed for blind-mating applications, it features chamfered guides that prevent misalignment during assembly.The 14 position layout enables compact circuit designs without compromising accessibility. This high-density arrangement supports parallel signal transmission while preventing crosstalk interference.Featuring Side to Side orientation capability, this product enables three-dimensional wiring configurations. The unique mechanical design prevents stack creepage under thermal cycling conditions.Developed specifically for Mini Amp-In™ Terminals, this component maintains stable impedance characteristics across the entire operating temperature range. Its material composition prevents galvanic corrosion when paired with compatible connectors.The Free Hanging (In-Line) installation method facilitates flexible system integration, allowing both PCB and cable mounting configurations. This design feature significantly reduces assembly time in high-volume production environments.The Natural housing provides visual identification while offering UV-resistant properties for outdoor applications. The high-contrast pigmentation meets industry standards for quick recognition in maintenance operations.