170891-2

The 170891-2 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 Sleeve 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 Quick Connect, Disconnect applications, this product delivers exceptional conductivity with minimal contact resistance. Its precision-engineered contacts ensure stable current transmission even under fluctuating load conditions.The Female, Receptacle interface configuration provides compatibility with industry-standard mating components. Designed for blind-mating applications, it features chamfered guides that prevent misalignment during assembly.With a 0.250" (6.35mm) contact area, this terminal achieves optimal current density distribution. The dimensional tolerances are controlled within 0.005" to ensure consistent mating performance across production batches.Developed specifically for 0.250" (6.35mm) Quick Connects, Flag, 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 Clear 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.