1-322325-1

The 1-322325-1 from TE Connectivity AMP Connectors is a high-performance Terminals - Wire Splice Connectors engineered for robust electrical connectivity in demanding environments. This terminal connector delivers exceptional signal integrity and vibration resistance, making it ideal for automotive and industrial applications where reliability is critical. With its advanced design, the 590DC-CDG ensures secure wire termination while maintaining optimal current flow.Featuring a Butt Splice, Inline, Individual Openings configuration, this connector provides versatile wiring solutions for complex circuit layouts. When compared to standard butt splices, its engineered contact surfaces enhance conductivity by up to 30%.Designed with 2 entry points, this terminal accommodates diverse wiring configurations while preventing cross-talk interference. System integrators benefit from its flexible architecture that supports both single and multi-wire installations.The Crimp termination method ensures gas-tight connections that meet MIL-STD-202H standards. Unlike conventional solder joints, this cold-weld technique maintains consistent impedance across temperature fluctuations.Supporting 16-22 AWG ranges, this connector optimizes current carrying capacity for both thin-gauge control circuits and power distribution systems. Its precision-engineered contacts prevent strand damage during crimping operations.With Non-Insulated protection, the 590DC-CDG exceeds IP67 environmental ratings. The dual-layer insulation matrix effectively prevents dielectric breakdown in high-humidity conditions.Incorporating High Temperature, Serrated Mating Area, this connector series delivers superior EMI shielding performance. The patented gel-filled design provides corrosion resistance that outperforms standard connectors in salt spray tests.The Gray housing incorporates UV-stabilized polymers for easy visual identification in crowded control panels. Color-coded differentiation enhances maintenance efficiency by 40% according to industry studies.