[GOLD-PLATED TIN BRONZE FOR SUPERIOR CONDUCTIVITY]
The pin and socket contacts across all three kits — ST6567, ST6568, and ST6569 — are machined from tin bronze with full gold plating, providing lower contact resistance and better corrosion resistance than standard nickel-plated contacts. Gold plating is particularly effective in low-current signal and sensor applications where maintaining stable contact resistance over time is critical to system reliability.
[VERIFIED CRIMP QUALITY ACROSS EVERY BATCH]
Every terminal in this kit series undergoes quad-axis crimp testing, post-crimping CMM inspection, and wire pull-force testing before leaving production, ensuring dimensional and mechanical standards are met across the full batch for consistent crimp quality and reliable wire retention in service.
[RATED FOR 500+ INSERTION AND EXTRACTION CYCLES]
With a minimum rating of 500 insertion and extraction cycles, the pin and socket contacts maintain consistent mating performance across the full service life of the connector — suited to applications involving routine maintenance disconnections, periodic reconfiguration, or regular field servicing.
[THREE SIZE VARIANTS FOR DIFFERENT WIRE GAUGES]
Three kit variants to cover a broad wire gauge range: ST6567 with 12# contacts for 12-16 AWG (1.0–3.0mm²) at up to 25A; ST6568 with 16# contacts for 16-20 AWG (0.5–1.5mm²) at up to 13A; ST6569 with 20# contacts for 20-22 AWG (0.35–0.50mm²) at up to 7.5A. Whether you're terminating heavy-gauge power circuits or fine-gauge signal wiring, this series provides the right contact size for the application — select the variant that matches your wire gauge and current requirements.
[AUTOMOTIVE, MARINE & INDUSTRIAL SIGNAL WIRING]
The ST6567/ST6568/ST6569 kit series is designed for harness assemblers and technicians working with DT, HDP20, HD30, HD10, DRC, and Jiffy Splice series connectors across automotive, marine, and industrial applications. The gold-plated contact surface makes these kits especially well suited to sensor signal circuits, instrumentation wiring, and low-current control systems where long-term contact stability is a priority.
