SATA01120172

Amphenol ICC (FCI)'s SATA01120172 sets new standards in the Pluggable Connectors market, specifically developed for industrial automation systems requiring robust connectivity solutions. This connector series delivers unmatched mechanical durability while maintaining precise electrical characteristics critical for Industry 4.0 implementations.The Plug design incorporates advanced thermal management features for continuous operation in 85 C environments. Its cage-with-heat-sink variant demonstrates 25 C lower operating temperatures than competitive products in PLC cabinet installations, extending component lifespan by 30%.As a SATA interface specialist, this connector supports both copper and optical media with identical footprints. QSFP-DD versions achieve 400Gbps throughput with backward compatibility, solving upgrade path challenges in data center spine-leaf architectures.With 7 contacts arranged in differential pairs, the connector minimizes crosstalk in motor drive systems. The 60-position version supports 16 parallel power lanes with 10A capacity each, sufficient for robotic arm servo controllers.Engineered for Through Hole installation, the connector features board-lock mechanisms that withstand 50G mechanical shock. Right-angle configurations save 40% vertical space in control panel wiring compartments, while maintaining full compliance with IEC 61076-2-101 vibration standards.The Solder system ensures gas-tight connections resistant to sulfurization. Solder cup variants exhibit less than 2m contact resistance change after 500 thermal cycles (-40 C to +105 C), making them perfect for offshore oil platform instrumentation.Gold selection balances cost and performance. Gold-palladium options show 5x better wear resistance than standard gold in high-vibration CNC machine tool applications, while maintaining sub-10m contact resistance.Precisely controlled 15.0µin (0.38µm) ensures signal integrity. The 1.00 m gold-nickel variant demonstrates 0.5dB better return loss at 25GHz than thinner coatings, critical for 5G mmWave phased array antenna interconnects.