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The Amphenol ICC (FCI) part number 10137785-042232LF is a rectangular power connector header belonging to the Minitek Pwr 4.2 series. It features a vertical through-hole mounting style with four positions arranged in a single row. The connector utilizes a 4.20mm (0.165 inch) pitch for its male pin contacts, which are plated with gold for reliable conductivity. Designed for robust electrical connections, this component supports high current applications within a compact form factor suitable for board-to-board or cable-to-board integration.
Verify the specific contact plating thickness and material composition against the official datasheet before finalizing procurement decisions. Confirm that the vertical orientation and 4.20mm pitch align precisely with the target printed circuit board layout requirements. Ensure compatibility with mating connectors within the same Minitek Pwr 4.2 family to guarantee mechanical fit and electrical performance standards.
Select this component when a vertical, high-current power connection is required with a 4.20mm spacing. Consider the gold plating for corrosion resistance in harsh environments. Evaluate the thermal management needs of the application against the connector's rated current capacity. Ensure the chosen variant matches the specific housing color and flammability ratings mandated by the system design specifications.
This connector is part of the Minitek Pwr 4.2 series by Amphenol ICC (FCI), designed for power-intensive applications. The series offers various configurations to support different current loads and mounting styles. As a specialized power connector, it complements the manufacturer's broader portfolio of signal and mixed-signal interconnect solutions used in datacom and industrial sectors.
Consult official substitution lists for compatible headers within the Minitek Pwr 4.2 family. Verify that any alternative part maintains the identical 4.20mm pitch, vertical orientation, and four-position count. Cross-reference current ratings and plating specifications to ensure equivalent performance without modifying the existing board design.