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The Amphenol ICC (FCI) part number 10131319-1811100LF is a vertical power-to-board header connector belonging to the Minitek Power 4.2 series. It features an 18-position configuration with two rows of contacts and a 4.2 mm pitch. The connector utilizes copper alloy contacts with gold plating for reliable electrical performance. Designed for surface mount termination, it supports a current rating of 12.5 A per contact. The housing is constructed from polyamide (PA66), offering UL94 V-0 flammability ratings. Operating temperatures range from -40°C to +105°C, ensuring stability in demanding industrial environments.
Verify component authenticity through authorized Amphenol distributors or direct manufacturer channels. Confirm that the specific suffix matches the required pin count and termination style. Ensure storage conditions maintain moisture sensitivity levels as specified. Request material compliance documentation to verify RoHS status and halogen-free characteristics prior to final procurement approval.
Select this connector when designing systems requiring high current capacity at a 4.2 mm spacing. Evaluate PCB layout constraints to accommodate the vertical profile and surface mount footprint. Consider mating receptacle compatibility within the Minitek Power 4.2 ecosystem. Assess thermal management requirements given the 12.5 A current rating and operating temperature limits during system integration.
This component is part of the Minitek Power 4.2 series manufactured by Amphenol ICC (FCI). The series specializes in power-to-board interconnects designed for robust industrial and data communication applications. Amphenol acquired FCI, integrating these solutions into their broader communications portfolio. This specific model represents a standard vertical header variant within the product line.
Consult official Amphenol cross-reference documents for verified substitute part numbers. Verify mechanical dimensions, electrical ratings, and contact configurations match exactly before substitution. Generic equivalents may not guarantee identical current handling or mating force characteristics.