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The Amphenol ICC (FCI) part number 10127721-063GLF is a Minitek Power 3.0 series power-to-board header connector. It features a dual-row, vertical through-hole mounting style with six positions and a 3 mm pitch. The contacts are male pins made of copper alloy, finished with gold plating to ensure reliable conductivity. The housing is constructed from black liquid crystal polymer (LCP), providing high thermal stability and mechanical strength. This component supports a rated voltage of 600 VAC and operates within a temperature range of -40°C to +105°C.
Verify the specific suffix 'GLF' against official Amphenol documentation to confirm lead-free compliance and contact finish specifications. Ensure the selected variant matches the required pin count and row configuration for the target application. Cross-reference the manufacturer's current product status to confirm availability and any recent design changes or obsolescence notices before finalizing procurement plans.
Select this connector when a low-profile, high-current power interface is required for vertical board-to-board connections. The 3 mm pitch allows for higher current capacity compared to finer pitches. Verify that the PCB layout accommodates the dual-row spacing and that the housing height fits within the system's mechanical constraints. Ensure mating components are compatible with the Minitek Power 3.0 series specifications.
This component belongs to the Minitek Power 3.0 family, designed for robust power delivery in dense electronic assemblies. The series utilizes LCP insulation for superior heat resistance and dimensional stability. As an FCI product, it adheres to strict manufacturing standards for reliability in demanding industrial and data communication environments.
Compatible substitutes include other Minitek Power 3.0 headers with matching 6-position, dual-row, vertical configurations. Ensure replacement parts maintain the same 3 mm pitch and 600 VAC rating. Verify that alternative suppliers offer equivalent gold-plated contacts and LCP housing materials for identical thermal and electrical performance.