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The Mill-Max Manufacturing Corp. part number 800-10-052-10-004000 is a rectangular connector header featuring male pins. This component belongs to the standard socket header series and is designed for vertical mounting on printed circuit boards. It provides a robust interconnection solution with a pin count of fifty-two, utilizing a 2.54mm pitch spacing between contacts. The connector is constructed to support reliable electrical signal transmission in various electronic assemblies.
Verify the specific contact plating and insulation material requirements against the official datasheet before ordering. Confirm that the fifty-two position layout matches the target PCB footprint exactly. Ensure compatibility with mating connectors regarding height and retention mechanisms. Check for any recent product change notices affecting this specific Mill-Max series variant.
Select this component when a high-density fifty-two position header is required for vertical installation. Consider the mechanical stability provided by the precision-machined contacts for environments subject to vibration. Evaluate the thermal performance characteristics if operating near temperature limits. Compare against alternative series from the same manufacturer for potential form-factor optimizations.
This part falls within the Mill-Max 800 series of rectangular connectors, which are recognized for their precision manufacturing standards. The company specializes in high-reliability interconnect components, including spring-loaded contacts and standard headers. This specific model represents a fixed-pitch solution distinct from their customizable or spring-contact lines, offering a standardized interface for mass production applications.
Direct substitutes include other fifty-two position headers with identical 2.54mm pitch and vertical orientation. Verify mechanical dimensions such as overall height and insulator thickness to ensure board clearance compatibility. Cross-reference contact materials and plating specifications to maintain electrical performance equivalence.