M22-5321346R

Headers, Male Pins Overview

The M22-5321346R is a Harwin header connector from the M22 series, designed for surface mount technology. It features a 26-position configuration arranged in two rows (13+13) with a 2.00mm pitch. The component utilizes male pin contacts and is intended for pick-and-place assembly processes. It is classified as a cuttable header, allowing for flexible circuit board layout adjustments.

Headers, Male Pins Feature Summary

• Supports automated pick-and-place manufacturing processes
• Features a cuttable design for customizable row lengths
• Utilizes a dual-row configuration for high-density connections

Headers, Male Pins Applications

• Automated PCB assembly lines requiring SMT headers
• High-density electronic interconnect systems
• Customizable board-to-board connection layouts

Headers, Male Pins Procurement Notes

Verify RoHS compliance status and specific packaging requirements before ordering. Confirm that the cuttable format aligns with the required number of positions for the target application. Ensure compatibility with standard SMT reflow profiles during the procurement verification phase.

Headers, Male Pins Selection Notes

Select this model when a 26-position, 2-row SMT header is required. The 2.00mm pitch suits applications needing moderate spacing. Consider the cuttable feature if exact position counts vary across production batches. Verify mechanical fit within the designated PCB footprint area.

Headers, Male Pins Part Context

This part belongs to the M22 series of rectangular connectors by Harwin. The series is known for robust surface mount headers. The M22-5321346R specifically addresses needs for dual-row, high-count connections that require flexibility in final length through cutting capabilities.

Headers, Male Pins Replacement Considerations

Check for direct substitutes within the M22 series that offer different position counts or single-row configurations. Verify mechanical dimensions and electrical ratings against alternative components to ensure functional equivalence in the existing design.