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The M80-8220545 is a 12-position rectangular header connector from the Harwin Datamate L-Tek series. It features a 2.00mm (0.079 inch) pitch and a dual-row configuration with male pin contacts. The component utilizes a crimp termination method for discrete wires, specifically designed for 22 AWG cable sizes. Contact surfaces are finished with gold plating to ensure reliable electrical performance. The housing is black and constructed from high-performance insulating materials suitable for demanding environments.
Verify the specific manufacturer part number against official Harwin documentation to confirm compatibility with mating receptacles. Ensure that the selected crimping tools match the specified 22 AWG wire gauge requirements for proper termination integrity. Cross-reference datasheet specifications regarding operating temperature ranges and material certifications before finalizing procurement orders.
Select this component when a low-profile, dual-row header with crimped wire termination is required. The 2.00mm pitch allows for dense circuit board layouts while maintaining adequate spacing. Consider the latching mechanism for vibration-resistant applications. Verify that the mating socket selection aligns with the panel or cable mounting style needed for the specific assembly constraints.
This connector belongs to the Datamate L-Tek family, known for its ruggedized design and high reliability in harsh environments. The series supports various configurations including surface mount and through-hole options. The M80-8220545 specifically addresses needs for discrete wire connections where secure latching and durable contact interfaces are critical for long-term operational stability.
Compatible mating sockets include Harwin part numbers such as M80-8501242, M80-8871242, and M80-6811245. These counterparts share the same 2.00mm pitch and 12-position layout. Ensure that the replacement or mating components utilize compatible termination methods and housing dimensions to maintain proper alignment and electrical continuity.