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The M80-6810601 is a Datamate L-Tek series female receptacle connector designed for surface mount technology. It features a dual in-line (DIL) configuration with 6 positions arranged in two rows, providing a total of 12 contacts. The connector utilizes a 2.00mm pitch and is constructed with a black polyamide housing. Contacts are gold-plated to ensure reliable signal transmission. This component is engineered for vertical board mounting applications.
Verify the specific suffix 'P' or absence thereof against official Harwin documentation, as packaging quantities may vary. Confirm RoHS compliance status directly with the manufacturer datasheet. Ensure the selected variant matches the required surface mount footprint dimensions. Cross-reference the part number with the latest distributor catalogs to confirm current availability and lead times before finalizing procurement plans.
Select this component when a low-profile vertical connection is required for space-constrained designs. The 2.00mm pitch allows for dense circuit layouts while maintaining reliable electrical performance. Consider the gold plating thickness if high-cycle mating durability is critical. Ensure the PCB pad layout aligns precisely with the Datamate L-Tek SMT specifications to guarantee proper solder joint formation and mechanical retention during operation.
This connector belongs to the Datamate L-Tek family, which specializes in high-reliability interconnect solutions. The L-Tek series distinguishes itself through robust locking mechanisms and versatile mounting options. As a surface mount variant, it supports automated assembly processes. The model represents a standard female socket configuration within the broader Datamate ecosystem, compatible with corresponding male header assemblies.
Direct substitutes include other Harwin Datamate L-Tek female SMT connectors with identical pin counts and pitch. Verify that alternative parts maintain the same vertical orientation and housing material properties. Ensure compatibility with existing mating headers regarding locking mechanism type and overall height constraints.