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BLM KG 1 31 Z is listed in the Headers, Receptacles, Female Sockets range at ChipApex. The manufacturer field lists Fischer Elektronik. Its product description is suitable for male header SLM and. Review the specifications below when checking this part for your BOM.
The Fischer Elektronik BLM KG 1 31 Z is a single-row PCB receptacle connector designed for through-hole mounting. It features a 1.27 mm contact pitch and provides 31 positions for reliable board-to-board connectivity. The contacts are constructed from CuSn-alloy with tin plating to ensure durability and corrosion resistance. This component is engineered for industrial applications requiring stable electrical connections in compact layouts.
Verify the specific ordering code against official Fischer Elektronik documentation to confirm pin count, row configuration, and plating specifications. Ensure compatibility with mating headers such as the SLM or SLV series before procurement. Cross-reference datasheet revisions to confirm current manufacturing status and material certifications.
Select this component when a single-row, 1.27 mm pitch connector is required for through-hole assembly. Confirm that the mating header matches the 31-position requirement and compatible housing style. Evaluate space constraints on the PCB layout to accommodate the straight profile and lead length specifications provided in the technical drawings.
This part belongs to the BLM KG series of precision connectors manufactured by Fischer Elektronik. The series offers various contact counts and row configurations tailored for different density requirements. The BLM KG 1 variant specifically addresses single-row applications, providing a standardized solution for vertical board stacking or direct panel mounting scenarios.
Compatible substitutes include other single-row 1.27 mm pitch connectors from Fischer Elektronik, such as the BLM KG 1 ECO series variants. Verify that alternative parts maintain identical contact material, plating thickness, and mechanical dimensions to ensure interchangeability without redesigning the PCB footprint.
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