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The Harwin G125-MS10605L1P is a vertical surface-mount header from the Gecko-SL series, designed for power-to-the-board applications. It features a 1.25 mm pitch with 6 positions arranged in a 2x3 configuration. The connector utilizes male pin contacts made of phosphor bronze with gold plating, housed in green polyamide (PA). Rated for 2 A current and 250 V/450 V voltage, it operates within a temperature range of -65°C to +150°C. The unit employs solder termination and includes polarized locking mechanisms.
Verify that the specific part number matches the required orientation and contact gender before ordering. Confirm that the supplier provides official RoHS compliance documentation. Ensure storage conditions maintain the integrity of the gold-plated contacts. Check for any regional distribution restrictions or end-of-life notices associated with this specific Harwin component variant.
Select this component when a vertical SMT header with a 1.25 mm pitch is required. The 2-row, 6-position layout suits applications needing moderate current capacity. Consider the operating temperature range and insulation resistance requirements. Verify compatibility with mating sockets in the Gecko-SL family. Assess space constraints on the PCB footprint relative to the vertical profile.
This connector belongs to the Harwin Gecko-SL product line, which focuses on high-reliability interconnects. The series is characterized by its small form factor and secure latching mechanisms. Components in this family are engineered for harsh environments, offering consistent performance across various industrial sectors. The specific model represents a standard vertical configuration within this broader portfolio.
Compatible substitutes include other Harwin Gecko-SL headers with identical 1.25 mm pitch and 6-position configurations. Ensure replacement parts maintain the same vertical orientation and surface-mount termination style. Verify that alternative connectors offer equivalent electrical ratings and material specifications for direct interchangeability.