M80-8910605

Overview

The Harwin M80-8910605 is a Datamate L-Tek power-to-board connector featuring a 3+3 position dual in-line female configuration. It utilizes a vertical orientation with a 1.3mm tail for board mounting and gold-plated contacts. Designed for high-reliability applications, this component supports crimp termination on discrete wires within the specified gauge range.

Feature Summary

• Vertical power-to-board design with integrated 1.3mm tail for direct PCB insertion
• Dual in-line female socket configuration ensuring secure mating engagement
• Gold contact plating provides corrosion resistance and stable electrical conductivity

Applications

• High-density electronic assemblies requiring vertical interconnects
• Industrial control systems demanding reliable power distribution
• Medical equipment utilizing compact, vibration-resistant connectors

Procurement Notes

Verify that the specific part number matches the required vertical orientation and 1.3mm tail length. Confirm compatibility with the corresponding Datamate L-Tek male housing or header to ensure proper mechanical locking and electrical continuity before finalizing procurement orders.

Selection Notes

Select this model when a vertical, low-profile connection is necessary for power delivery. The dual in-line layout maximizes pin density while maintaining robust mechanical stability. Ensure the mating partner belongs to the same Datamate L-Tek series to guarantee correct polarization and latch alignment.

Part Context

This component belongs to the Datamate L-Tek series, which specializes in power-to-board solutions. The series is engineered for environments subject to high vibration and shock, utilizing beryllium copper contacts with four-finger retention for superior durability compared to standard interconnects.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided documentation. Verify exact dimensional and electrical specifications against potential alternatives to ensure functional equivalence without modifying the existing board layout.