Faria 3-Pin Connector - Bulk Case of 500 Pieces

The Faria 3-Pin Connector - Bulk Case of 500 Pieces is an essential component for serious automotive technicians and fleet managers who rely on reliable gauge and instrument connections. Whether you're rebuilding a marine or automotive electrical system, upgrading dashboard instrumentation, or maintaining a fleet of vehicles, this bulk case eliminates the frustration of sourcing connectors one at a time. Faria Beede Instruments has engineered these connectors to meet OEM standards, making them ideal for professional shops that demand consistency across multiple projects and installations.

Each 3-pin connector features a robust design optimized for secure mating with Faria's full line of gauge and sensor harnesses. The connectors use a keyed pin configuration that ensures proper polarity alignment, preventing installation errors that could damage sensitive instrument circuits or cause gauge malfunction. The housing is engineered from durable materials resistant to moisture, vibration, and thermal cycling—critical factors in underhood and marine environments where connectors experience constant stress from engine vibration and temperature fluctuations. The 500-piece bulk quantity significantly reduces per-unit cost compared to retail packaging while maintaining full compatibility with Faria gauge systems.

Professional mechanics, restoration shops, and marine technicians benefit most from stocking this bulk case to eliminate downtime waiting for connector availability. Whether you're installing water temperature sensors, fuel gauge senders, or tachometer pickup connections, having 500 connectors on hand ensures you can complete multiple installations without interruption. The compact 8 x 3 x 13-inch case stores efficiently in any shop and provides years of reliable connector supply for maintenance, restoration, and modification work. Installation is straightforward—simply insert the pre-crimped pins into the housing and mate with corresponding Faria harnesses for immediate operation.