Maretron Micro/Mid Powertap Tee Connector

The Maretron Micro/Mid Powertap Tee Connector is a marine-grade power distribution component designed for reliable multi-device connectivity in demanding nautical environments. This connector assembly serves as a tee junction for Maretron's proprietary power tap system, allowing technicians and boat owners to split a single power feed into multiple circuit branches without compromising signal integrity or power delivery. Whether you're building a new marine instrumentation network, upgrading existing electrical systems, or troubleshooting power distribution architecture on a vessel, this connector provides the dependable interface required for uninterrupted operation in saltwater and freshwater applications.

Built with gold-plated contacts, the Maretron Micro/Mid Powertap Tee Connector eliminates corrosion and ensures the lowest possible contact resistance even in high-humidity marine conditions where standard brass or silver contacts degrade rapidly. Keyed connector geometry prevents reverse-polarity installation mistakes that could damage sensitive marine electronics, delivering foolproof connection security every time. The tee configuration handles continuous power delivery at 4.0 amperes and 250 volts, meeting stringent marine electrical standards while the molded construction protects internal pathways from moisture ingress and mechanical stress during installation or vessel operation.

Marine electricians, boat builders, and vessel maintenance technicians rely on the Maretron Micro/Mid Powertap Tee Connector to expand power management capabilities across integrated navigation, autopilot, sounder, and instrument systems. The 5-meter molded power cable integrates seamlessly into Maretron's broader marine networking ecosystem, offering plug-and-play compatibility with compatible Micro and Mid-range power tap modules. Installation is straightforward—simply route the tee into your power distribution network and secure all connections, allowing your marine electronics to operate independently without single-point power failures.