The RUiXU RX9MP 800A Busbar Provides Heavy-Duty Power Distribution for Lithi2-16 Battery Systems

The RUiXU RX9MP Busbar is a high-capacity power distribution solution designed specifically for RUiXU Lithi2-16 battery systems. Rated for up to 800 amps, this heavy-duty busbar makes it easy to safely combine and distribute power across your battery bank while maintaining clean, organized wiring.

Its quick-connect terminal design simplifies installation when paired with compatible PP140 cables, allowing installers to connect batteries faster with fewer wiring complications. Inside, a thick nickel-plated copper plate ensures excellent conductivity and durability, while stainless steel studs provide secure connections for multiple cables.

The RX9MP includes both an orange positive and black negative busbar for clear polarity identification. Each unit features multiple M8 stud terminals along with pluggable battery pole connectors, giving installers flexible connection options when building larger battery systems.

For added reliability, the enclosed junction block includes waterproof sealing rings to help protect internal connections from dust and moisture. With its high current rating, durable materials, and installation-friendly design, the RX9MP busbar provides a dependable foundation for high-power battery installations.

RUiXU RX9MP Busbar Features

800A High-Capacity Power Distribution

Rated for up to 800 amps, the RUiXU RX9MP Busbar safely combines and distributes power across large battery banks, making it ideal for high-performance energy storage systems.

Quick-Connect Terminal Design

Built with pluggable battery pole connectors, the RX9MP allows faster, cleaner installation when paired with compatible PP140 cables.

Nickel-Plated Copper Construction

A thick nickel-plated copper plate delivers excellent conductivity and durability, helping maintain efficient power flow even under heavy loads.

Waterproof Sealed Enclosure

Integrated waterproof sealing rings protect internal connections from moisture and contaminants, improving long-term reliability in demanding installations.