Eaton 3MM412RRLC Residential Meter Stack - UL Listed

Multiple metering capability enables independent monitoring of each unit within a single enclosure, using 125 A service with an 800 A bus. This directly reduces capex by eliminating the need for separate panels per tenant while enabling precise billing and energy management across properties. Ideal for multi‑tenant residential and light commercial projects, it supports granular energy data collection without compromising space or install time. Outdoor-rated enclosure and a five-jaw connection simplify field wiring and protect equipment from weather, improving reliability and reducing maintenance calls. Ringless sockets and four 125 A sockets speed up installation and minimize mis-wiring risks, delivering consistent protection for feeder circuits. This configuration is particularly advantageous for exterior meter stacks at multi-dwelling communities where weather exposure is a concern. Three-phase in, single-phase out capability combined with 120/208 VAC compatibility supports mixed loads and utility interconnection, reducing the need for additional distribution gear. The ability to handle diverse tenant loads improves energy monitoring accuracy and helps building managers optimize power usage. This setup aligns with common electrical standards in many regions, facilitating smoother commissioning. Compatibility depends on the chosen MCB, offering flexibility to tailor protection levels while maintaining inventory efficiency. This approach helps electrical engineers design protective schemes around existing Eaton components, reducing spare part costs and accelerating procurement. In practice, installers appreciate the clear, modular interface that speeds on-site testing and commissioning. UL Listed certification underpins safety and regulatory compliance, while Eaton's warranty policy provides coverage for one year from installation or 18 months from shipment. These assurances reduce risk during early operation and support lifecycle maintenance planning. For project teams, this combination translates into predictable performance and long‑term reliability. From a service and maintenance perspective, the meter stack offers reliable metering data and straightforward access for routine checks, with modular components that simplify upgrades as requirements evolve. For system integrators, the design supports scalable energy analytics and reporting workflows, helping meet energy management and sustainability goals.