Aggregated specification data identifies the Leviton Smart Circuit Breaker as a dual-function electrical component providing both overcurrent protection and circuit-level telemetry. Performance metrics indicate a revenue-grade energy monitoring accuracy of +/- 3% for amperage, voltage, and kilowatt-hour tracking. Technical specifications confirm the use of a hydraulic-magnetic tripping mechanism, ensuring that the 120V trip curve remains independent of ambient temperature fluctuations within the electrical enclosure.
Material analysis of the internal PCB reveals the integration of a 2.4GHz wireless radio, which requires the Leviton LWHUB for network communication. Regulatory compliance under UL 489 standards restricts the "Remote Control" feature to a one-way Remote OFF (tripping) function, prohibiting remote re-energization to prevent the closure of potentially faulted circuits. Monitoring capabilities include granular diagnostic notifications that distinguish between arc fault and ground fault events.
Functional feature highlights include:
- Modes of operation: Local Manual, Remote Trip, Real-Time Telemetry, Diagnostic Monitoring
The Leviton Smart Circuit Breaker with Remote Control provides sophisticated data logging but requires a proprietary ecosystem for full functionality. A comparative analysis of the Emporia Vue 3 Smart Home Energy Monitor suggests it as a non-proprietary alternative for users seeking broad circuit monitoring without replacing existing panel-specific breakers.
Within the architectural hierarchy of smart power systems, this device represents an integrated approach to residential energy management and load analysis.
