The multifunctional power meter serves as the core terminal device for digital monitoring and energy consumption management in distribution systems, integrating capabilities such as multi-parameter measurement, data display, remote communication, and harmonic analysis. Installed in various high-and low-voltage switchgear cabinets, control cabinets, and distribution boxes, it collects real-time power operation data to provide precise support for operational maintenance monitoring, energy consumption statistics, and power quality analysis.

product highlights:

Comprehensive parameter measurement: Real-time monitoring of all parameters including voltage, current, active/reactive power, frequency, and electrical energy with a precision level of 0.5%.

Intelligent communication networking: Standardly equipped with RS485 interfaces and Modbus-RTU protocol, supporting multi-device cascading networking and seamless integration with SCADA, PLC, and other monitoring systems.

Advanced power quality analysis: Features optional harmonic analysis (1st–31rd orders) to accurately detect grid harmonic distortion, providing data-driven support for power quality management.

Flexible installation options: Available in four panel sizes ranging from 48×48 mm to 96×96 mm, meeting diverse distribution cabinet installation requirements

The product features comprehensive basic measurement capabilities, enabling precise real-time monitoring of all electrical parameters—including three-phase/one-phase voltage, current, active power, reactive power, apparent power, power factor, grid frequency, and cumulative electricity consumption—with high measurement accuracy and stable sampling performance, meeting the precision requirements for industrial measurement and energy consumption statistics. It operates at voltages suitable for both AC and DC applications, exhibits strong immunity to electromagnetic interference, and can function stably over extended periods in environments with intense electromagnetic fields such as distribution rooms and industrial workshops. The housing is constructed from flame-retardant plastic, featuring an embedded panel that fits seamlessly into cabinet surfaces; it meets required protection ratings and provides dust and accidental touch protection.

application scenarios:
For high/low-voltage switchgear, incoming line cabinets, interconnection cabinets, and compensation cabinets, monitor the operating status of main circuits and branch circuits; for power distribution cabinets in data centers and communication rooms as well as associated busbar monitoring units, track room energy consumption and monitor power quality; for industrial MCC cabinets and automation control cabinets, manage motor group operational parameters; for commercial complexes, municipal distribution rooms, and building distribution boxes, implement individual household energy metering and remote monitoring; for photovoltaic and energy storage renewable power stations, monitor grid connection parameters to ensure safe grid integration.