PowerScout

The PowerScout™ Series networked power meters are sub-metering devices designed to provide timely and accurate consumption data necessary to gain the upper hand on electrical costs in today's escalating energy market.  These meters can capture kWh/kW energy and demand data as well as virtually all relevant energy parameters for diagnostics and monitoring on three-phase or single-phase circuit installations.  The PowerScout's flexibility, size, and ease-of-use make them ideal tools for gathering detailed consumption information in commercial, industrial, government and retail environments.

PowerScout's Advantages

  • Single or 3-phase energy and power meter for sub-metering applications

  • 3 and 18 channel versions for multi-circuit or branch-circuit monitoring

  • Full range of Split-Core or Rogowski-style current transformers available

  • PhaseChek™ LED indicators ensure correct CT orientation during installation (patent pending)

  • Over 50 measured parameters for energy measurement, monitoring and diagnostics

  • ETL and CE Mark (pending)

  • Line-powered; 60-600V Phase-Phase Power Supply (Use on 120/240V, 208/120V, 480/277V, or 580/335V, 380/220 volt services; 50 or 60 Hz

  • Data updates occur every 0.5 seconds

MODBUS Register Assignments

 

Detailed Register Description
Total Net True Energy (kWh) Individual Phase - Phase Voltages
Instantaneous Total True Power (kW) Line Frequency (Hz)
Peak Demand (Adjustable Demand Window, 15 min typical) (kW) Individual Phases True Energy (kWh)
Maximum Instantaneous Power (kW) Individual Phases True Power (kW)
Maximum Instantaneous Power (kW) Individual Phases Reactive Energy (kVARh)
Total Net Reactive Energy (kVARh) Individual Phases Reactive Power (kVAR)
Total Reactive Power (kVAR) Individual Phases Apparent Energy (kVAh)
Total Apparent Energy (kVAh) Individual Phases Apparent Power (kVA)
Total Apparent Power (kVA) Individual Phases Apparent Power Factor (aPF)
System Displacement Power Factor (dPF) Individual Phases Displacement Power Factor (dPF)
System Apparent Power Factor (aPF) Individual Phases Current (Amps)
Total Current in all phases (Amps) Individual Phases Line to Neutral Voltages (Volts)
Average Line - Line Voltage (Volts) Individual Phases Line to Line Voltages (Volts)
Average Line - Neutral Voltage (Volts) Multiple Meters External Data Synchronization