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Eaton PXM2000 Modbus Map

This Eaton PXM2000 Modbus map is supported in Modbus Monitor XPF, allowing engineers to quickly test, monitor, and visualize device data without manual register mapping.

This page shows a preview subset of the full device map available in Modbus Monitor XPF.

For Eaton PXM2000 deployments, teams often use this map to surface demand, power, and harmonics data in critical power distribution and electrical monitoring systems.

Use This Device Map in Modbus Monitor XPF

Start using this device map in minutes - no manual register mapping required.

Quick Facts

  • Manufacturer: Eaton
  • Model: PXM2000
  • Device Type: Power Meter
  • Protocol: Modbus
  • Typical Use: power monitoring, energy metering, and facility automation
  • Available in: Modbus Monitor XPF

Why This Map Matters

Instead of manually decoding registers and building your setup from scratch, Modbus Monitor XPF provides a pre-built device map to help engineers test, monitor, and visualize data faster.

Browse all XPF device maps for the full library, explore Eaton device maps to compare related models, and use Compare Modbus Monitor XPF with Other Tools when evaluating fit across your stack.

Register Preview

Signal Address Type Units Category
Nominal Voltage iDeviceVoltsRatingValue 301356 UINT32 V Voltage
Output Current Rating iDeviceAmpsRatingValue 301811 UINT16 A Current
Peak Demand In mDemandInPeakValue 305263 FLOAT32 kW Power
Forward Real Energy mForwardEnergyValue 307005 FLOAT32 kWh Energy
Nominal Frequency iNominalFrequencyValue 301669 UINT16 Hz Frequency
PF App Phase A mPFapparentAValue 306213 FLOAT32 - Power Factor
Demand Ia mDemandIaValue 305251 FLOAT32 kW Demand
Status sStatusValue 303001 UINT16 - Status
Percent THD Vab mVabPerTHDValue 308149 FLOAT32 - Harmonics
Vendor Name VendorNameValue:32 301033 STRING - Identification
Device Type iDeviceTypeValue:32 301129 STRING - General
Percent Voltage unbalance Negative Sequence mPercentVoltageUnbalanceValue 304484 FLOAT32 V Voltage

Common Data Categories

  • Demand
  • Power
  • Harmonics
  • Power Factor
  • Energy
  • Current

Typical Use Cases

  • Commissioning new devices with a known-good register baseline
  • Troubleshooting Modbus communication and addressing issues
  • Building HMI dashboards for operational visibility
  • Logging device telemetry for analysis and reporting

Use This Device Map in Modbus Monitor XPF

Start using this device map in minutes - no manual register mapping required.