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Carlo Gavazzi EM24 Modbus Register Map

The Carlo Gavazzi EM24 is a power meter used for power monitoring, energy metering, and facility automation. This page provides a sample Modbus register map with addresses, data types, and signal categories to help engineers commission, troubleshoot, and monitor the device. For Carlo Gavazzi EM24 deployments, teams often use this map to surface energy, voltage, and power factor data in panel metering, building automation, and energy submetering.

This page shows a public register preview. Check the catalog in your installed XPF version for complete-map availability and licensing.

Confirm the exact model and firmware, address base, register function, word order, scaling and units against the manufacturer manual before polling. This preview does not establish hardware validation.

Overview

  • Device: Carlo Gavazzi EM24
  • Type: Power Meter
  • Protocol: Confirm the supported transport for the exact device and firmware in the manufacturer manual.
  • Use case: power monitoring, energy metering, and facility automation
  • Works with: Modbus Monitor XPF (import directly)

Download Modbus Map

The sample below is a public preview. Check the catalog in your installed XPF version for current availability, access and licensing.

Public JSON preview · Preview data terms

Register Table (Sample)

Sample registers from the Carlo Gavazzi EM24 Modbus map. Confirm the sample against the exact device and firmware before use.

Signal Address Type Units Category
V L1 N 300001 INT32 - Voltage
KWh TOT 300063 INT32 kWh Energy
Hz 300056 INT16 - Frequency
PF L1 300051 INT16 - Power Factor
Digital input status 300769 UINT16 - Status
A L1 300013 INT32 - General
Version code 300771 UINT16 - Identification
V L2 N 300003 INT32 - Voltage
V L3 N 300005 INT32 - Voltage
V L1 L2 300007 INT32 - Voltage
V L2 L3 300009 INT32 - Voltage
V L3 L1 300011 INT32 - Voltage

How to Use This Map

  1. Download Modbus Monitor XPF — Get the free version.
  2. Select the Carlo Gavazzi EM24 device map — check availability and access in the installed application catalog.
  3. Connect to your device — confirm transport, addressing and data types before starting a read operation.
  4. Visualise and log — build dashboards, trend data, and export readings without manual register entry.

Why Use Pre-Built Maps

  • Saves time — no need to manually look up or enter register addresses
  • Reduces errors — reusable maps reduce repeated manual entry; validate addresses and data types for your device
  • Speeds commissioning — connect and poll within minutes instead of hours
  • Reusable across projects — use the same map across multiple sites and installations

Data Categories Available

  • Energy
  • Voltage
  • Power Factor
  • Status
  • Frequency