Why Choose the Carlo Gavazzi EM27072DMV53X0SN Energy Analyser?
The Carlo Gavazzi EM27072DMV53X0SN is a compact and versatile multi-load three-phase energy analyser designed for electrical measurement, sub-metering and power monitoring in industrial, commercial and building automation applications. As part of the Carlo Gavazzi EM270 multi-channel power analyser series, it provides detailed metering for multiple single-phase or three-phase loads from one compact device.
This analyser supports RS485 Modbus RTU communication and pulse output, making it suitable for integration into energy monitoring platforms, PLC systems and building management systems. Its quick-fit design supports both DIN rail and panel mounting, giving panel builders and electrical contractors excellent installation flexibility.
With voltage inputs from 160 to 240 V L-N and 277 to 415 V L-L, plus current measurement using solid core sensor blocks up to 630 A, the EM27072DMV53X0SN is ideal for granular load monitoring, energy allocation and system performance analysis across modern electrical installations.
Key Advantages
- Compact multi-load energy analyser for single-phase and three-phase systems.
- Monitors up to 6 single-phase loads or 2 three-phase loads.
- RS485 Modbus RTU communication for remote energy monitoring.
- Pulse output for integration with counters and energy systems.
- Supports solid core current sensors up to 630 A.
- Flexible DIN rail or 72 x 72 mm panel mounting design.
Key Features
- Carlo Gavazzi EM270 multi-channel power analyser series.
- Three-phase energy analyser with multi-load monitoring.
- RS485 communication port with Modbus RTU protocol.
- Pulse output for energy pulse transmission.
- Compatible with dedicated solid core current sensor blocks.
- Measures energy consumption and generation.
- LCD display for measurement viewing and configuration.
- Quick-fit mounting for DIN rail or panel installation.
Multi-Load Energy Monitoring for Modern Electrical Systems
The Carlo Gavazzi EM27072DMV53X0SN allows multiple electrical loads to be monitored from a single analyser, reducing installation complexity and improving visibility across distribution boards and control panels. By measuring multiple circuits through connected current sensor blocks, it helps facilities teams understand energy use at a more detailed level.
The integrated RS485 Modbus RTU interface enables measured values to be transmitted to external monitoring platforms, PLCs and building management systems. This supports energy reporting, cost allocation, load analysis and long-term efficiency improvement across industrial and commercial sites.
Typical Applications
- Industrial energy monitoring and distribution boards.
- Commercial building sub-metering.
- Multi-load metering in control panels.
- Building management systems and BMS integration.
- Energy efficiency and cost allocation projects.
- Renewable energy and generation monitoring.
