Why Choose the Lovato DMED310T2 Expandable Three-phase CT Energy Meter?
The Lovato DMED310T2 is an advanced three-phase digital energy meter designed for accurate electrical monitoring using 5 A secondary current transformers. As part of the Lovato DME energy meter series, it offers expandable functionality, making it ideal for industrial automation, energy management and commercial sub-metering applications.
Designed for three-phase systems with or without a neutral conductor, the DMED310T2 provides comprehensive measurement of imported and exported active energy together with reactive energy, voltage, current, power, power factor and frequency. Its expandable architecture allows additional communication and I/O modules to be added as system requirements grow.
With a compact 4-module DIN rail housing, 2 programmable static outputs and a clear backlit LCD display, the DMED310T2 delivers dependable performance for panel builders, OEMs and facilities managers requiring flexible, high-quality energy monitoring.
Key Advantages
- Expandable three-phase digital energy meter.
- Designed for 5 A CT secondary connections.
- Suitable for three-phase systems with or without neutral.
- Measures imported and exported active and reactive energy.
- 2 programmable static outputs for pulse or alarm functions.
- Expandable architecture supports future communication and I/O modules.
Key Features
- Lovato DMED310T2 three-phase energy meter.
- Connection via 5 A secondary current transformers.
- Class 1 active energy accuracy.
- Class 2 reactive energy accuracy.
- Imported/exported active and reactive energy measurement.
- 2 programmable static pulse outputs.
- Expandable design for additional communication modules.
- Backlit LCD display with multi-parameter monitoring.
- DIN rail mounting.
Expandable CT-operated Energy Monitoring
The Lovato DMED310T2 provides accurate monitoring of three-phase electrical installations where external current transformers are required. Its expandable design allows users to enhance the meter with optional communication interfaces or I/O modules, making it suitable for evolving automation and energy-management systems.
The programmable static outputs support pulse transmission and signalling applications, while the comprehensive electrical measurements help users monitor consumption, identify inefficiencies and optimise overall system performance.
Typical Applications
- Industrial switchboards.
- Commercial electrical distribution panels.
- Energy-management systems.
- Factory power monitoring.
- OEM machinery.
- Three-phase sub-metering.
- Building automation systems.
