2CMA241845R1000 ABB D13 15-M 65 Three-Phase Direct-Connected 65 A MID Energy Meter with M-Bus

Why Choose the ABB D13 15-M 65 M-Bus Energy Meter?

The ABB D13 15-M 65 Mbus, order code 2CMA241845R1000, is a compact three-phase direct-connected energy meter with wired M-Bus communication. Designed for commercial, industrial and building-services installations, it provides direct measurement up to 65 A while occupying only three DIN modules.

The D13 15-M 65 Mbus provides four-quadrant measurement of active and reactive energy, allowing both consumption and generation to be monitored. Active energy measurement meets Class B (Class 1) accuracy under the MID framework, while reactive energy is measured to Class 2 in accordance with IEC 62053-23.

Integrated wired M-Bus communication enables remote meter reading and connection to compatible building-management and energy-management systems. The meter also provides four-tariff capability, one digital input and one digital output that can be used for pulse or alarm functions, plus measurement of electrical quantities including power, voltage, current, frequency and power factor.

Key Advantages

• Compact three-phase direct-connected energy meter.
• Direct measurement up to 65 A without external current transformers.
• Integrated wired M-Bus communication for remote meter reading.
• Four-quadrant measurement supports consumption and generation monitoring.
• Class B (Class 1) active energy accuracy under the MID framework.
• Class 2 reactive energy accuracy according to IEC 62053-23.
• Measures active, reactive and apparent electrical quantities.
• Supports four-tariff energy measurement.
• One digital input and one digital output for flexible tariff, pulse and alarm functions.
• Only 3 DIN modules wide for space-efficient panel installation.
• Wide operating temperature range of −40 to +70 °C.
• Housing incorporates recycled plastic for reduced material-resource impact.

Key Features

• ABB D13 EQ meter series.
• Three-phase + neutral electronic energy meter.
• Direct-connected measurement up to 65 A.
• Nominal system voltages of 220/380 V AC and 240/415 V AC.
• 50–60 Hz operating frequency.
• Four-quadrant active and reactive energy measurement.
• Import and export energy monitoring.
• Class B (Class 1) active energy accuracy.
• Class 2 reactive energy accuracy.
• MID approved for active energy measurement.
• Four-tariff capability.
• Wired M-Bus communication.
• 1 digital input and 1 digital output.
• Digital output configurable for pulse or alarm operation.
• Electrical S0 pulse output functionality.
• Measurement of power, voltage, current, frequency and power factor.
• Seven-position digital display.
• IP20 protection rating.
• Three-module DIN-rail construction.

Connected Three-Phase Energy Monitoring with M-Bus

The ABB D13 15-M 65 Mbus provides direct measurement on three-phase circuits up to 65 A, eliminating the need for external current transformers within its rated current range. Four-quadrant metering records energy in both import and export directions, while measurement of active and reactive energy provides detailed information about electrical consumption and generation.

Integrated wired M-Bus communication allows meter information to be collected centrally by compatible monitoring equipment. Together with four-tariff functionality, electrical instrumentation, a digital input and a configurable pulse/alarm output, this makes the D13 15-M 65 Mbus a practical solution for distributed commercial and industrial energy-monitoring systems.

Typical Applications

• Three-phase electricity sub-metering.
• Commercial building energy monitoring.
• Industrial electrical distribution.
• Building-management systems using M-Bus.
• Centralised M-Bus energy-monitoring networks.
• Distribution boards and electrical control panels.
• Factory and production-area energy monitoring.
• Import and export energy measurement.
• Multi-tariff electricity monitoring.
• Renewable and distributed-generation monitoring.
• Remote electricity data acquisition.
• Energy efficiency and consumption analysis.