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  • Three-phase multichannel electrical energy meter | 36 circuits | DIN rail mounting | RS485 Modbus | with CT

    Code: ES-AMC16MA

    A multi-channel three-phase energy meter designed to simultaneously monitor up to 36 single-phase or 12 three-phase circuits. Built for intensive use, this device is ideal for data centers (IDC), electrical distribution boards, industrial facilities, and building energy management. Using current transformers (CT) and RS485 (Modbus-RTU) communication, it enables accurate real-time energy consumption analysis and seamless integration into smart control systems. 

  • Technical specifications

    Type: multi-channel electrical energy meter
    Phases: three-phase (input)
    Output circuits: 12 three-phase or 36 single-phase
    Input channels: 2 three-phase
    CT specification:
    Input: **A / 5A
    Output: **A / 20mA
    Measurement parameters: Voltage (V); Current (A); Energy (kWh); Frequency (Hz)
    Energy range: 0 – 999 999 999
    Accuracy class: 0.5
    Auxiliary voltage: AC 85–265V / DC 100–350V
    Frequency: 45–60 Hz
    Communication: RS485 (Modbus-RTU)
    Display: analog + digital
    Mounting: DIN rail (35 mm) or wall-mounted
    Dimensions: 194 × 124 × 88 mm
    Operating temperature: -15°C … +55°C
    Humidity: ≤93%

    Functions

    Multi-channel energy measurement – monitors up to 36 circuits with one device, eliminating the need for multiple meters
    Accurate energy (kWh) metering – ensures reliable data for energy analysis and cost allocation
    Support for single-phase and three-phase networks – flexible adaptation to various electrical systems
    RS485 / Modbus-RTU communication – enables integration into BMS, SCADA, or other control systems
    Real-time parameter monitoring – displays voltage, current, frequency, and other key values
    Measurement via current transformers (CT) – safe and accurate measurement of high currents
    Combined display (analog + digital) – clear and convenient data visualization
    DIN rail mounting – fast and standardized installation in electrical panels
    Individual line analysis – allows identification of energy losses or overloads
    Energy management optimization – helps distribute loads efficiently and reduce costs

    Usage

    For advanced home users: analysis of solar systems or larger homes, monitoring individual circuits (e.g., heating, EV charging), energy optimization and savings
    In industry / for engineers: energy monitoring in data centers (IDC), electrical analysis of production lines, power distribution control in panels, integration into SCADA / BMS systems
    For electricians: assembly of electrical panels with energy metering, CT system installation, smart panel solutions for clients, quick DIN rail installation
    For commercial facilities: energy control in offices and shopping centers, tenant energy metering, cost allocation

    Practical application

    In electrical panels – all outgoing circuits monitored with one device, making it easy to identify highest consumption
    In commercial buildings – enables energy cost allocation by zones or tenants
    In manufacturing – helps identify overloaded lines and optimize equipment operation
    In data centers (IDC) – precise tracking of server and equipment energy consumption
    In solar and energy systems – analysis of energy distribution between consumers

    Advantages

    One device – up to 36 circuits
    High accuracy (class 0.5)
    RS485 / Modbus integration
    Suitable for both single-phase and three-phase systems
    Professional solution for large facilities
    DIN mounting – easy installation

    Disadvantages

    Requires current transformers (CT)
    More complex wiring (not for beginners)
    Requires additional system (BMS/SCADA) for full functionality

    How many circuits can this device monitor?

    Up to 36 single-phase or 12 three-phase circuits.

    Are current transformers (CT) required?

    Yes, measurements are performed via CT, so they are necessary.

    Can it be connected to an automation system?

    Yes, via RS485 (Modbus-RTU) it can be integrated into SCADA or BMS.

    What can be measured?

    Voltage, current, energy (kWh), frequency, and other parameters.

    How is the device mounted?

    On a DIN rail or wall. 

    Illustrative image may have been created using AI. The appearance of the product may differ slightly from the image shown. Please refer to the technical specification.
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