Products catalog

  • Rogowski coil integrator for DIN rail | 6000 A | 85 mV/kA | 4–20 mA | For AC current measurement | D1.3

    Code: ESD1.37

    Industrial Rogowski coil integrator designed for accurate alternating current (AC) measurement and reliable data transmission via a 4–20 mA analog signal. This integrator is considered one of the most reliable solutions for use in electrically noisy industrial environments and is therefore highly valued in energy, manufacturing, and infrastructure projects. The device is mounted on a DIN rail, occupies minimal space in the control panel, and enables safe, non-invasive measurement of high currents without disconnecting cables or busbars. The integrator combines technical precision, industrial reliability, and a clear signal architecture. 

  • Technical specifications

    Type: Rogowski coil integrator with 4–20 mA output
    Model: D1.3
    Mounting: DIN rail (35 mm)
    Rated input current: 6000 A
    Output signal: 4–20 mA
    Coil transfer ratio: 85 mV/kA
    Measurement accuracy: ±1% (from 1% to 100% of rated current)
    Frequency bandwidth: 5 Hz – 20 kHz
    Power supply: 12 V DC or 24 V DC (default – 24 V DC)
    Measurement type: AC current only
    Design note: The integrator is selected for a specific configuration (rated current and coil coefficient are not adjustable)

    Functions

    Integration of the Rogowski coil signal into a stable 4–20 mA output
    High immunity to electromagnetic interference
    Reliable operation over long cable runs
    Clear and standardized interface with automation equipment
    Neat, professional installation in electrical panels

    Applications

    Home / advanced user: Used for accurate monitoring of high currents (e.g. main supply or solar power generation) via home automation or energy monitoring systems.

    Electrician: DIN rail format, clearly arranged terminals, and standard 24 V DC power supply allow fast and error-free installation. An excellent choice for upgrading older switchboards where space is limited and reliability is critical.

    Engineer / automation specialist: Used in projects requiring a stable analog signal and high resistance to interference. The 20 kHz bandwidth enables monitoring not only the fundamental current but also higher-order harmonics important for power quality analysis.

    Advantages

    4–20 mA output – industrial standard, resistant to interference
    DIN rail mounting – tidy and professional installation
    High measurement accuracy across the entire range
    Suitable for long-term continuous industrial operation

    Disadvantages

    Fixed rated current – must be selected accurately
    No digital interfaces (RS485 / Modbus)
    AC current measurement only
    Requires an external DC power supply 

    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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