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    Current Sensor, DC 1mA/1A/100A to 800A, 110V/220V

    SKU: SUCH-DCC-800A
    $89.96
    ● Measuring range DC 0-800A ● No hole/8/12/15/22/35/ 45/55mm hole diameter ● 4-20mA, 0-5/1-5/0-10V Output ● DC 12/24V power supply
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    🚚 Free shipping
    🕒 Delivery date: 6-12 days
    🔁 30-day Returns
    Overview

    The current sensor features high-precision electromagnetic isolation with a flame-retardant housing and advanced surge protection. SUCH current sensor offers multiple hole diameters (up to 55mm), supports 4-20mA, 0-5V, 1-5V, and 0-10V output signals, and operates on DC 12V/24V or AC 110V/220V. With a high-permeability magnetic core, low-resistance copper coils, and stable internal power regulation, it ensures accurate, reliable current measurement in industrial systems.

    Feature

    • Precision Insulation Structure: Hand-wound coils with high-performance insulation film ensure strong electrical isolation and low electromagnetic interference.
    • Flame-Resistant Enclosure: Made of fire-retardant materials, suitable for harsh industrial environments with high safety requirements.
    • Broad System Compatibility: Supports seamless integration with PLCs, distribution panels, meters, and data loggers using electromagnetic isolation.
    • Surge Protection Design: Built-in high-isolation module resists lightning and power surges, enhancing device protection.
    • Optimized Magnetic Circuit: High-permeability core and precision copper windings enable accurate and stable current sensing.
    • Stable Power Module: Internal voltage regulator ensures consistent sensor operation under fluctuating input conditions.
    • Low-Resistance Coil Design: Pure copper windings reduce heat buildup, improving efficiency and long-term reliability.

    Size (Unit: mm)

    Current sensor dc 1ma 800a size

    Detail

    Current sensor dc 1ma 800a detail

     

    Specs
    Measuring Range of Input Current DC 0-800A
    Output Signal DC 4-20mA, DC 1-5V, DC 0-5V, DC 0-10V (customizable)
    Power Supply DC 24V, DC 12V, AC 220V, AC 110V (customizable)
    Hole Diameter No hole, 8mm, 12mm, 15mm, 22mm, 35mm, 45mm, 55mm (customizable)
    Accuracy 0.5%F.S.
    Isolation Voltage 3kV/50Hz/1min
    Offset Voltage ≤10mV
    Temperature Drift ≤100PPM/℃
    Frequency Bandwidth 20~50kHz
    Current Consumption <5mA
    Load Capacity Voltage output: 5mA, current output: 6V
    Response Time <250ms
    Overload Capacity 120% nominal input
    Work Temperature -10~+70℃
    Storage Temperature -25~+85℃
    Shipping Weight 0.5kg
    Measuring Method Terminal connection or through-hole type
    Installation DIN rail and screw fixation

    Note: ATO can customize DC bidirectional current sensor with maximum measuring range of -50A~0~50A. For example, the measuring range of input current is -50A ~ 0 ~ +50A, and the output signal is 4-20mA. Then the output signal 4-12mA corresponds to -50A~0, and the output signal 12-20mA corresponds to 0~+50A. And so on for other output signal modes. If you have any questions, please feel free to contact us.

     

    Hole Diameter Parameters

    Hole Diameter Current
    No hole DC 0-1mA/ 0-5mA/ 0-20mA/ 0-50mA/ 0-100mA/ 0-500mA/ 0-1A/ 0-5A/ 0-10A
    8mm DC 0-20A
    8mm, 12mm, 15mm DC 0-50A
    12mm, 15mm, 22mm DC 0-100A
    15mm DC 0-150A
    22mm DC 0-200A
    35mm DC 0-400A
    35mm, 45mm, 55mm DC 0-500A
    35mm, 45mm, 55mm DC 0-600A
    35mm, 45mm DC 0-800A
    Application
    Engineering monitoring

    Engineering Monitoring

    Power grid monitoring

    Power Grid Monitoring

    Power supply equipment

    Power Supply Equipment

    FAQ
     

    Yes. In applications where electrical isolation, safer installation, and analog signal output are desired, this sensor is an excellent substitute for traditional shunt-based current sensing.

     

    While designed for good immunity, interference from VFDs or strong magnetic fields may still affect performance. Recommended practices include:

    • Shielded cabling
    • Distance from high-frequency devices
    • Using metal enclosures or closed-loop (feedback) models for enhanced EMI resistance
     

    Yes. When used together with a voltage signal and phase angle (if AC), you can calculate: Power (P) = Voltage (V) × Current (I) × Power Factor (cosφ) This is useful in power monitoring, energy management systems, smart meters, and industrial automation.

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