The JXK-10 through-hole AC/DC current transmitter delivers accurate dual-mode measurement, reliable retrofit stability, and easy installation for motor drives, renewables, and power supplies.
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The JXK-10 Hall current transmitter is engineered to measure both alternating current (AC) and direct current (DC) with exceptional stability. In modern industrial plants and complex retrofit projects, engineers frequently encounter mixed power systems, such as AC motor drives, DC power supplies, battery storage units, and renewable energy inverters. Instead of sourcing and installing different sensor models for various current types, the JXK-10 provides a unified solution. This dual-capability significantly simplifies the procurement process and reduces spare-part inventory management. By standardizing the current-sensing layout across various monitoring points, field technicians can apply the same installation concept throughout the facility.
Featuring a robust through-hole structure, the JXK-10 supports non-contact current sensing for high-power circuits ranging from 0 to 500A. In heavy-duty industrial applications, cutting thick primary cables or inserting traditional shunts can be labor-intensive, time-consuming, and potentially hazardous. With this through-hole design, the primary conductor simply passes directly through the sensor aperture. This non-intrusive installation method preserves the physical integrity of the original wiring, minimizing voltage drops and eliminating the risk of contact resistance associated with modified connections.
Industrial electrical environments are often unpredictable, exposing sensing equipment to potential hazards such as incorrect wiring during commissioning, sudden load fluctuations, or unexpected output-side faults. To ensure long-term stability, the JXK-10 current transmitter is equipped with comprehensive built-in protection mechanisms, including overload, overcurrent, short-circuit, and reverse-polarity safeguards. These critical features allow the device to withstand common abnormal electrical stress without sustaining permanent damage.
Working Principle Diagram
Compatible Input Types:AC/DC universal data acquisition (based on the Hall effect principle)
Standard Rated Range:0–10 A / 0–50 A / 0–100 A / 0–200 A; supports customization of non-standard measurement ranges
Compatible Detection Hole Diameter:Φ20mm standard large aperture, compatible with single-strand power cables of 16mm² and below
Compatible Signal Frequency:AC 40–400 Hz (power-frequency/medium-frequency universal); DC: no frequency limitation
Maximum Output Load Resistance (4–20 mA Current Output):≤500 Ω
Minimum Output Load Impedance (0–5 V / 0–10 V):≥10 kΩ
Step Response Time (Output Reaches 90% Steady State):≤200 ms
Temperature Drift Coefficient (within the operating temperature range):≤150 ppm/°C FS
Independent Linearity Error:±0.15% FS
Overall Accuracy of the Unit @ 25°C (Ambient Temperature):Standard Class 0.5 ±0.5% FS; no high-precision custom ranges available
Supports Reverse Signal Output (20–4 mA, Negative Voltage):Supported only for special orders; not a standard feature
Output Channel Configuration:Single-channel 1-in-1-out transmitter output,
Standard Transmitter Output Signal:4–20 mA, 0–20 mA, 0–5 V, 0–10 V, RS485, Relay. True RMS. Voltage follow.
Dimension Chart
Wiring Diagram