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The JXK-21 Hall current transmitter is specifically engineered to convert small current signals within the 0–20A range, making it an ideal solution for control cabinets, compact equipment boxes, and low-power industrial circuits. Unlike standard high-current monitors that are often oversized and lack sensitivity for minor loads, this transmitter focuses entirely on lower-current monitoring precision.
To address the spatial constraints of modern industrial environments, the JXK-21 current transmitter utilizes a streamlined terminal-input structure. This design effectively replaces the traditional, large through-hole opening with a direct conductor connection system. By landing the current wiring directly onto the module's terminals, the device can be installed neatly alongside terminal blocks, relays, and other standard DIN rail components.
System integration often involves varying power architectures, which is why the JXK-21 is designed with versatile DC24V and AC220V power supply options. This flexibility allows the transmitter to natively match the most common control-cabinet power systems found in industrial automation. While many modern panels utilize a standard 24VDC instrumentation supply, numerous auxiliary devices and legacy systems still rely on AC220V power.
Working Principle Diagram
Compatible Input Signal Types:AC / DC Universal
Rated Input Current Range:Standard: 0–1 A / 0–5 A / 0–10 A; supports customization for non-standard low-current ranges
Rated Input Voltage Drop:AC operating conditions ≤0.5 VA; DC operating conditions ≤0.3 V; compatible with standard CTs and shunts
Measurement Principle:AC average-value response (compatible with sinusoidal power-frequency signals); DC direct sampling
Supported Signal Frequency:AC standard power frequency 45–65 Hz; DC has 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% of Steady State):≤300 ms
Temperature Drift Coefficient (within the operating temperature range):≤200 ppm/°C FS
Independent Linearity Error:±0.15% FS
Dimension Chart
Wiring Diagram