AC 0-1000A Split Core Hall Current Sensor Open Loop DC Current Transmitter Transducer (0-200A_24V_Out 0-10V AC in)

The KTC18-A Split Core Hall Effect Current Transmitter is a high-precision open loop sensor designed for non-invasive DC current measurement across a wide range of 0 to 1000A. Its split core design makes installation straightforward — simply clamp it around an existing conductor without the need to disconnect any wires or cables, saving time and reducing downtime in your setup. The transmitter accepts an input of DC 0–1000A and delivers a reliable DC 4–20mA output signal, powered by a DC 24V supply. With a sensitivity of 200mA per Ah, it provides accurate, linear readings suitable for demanding industrial applications. The compact blue housing features a green terminal block connector for easy wiring, along with clearly labeled terminals (P+, P-, out+, out-) for straightforward integration. CE and FCC certified, this current transducer is well-suited for energy management systems, industrial monitoring, and real-time current sensing and control applications. Compatible with standard data acquisition equipment, it delivers consistent performance in a durable, easy-to-mount form factor.

• WIDE MEASUREMENT RANGE: This open loop Hall effect current transmitter accurately measures DC currents from 0 to 1000A, making it ideal for high-current industrial applications.
• SPLIT CORE DESIGN: The open split core construction allows for quick and easy installation around existing wires or busbars without the need to disconnect any cables.
• RELIABLE SIGNAL OUTPUT: Delivers a standard DC 4–20mA output signal powered by DC 24V, ensuring seamless compatibility with most data acquisition and control systems.
• CE/FCC CERTIFIED: This current transducer meets CE and FCC standards, providing confidence in its quality and suitability for use in industrial monitoring and energy management systems.
• COMPACT AND DURABLE HOUSING: The rugged blue enclosure is designed for reliable performance in demanding environments, with a secure terminal block connection for straightforward wiring.