AC 0-1000A Split Core Hall Current Sensor Open Loop DC Current Transmitter Transducer (0-2000A_24V_Out 4-20MA DC in)

The KTC18-A Split Core Hall Current Sensor is a high-performance open loop DC current transmitter designed for accurate, non-invasive current measurement across a wide range of up to 1000A. Its split core design allows for quick and easy installation without the need to disconnect existing wiring, making it ideal for retrofitting into existing systems. With an input range of DC 0–1000A, an output signal of DC 4–20mA, and a power supply of DC 24V, this transducer delivers stable and reliable signal transmission for industrial monitoring, energy management, and automation applications. The compact, durable blue housing is built to withstand demanding environments and meets CE and FCC standards. A green terminal block connector ensures secure wiring connections, while the open-loop Hall effect technology provides low power consumption and consistent measurement accuracy. Whether used in power distribution panels, battery monitoring systems, or industrial control setups, this current transmitter offers a dependable solution for precise current sensing without interrupting your existing electrical circuits.

• WIDE INPUT RANGE: Open loop Hall current sensor supports DC input from 0 to 1000A, making it ideal for industrial monitoring and energy management applications.
• SPLIT CORE DESIGN: The split core construction allows for easy, non-invasive installation directly around existing wires without the need to disconnect any circuits.
• SIGNAL OUTPUT: Delivers a stable DC 4–20mA output signal powered by DC 24V, ensuring reliable and accurate data transmission to connected monitoring systems.
• HALL EFFECT TECHNOLOGY: Utilizes open loop Hall effect sensing technology to provide high-accuracy, non-contact current measurement with low power consumption.
• DURABLE CONSTRUCTION: Compact and rugged housing meets UL safety standards, built to withstand demanding industrial environments while maintaining consistent performance.