WIDE MEASUREMENT RANGE: Open loop Hall current sensor accurately measures DC current from 0 to 1000A, making it ideal for industrial and energy management applications.
SPLIT CORE DESIGN: The split core construction allows for quick, non-invasive installation over existing wires without the need to disconnect or interrupt your current setup.
INPUT/OUTPUT SPECS: Accepts an input of DC 0–1000A and delivers a standard DC 4–20mA output signal, powered by a DC 24V supply for seamless system integration.
RELIABLE PERFORMANCE: Compact and lightweight transducer built to operate across a wide temperature range, ensuring consistent and dependable readings in demanding environments.
UL CERTIFIED QUALITY: Meets UL specifications, providing trusted safety and quality assurance for use in professional industrial monitoring and energy management systems.
وصف
The KTC18-A Split Core Hall Current Sensor is a high-performance open loop DC current transmitter designed for accurate, non-invasive measurement of currents ranging from 0 to 1000A. Its split core design makes installation straightforward — simply clamp it around an existing conductor without the need to disconnect any wiring, saving time and reducing downtime in your setup. The sensor accepts an input of DC 0–1000A and delivers a reliable DC 4–20mA output signal, powered by a DC 24V supply, making it compatible with a wide range of industrial monitoring and energy management systems. The compact, lightweight blue housing is built to withstand demanding environments, offering a wide operating temperature range for consistent, dependable performance. Four clearly labeled terminal connections (P+, P-, OUT+, OUT-) simplify wiring and integration into your existing control systems. CE and FCC certified, this current transmitter meets recognized safety and quality standards. Whether you are monitoring power distribution, managing energy consumption, or overseeing industrial equipment, this split core Hall current sensor delivers the precision and ease of use that professionals require.