QNHCK2-16 Split Core Current Transducer, Hall Effect Sensor, DC 10A-150A Range, 2.5V±2V Analog Output, Clamp On Design (150A 2.5V 0.625V)

The QNHCK2-16 split core current transducer is a versatile and precise current monitoring solution featuring advanced Hall effect sensing technology. This clamp-on sensor offers convenient installation without disrupting existing wiring, making it ideal for retrofitting and new applications alike. With multiple current range options from ±10A to ±150A DC and an analog output of 2.5V ±2V, this sensor delivers reliable current measurements across diverse industrial and commercial applications. Operating on a 5V supply voltage, it maintains impressive accuracy with ≤1% linearity and measurement precision. The robust design functions reliably in temperatures from -25 to +85°C, while its compact form factor allows for easy integration into tight spaces. The split core design enables quick installation and maintenance without system downtime, while the analog output provides seamless integration with monitoring and control systems. This transducer is particularly suited for power monitoring, industrial automation, and electrical system diagnostics where accurate current measurement is critical.

• Split Core Clamp-On Design: Easy installation without disconnecting or cutting existing wires, simply clamp around the conductor for quick setup and convenient current monitoring
• Hall Effect Technology: Provides accurate analog output signal of 2.5V ± 2V with +5V supply voltage for precise current measurement and reliable performance
• Wide Current Range: Measures DC currents from ±10A, ±20A, ±30A, ±50A, ±100A up to ±150A, making it suitable for diverse electrical monitoring applications
• High Precision Performance: Features ≤1% accuracy and ≤1% full scale linearity for dependable current sensing and monitoring in critical systems
• Durable Construction: Operates reliably in temperatures from -13°F to +185°F (-25°C to +85°C) with storage capability from -40°F to +257°F for long-lasting use