QNHCK2-16 Split Core Current Transducer, Hall Effect Sensor, DC 10A-150A, 2.5V±2V Analog Output, Clamp On Design, +5V Supply (100A 2.5V 2V)

The QNHCK2-16 split core current transducer is an innovative solution for precise DC current measurement without circuit interruption. This versatile sensor utilizes Hall effect technology to accurately measure DC currents ranging from 10A to 150A with an analog output of 2.5V ±2V. The convenient clamp-on design allows for quick and non-invasive installation around existing conductors, making it ideal for retrofitting and system upgrades. Operating on a single +5V supply voltage, this sensor delivers excellent accuracy and linearity of ≤1% full scale. The robust construction ensures reliable performance across a wide temperature range from -25 to +85°C, suitable for various industrial and commercial applications. The sensor's compact form factor and split core mechanism make it particularly valuable for tight installation spaces where traditional closed-loop sensors cannot be easily implemented. Whether you're monitoring power systems, battery management, or industrial processes, this transducer provides dependable current measurement with minimal power consumption and straightforward integration capabilities.

• SPLIT CORE DESIGN: Hinged clamp-on construction allows for quick and easy installation around existing conductors without disconnecting wires or interrupting circuit operation
• HALL EFFECT TECHNOLOGY: Provides accurate analog voltage output of 2.5V ± 2V for precise DC current measurement across a wide range from 10A to 150A rated current
• HIGH ACCURACY: Features ≤1% accuracy and ≤1%FS linearity for reliable current monitoring in automotive, industrial, and power management applications
• WIDE TEMPERATURE RANGE: Operates reliably in temperatures from -13°F to +185°F (-25°C to +85°C) with storage capability from -40°F to +257°F (-40°C to +125°C)
• COMPACT AND EFFICIENT: Low power consumption with single +5V supply voltage, model QNHCK2-16 offers customizable current ratings to suit various DC monitoring needs