Tired of the hassle of cutting wires, wiring, or soldering when measuring AC current? The Gravity Analog AC Current Sensor is here to make your life easier. It eliminates the need to cut wires or reconnect circuits. Just clamp the AC transformer probe onto the AC line and plug the 3.5mm headphone jack into the signal conversion module. You can then easily read the current AC current value. This sensor has an analog output designed to work with 3V3/5V micro - controllers. It's a great tool for AC current measurement, perfect for monitoring AC motors, lighting equipment, air compressors, and more. Key features include non - contact measurement for high safety, multiple ranges to fit various measurement needs, and compatibility with 3V3/5V micro - controllers. Applications cover AC motor automatic monitoring and lighting and electrical equipment measurement. The AC Current Signal Conversion Module has an input voltage of 3.3V - 5.5V, a Gravity Analog interface, an AC voltage input range of 0 - 1V (AC RMS), a relative error of ±4%, dimensions of 32 × 27 mm /1.26 × 1.06 in, and a weight of 5g. The Open Type AC Transformer Probe has an AC current range of 0 - 10 A, a signal output of 0 - 1V AC voltage linearly corresponding to 0 - 10A, an accuracy of ±1%, a non - linearity of ≤±0.2%, a frequency range of 50Hz ~ 1kHz, a cable length of 1m, a working temperature of - 25 ℃ ~ +70 ℃, an opening size of 13 × 13 mm / 0.51 × 0.51 in, and a weight of 50 g. You can also access product wiki and more documents.
Using the Gravity Analog AC Current Sensor is a breeze. First, find the AC line you want to measure. Then, simply clamp the AC transformer probe onto that line. After that, plug the 3.5mm headphone jack into the signal conversion module. Once it's all connected, you'll be able to read the current AC current value. When using the sensor, make sure the input voltage for the signal conversion module is within the 3.3V - 5.5V range. Also, keep in mind the working temperature of the AC transformer probe, which is - 25 ℃ ~ +70 ℃. To maintain the sensor, avoid exposing it to extreme temperatures and humidity. Regularly check the probe and the connection cables for any signs of damage. If you notice any issues, refer to the product wiki or other documents for more information.
