Magnetic Hall Effect Sensor KY-024 5V DC for Speed Counting and Motion Detection with High Sensitivity

KY-024 Linear Magnetic Hall Switches 4pin Speed Counting Sensor DC 5V Hall Effect Magnetic Sensor LM393 Chip for Arduino DIY Kit Feature: 1. Signal Output Indicator: The linear magnetic hall switches equipped with a signal output indicator, allowing you to easily monitor the output status and proper functionality. 2. Convenient Mounting Holes: The speed sensor module is Designed with installation holes, making it easy to mount the device in various applications for stable . 3. Low-Level Output Signal: Provides an effective low-level output signal, ensuring compatibility with a wide range of devices and systems. 4. Adjustable Sensitivity: The sensitivity of the speed counting sensor can be finely adjusted, allowing you to customize and optimize its performance according to specific needs. 5. High-Sensitivity: The linear magnetic hall sensor utilizes high-sensitivity magnetic field detection technology, enabling accurate and reliable measurements for motor speed, position detection, and other related applications. Specification: Origin: Mainland China Type: Module Condition: New Main chip: LM393, 3144 Hall sensor magnetic induction probe Working voltage: DC 5V Product size: 35.00x15.00x12.00mm Product size: 1.38x0.59x0.47inch Origin (Country or Region): Mainland China (Origin) Type: Module New or old: new product description The linear Hall magnetic module and the digital 13 interface have built-in LEDs, build a simple circuit, and create a magnetic field reminder light. The LED built into the digital 13 interface is used to connect a linear Hall magnetic sensor to the digital 3 interface. When the linear Hall magnetic sensor detects a key signal, the LED will light up, otherwise it will go out. Note: Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! Please allow 1-2cm measuring deviation due to manual measurement.