Makers choose the KY-003 Hall Effect Sensor Module when they need to detect magnets without any physical contact. Specifically, the module uses a 3144 Hall Effect IC to sense the proximity of a magnetic pole. Therefore, when you bring a magnet close to the sensor, the module sends a digital signal to your Arduino. Furthermore, the board includes a built-in LED and a pull-up resistor. As a result, you can view the sensor status visually and connect it directly to your microcontroller with zero extra parts.
Additionally, this sensor excels in high-speed applications. Consequently, engineers use it frequently for measuring motor RPM by counting how many times a magnet passes the sensor. Because of this, the KY-003 Hall Effect Sensor Module is a critical component for speedometers, tachometers, and non-contact limit switches.
Non-Contact Sensing: The module detects magnetic fields through plastic, wood, and glass. Specifically, this makes it ideal for sealed or waterproof enclosures.
Fast Response Time: It switches states in microseconds. Therefore, it accurately tracks high-speed rotating parts in motors and fans.
Dual Output Indicators: You get a digital signal for your code and a built-in LED for visual debugging. As a result, troubleshooting your circuit becomes much easier.
Standard 3-Pin Interface: The KY-003 Hall Effect Sensor Module uses a standard G-V-S layout. Consequently, it plugs directly into Arduino sensor shields.
Compact Design: In addition, its tiny footprint allows you to mount it in tight spaces, such as inside a 3D printer frame or a robot arm.
| Feature | Specification |
| Sensor IC | 3144 Hall Effect Sensor |
| Operating Voltage | 4.5V to 24V DC |
| Output Type | Digital (Open Collector) |
| Max Current | 25mA |
| Dimensions | 18.5mm x 15mm |
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