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Generic 2D26 Vibration Switch Module KY-002 features
Other Features
Adjustable sensitivity control, Low power consumption, Simple wiring, Piezo element, Conductive spring mechanism, Suitable for motion detection, shock detection, and vibration control
Instructions for Use/Warnings
Connect the module signal pin (S) to pin 3 on the Arduino. Then connect the module’s power pin (middle) and ground (-) to +5V and GND on the Arduino respectively. The following Arduino sketch produces a shock flasher. The LED on Arduino pin 13 will flash when the KY-002 is knocked or shaked. Pin 3 receives the signal from the module. int Led = 13; // define the LED Pin int shock = 3 // define the sensor Pin int val; // define a numeric variable val void setup () { pinMode (Led, OUTPUT); // LED pin as output pinMode (shock, INPUT); // input from KY-002 sensor } void loop () { val = digitalRead (shock); // read the value from KY-002 if (val == HIGH ) {// when sensor detects shock, LED flashes digitalWrite(Led, LOW); } else { digitalWrite (Led, HIGH); } }
Blue PCB Electronics
7.8
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Product details
Product description
Description The Vibration Switch Module KY-002 is a low-cost and easy-to-use electronic component that converts mechanical vibrations into electrical signals.
It can detect even the slightest vibrations and transmit them to an external device, making it suitable for a wide range of applications, including motion detection, shock detection, and vibration control.
The module consists of a piezo element that generates an electrical output when subjected to mechanical vibrations, and an adjustable sensitivity control that allows users to customize the response to their specific needs.
With its low power consumption and simple wiring requirements, the KY-002 is an ideal choice for beginner hobbyists and experienced engineers alike.
Specifications This module consists of a conductive spring, a 10k resistor, and 3 male header pins.
Knocking or shaking the module will cause the spring to momentarily close the circuit.
Operating Voltage 5V Board Dimensions 18.5mm x 15mm [0.728in x 0.591in] Connection Diagram Connect the module signal pin (S) to pin 3 on the Arduino.
Then connect the module’s power pin (middle) and ground (-) to +5V and GND on the Arduino respectively.
KY-002 Arduino S Pin 3 middle +5V – GND KY-002 Arduino Code The following Arduino sketch produces a shock flasher.
The LED on Arduino pin 13 will flash when the KY-002 is knocked or shaked.
Pin 3 receives the signal from the module.
int Led = 13
// define the LED Pin int shock = 3 // define the sensor Pin int val
// define a numeric variable val void setup () { pinMode (Led, OUTPUT)
// LED pin as output pinMode (shock, INPUT)
// input from KY-002 sensor } void loop () { val = digitalRead (shock)
// read the value from KY-002 if (val == HIGH ) {// when sensor detects shock, LED flashes digitalWrite(Led, LOW)
} else { digitalWrite (Led, HIGH)
Additional info
- Sold by .
- A maximum of 5 units of this product can be ordered. Trendyol reserves the right to cancel orders over 5 units.
- Barcode No: 2900000007031
Generic 2D26 Vibration Switch Module KY-002 features
Other Features
Adjustable sensitivity control, Low power consumption, Simple wiring, Piezo element, Conductive spring mechanism, Suitable for motion detection, shock detection, and vibration control
Instructions for Use/Warnings
Connect the module signal pin (S) to pin 3 on the Arduino. Then connect the module’s power pin (middle) and ground (-) to +5V and GND on the Arduino respectively. The following Arduino sketch produces a shock flasher. The LED on Arduino pin 13 will flash when the KY-002 is knocked or shaked. Pin 3 receives the signal from the module. int Led = 13; // define the LED Pin int shock = 3 // define the sensor Pin int val; // define a numeric variable val void setup () { pinMode (Led, OUTPUT); // LED pin as output pinMode (shock, INPUT); // input from KY-002 sensor } void loop () { val = digitalRead (shock); // read the value from KY-002 if (val == HIGH ) {// when sensor detects shock, LED flashes digitalWrite(Led, LOW); } else { digitalWrite (Led, HIGH); } }
Safety information
Product safety information