Adjustable 2 – 100CM Digital Obstacle Avoidance Infrared Detection Module

Description

Digital infrared obstacle avoidance sensors, ultra-compact, adjustable current 6mA for 3-100cm range In stock new

How it works: the sensor emits infrared light detection, based on reflection, if it detects an obstacle, the pin OUT output is 0, otherwise 1.
Operating voltage: 3.8 v-5.5 v
Operating current (at 5 V): typical current 6 mA

Input and output signals (3 lines):
VCC GND OUT

GND, power supply VCC, the VCC range 3.8v-5.5v

The following is the actual detection range of the field test:

We have datasheets available for all components, if not present in the product download sheet, send us a message through the contact us form and we will publish it as soon as possible on our website.

Tutorial: How to Use Infrared Obstacle Detection Digital Module

The infrared obstacle detection digital module is a useful device for projects that require the detection of objects at a distance. It is ideal for robots, drones, and any other project that requires the ability to avoid obstacles.

What you need

• Arduino Uno or compatible
• USB Connection
• 5V Power Supply

Steps

1. Connect the VCC, GND, and OUT pins of the module to your Arduino.
2. Configure the Arduino pin as a digital input in the software.
3. Write a sketch that reads the pin state and prints the detected distance.
4. Adjust the switch to select the desired detection range (2-50cm or 50-100cm).
5. Check functionality with objects of various sizes at different distances.

Example code

void setup() {
  Serial.begin(9600);
  pinMode(A0, INPUT);
}

void loop() {
  int sensorValue = digitalRead(A0);
  Serial.println(sensorValue);
}

Mini project

Create an obstacle-avoiding robot that moves around a room and detects objects to avoid them.

Common mistakes

• Not properly configuring the pin as a digital input.
• Not adjusting the detection range switch.
• Using an inadequate power supply for the module (not 5V).
• Omitting the connection of VCC and GND pins.

Recommended accessories

• Arduino Stepper Motors
• Mobile Robot Base Kit
• 3D Print Cases for Projects
• Light Sensors

Frequently asked questions

How do you adjust the detection range?
Use the switch on the module to select between a detection range of 2-50cm or 50-100cm.

The module is not working, what to do?
Check all connections and ensure the module is properly powered with 5V. Also check the pin configuration on the Arduino.