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SKU: Elec-8

IR Infrared Obstacle Avoidance Proximity Sensor Module

Active infrared obstacle detection sensor with LM393 comparator, adjustable potentiometer sensitivity (2cm–30cm), and 3.3V–5V logic for robotics and line tracking.

Quick Summary & Specs

IR Infrared Obstacle Avoidance Proximity Sensor Module is an original, pre-tested electronic module designed for Arduino, ESP32, Raspberry Pi, robotics, and embedded engineering projects. Includes verified pinout compatibility and nationwide express shipping across Pakistan.

24-48h Dispatch Cash on Delivery 7-Day Support & Warranty
Rs 110.00

100 In Stock
Tested & Quality Guaranteed Sensitivity & LED indicator tested. 7-Day Replacement Warranty across Pakistan.
Fast Local & Nationwide Shipping Same-Day Dispatch in Lahore | 2-3 Days COD to Karachi, Islamabad & All Pakistan.

IR Infrared Obstacle Avoidance Proximity Sensor Module

This active IR Infrared Obstacle Avoidance Sensor uses an infrared emitter and photodiode receiver pair with an on-board LM393 voltage comparator to detect obstacles in front of mobile robots. The detection range can be dialed in from 2cm up to 30cm via the precision multi-turn trimmer potentiometer.

⚡ Technical Specifications:

- Operating Voltage: 3.3V to 5.0V DC (Directly compatible with 3.3V ESP32 & 5V Arduino)
- Detection Distance: 2 cm to 30 cm (Adjustable via potentiometer)
- Detection Angle: 35° cone
- Comparator IC: LM393 High-Speed Voltage Comparator
- Output Type: Digital switching output (0 / 1 TTL logic)
- Status Indicators: Power LED (Red) + Obstacle Detection Indicator LED (Green)
- Dimensions: 32mm x 14mm with M3 mounting hole

🛠️ Applications:

- Line Follower Robots & White/Black Surface Trackers
- Obstacle Avoidance Autonomous Vehicles
- Touchless Sanitary Dispensers & Proximity Switches
- Conveyor Belt Object Counting Sensors

What's Included in the Package:

  • 1x IR Infrared Obstacle Avoidance Sensor Module with LM393

Pinout Interfacing & Testing Guide:

Step 1: Verify Pinout & Voltage

Check the silkscreen pin labels (VCC, GND, SDA/SCL or I/O) and confirm whether your microcontroller uses 3.3V or 5V logic.

Step 2: Connect to Microcontroller

Wire the power, ground, and signal pins to your Arduino, ESP32, or Raspberry Pi using breadboard jumper wires.

Step 3: Run Sample Test Sketch

Upload a standard test sketch via Arduino IDE or MicroPython and verify live readings on the Serial Monitor.

Component Quality Note: Every sensor, display, and driver module is bench-inspected and covered by our 7-day replacement warranty.
Custom Prototyping & FYP Enclosures

Need a Custom 3D Printed Casing or Multilayer PCB?

Get custom snap-fit enclosures and robotics parts printed via our custom 3D printing service in Lahore & Pakistan, or order industrial double-sided circuit boards through our custom PCB fabrication service with nationwide delivery.

Key Features

Advantages Adjustable detection range using potentiometer Reliable digital output with LM393 comparator Easy to interface with Arduino and other microcontrollers Compact, low-cost, and energy-efficient Ideal for beginners and robotics enthusiasts
Applications Obstacle detection and avoidance in robots Line-following and smart car navigation Object detection and counting systems Automatic doors and security alarms Proximity sensing in automation projects DIY electronics and educational robotics
Features Model: IR Obstacle Avoidance Sensor Module Operating Voltage: 3.3V – 5V DC Detection Range: 2 cm – 30 cm (adjustable via potentiometer) Output Type: Digital (0 or 1) Sensor Type: Infrared emitter and receiver pair Comparator: LM393 Indicator LEDs: Power and obstacle detection indicators Interface Pins: VCC, GND, OUT Dimensions: ~48 mm × 14 mm

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