IR Break Beam Sensor with Premium Wire Header Ends, 5mm LEDs

IR Break Beam Sensor with Premium Wire Header Ends (5mm LEDs)

The IR Break Beam Sensor is a reliable and high-speed object detection infrared sensor designed for accurate presence and motion detection across a defined path. Using an infrared break beam sensor system, it consists of an IR transmitter and receiver placed opposite each other to create an invisible infrared beam. When an object passes through and interrupts this beam, the sensor instantly triggers a detection signal.

Unlike PIR sensors that rely on heat changes, this IR photoelectric sensor detects physical interruption, delivering faster response times and higher accuracy. This makes the break beam sensor module ideal for applications where precise object detection is required, such as robotics, automation, security systems, and access control projects.

Equipped with 5mm infrared LEDs and premium wire header ends, the sensor offers stable signal transmission and easy integration with microcontrollers such as Arduino, Raspberry Pi, and other development boards. Its compact design and low power requirements make it suitable for both prototyping and permanent installations.

With a detection range of up to 50 cm and a response time of less than 2 milliseconds, this infrared break beam sensor ensures real-time detection for fast-moving objects. Operating on a 3V–5V DC power supply, it seamlessly fits into a wide range of electronics and embedded system projects.

Key Features

Product Type: IR Break Beam Sensor Module

Detection Method: Infrared beam interruption (photoelectric sensing)

Sensing Distance: Up to 50 cm

Response Time: < 2 ms for rapid object detection

Operating Voltage: 3V – 5V DC

LED Type: 5mm infrared LEDs

Wiring: Premium wire header ends for secure connections

Accuracy: High precision compared to PIR and ultrasonic sensors

Power Consumption: Low power design

Compatibility: Arduino, Raspberry Pi, and other microcontrollers

Applications:

• Robotics and automation
  
• Object counting systems
  
• Security and access control
  
• Conveyor and industrial sensing
  
• DIY electronics and prototyping