LM393 Correlation Photoelectric Sensor Opposite Type Infrared Count Sensor 5 Pack 10mm Optical Slot 5V DC Groove Optocoupler H2010 Industrial Grade For DIY Automation Projects Arduino Raspberry Pi Compatible
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LM393 Correlation Photoelectric Sensor Opposite Type Infrared Count Sensor 5 Pack 10mm Optical Slot 5V DC Groove Optocoupler H2010 Industrial Grade For DIY Automation Projects Arduino Raspberry Pi Compatible

LM393 Correlation Photoelectric Sensor Opposite Type Infrared Count Sensor 5 Pack 10mm Optical Slot 5V DC Groove Optocoupler H2010 Industrial Grade For DIY Automation Projects Arduino Raspberry Pi Compatible

$21.05
LM393 Correlation Photoelectric Sensor Opposite Type Infrared Count Sensor 5 Pack 10mm Optical Slot 5V DC Groove Optocoupler H2010 Industrial Grade For DIY Automation Projects Arduino Raspberry Pi Compatible
$21.05

The Story

5-Pack Infrared Photoelectric Sensor with 10mm Slot, 5V DC
✔️ LM393 H2010, 5V DC, 10mm optical slot, opposite-type sensor

This correlation photoelectric sensor set uses a groove-type optocoupler (H2010) with the LM393 main chip, designed for easy integration into DIY automation, Arduino, and Raspberry Pi projects. The 5-pack gives you multiple counting sensors ready for conveyor paths, robotics, or hobbyist automation tasks.

✅ 5 pieces included in the pack
✅ 10mm optical slot width for stable sensing
✅ 5V DC operating supply for common microcontrollers
✅ LM393 comparator with groove-type H2010 optocoupler
✅ Opposite-type infrared count sensor designed for DIY projects

💡 What is a typical use for a correlation photoelectric sensor in DIY automation and counting setups? It's handy for counting items and detecting passes for microcontroller projects.
- Conveyor counting for hobby machines
- Works with Arduino/Raspberry Pi at 5V
- Simple digital output for easy integration

LM393 Correlation Photoelectric Sensor Opposite Type Infrared Count Sensor 5 Pack 10mm Optical Slot 5V DC Groove Optocoupler H2010 Industrial Grade For DIY Automation Projects Arduino Raspberry Pi Compatible - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

LM393 Correlation Photoelectric Sensor Opposite Type Infrared Count Sensor 5 Pack 10mm Optical Slot 5V DC Groove Optocoupler H2010 Industrial Grade For DIY Automation Projects Arduino Raspberry Pi Compatible - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

LM393 Correlation Photoelectric Sensor Opposite Type Infrared Count Sensor 5 Pack 10mm Optical Slot 5V DC Groove Optocoupler H2010 Industrial Grade For DIY Automation Projects Arduino Raspberry Pi Compatible - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

LM393 Correlation Photoelectric Sensor Opposite Type Infrared Count Sensor 5 Pack 10mm Optical Slot 5V DC Groove Optocoupler H2010 Industrial Grade For DIY Automation Projects Arduino Raspberry Pi Compatible - Image 5

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

5-Pack Infrared Photoelectric Sensor with 10mm Slot, 5V DC
✔️ LM393 H2010, 5V DC, 10mm optical slot, opposite-type sensor

This correlation photoelectric sensor set uses a groove-type optocoupler (H2010) with the LM393 main chip, designed for easy integration into DIY automation, Arduino, and Raspberry Pi projects. The 5-pack gives you multiple counting sensors ready for conveyor paths, robotics, or hobbyist automation tasks.

✅ 5 pieces included in the pack
✅ 10mm optical slot width for stable sensing
✅ 5V DC operating supply for common microcontrollers
✅ LM393 comparator with groove-type H2010 optocoupler
✅ Opposite-type infrared count sensor designed for DIY projects

💡 What is a typical use for a correlation photoelectric sensor in DIY automation and counting setups? It's handy for counting items and detecting passes for microcontroller projects.
- Conveyor counting for hobby machines
- Works with Arduino/Raspberry Pi at 5V
- Simple digital output for easy integration