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PIR Sensor Module Infrared Motion Sensor

Buy high quality PIR Sensor Module Infrared Motion Sensoralong with other sensor modules, relays, electronic components, bread boards, transducers and much more online at low price in Mumbai, Pune, Thane, Maharashtra, all parts of India & Abroad


Available Stock : 540 Unit

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Product Overview

PIR infrared sensor module works on infrared sight of operation, programmed control options. It has high dependability, low power utilization, Variable sensitivity, low voltage task mode. Generally utilized as a part of different automated-detection electrical gear, particularly for battery-powered and programmed control systems.
It has a wide working voltage go: default voltage DC 3.6V ~ 18V.
Induction blocking time (default setting : 2.5S piece time )

Technical Details

Working Voltage Range
DC 3.6V- 18V
Current drain
Voltage Output
High/Low level signal:3.3V TTL
Detection distance
3-7M(can be adjusted)
Delay time
5-200S(can be adjusted, default 5s +-3%)
Blockade time
2.5 S (default)

Frequently bought together

PIR Sensor Module Infrared Motion S ....

PIR Sensor Module Infrared Motion S ....

US $. 1.404


Total price: US $ 2.69

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Video Tutorial

Working Principle

The PIR sensors are commonly used in many appliances these days. The sensors have ability to sense motion and can be used to detect any trespassing occurrence in the sensor's range. The PIR are made out of pyroelectric sensor, a material having ability to generate electricity after given heat or cold, thus giving them ability to detect levels of infrared radiation. As every living body emits some amount of heat from their body, hence the sensor detects the change in amount of IR emission when someone passes by. The sensors are split into two, so they can sense out past some distance. When a worm body enters the sensor's perimeter, firstly one of half detects it and the other remains the same, causing a positive differential change in both half of the sensors and when the body leaves the perimeter the exactly reverse happens causing negative differential change. The sensors detects the change between these two and gives the desired output.

Interfacing Diagram

Interfacing Diagrams