Adjustable PIR Motion Sensor Detector Module with Bracket

Build motion-activated lights, alarms, and control circuits with a compact PIR motion sensor module that detects human movement while using very little power.

This digital sensor module offers adjustable timing, repeatable and non-repeatable trigger modes, and easy installation with a bracket. Depending on the included version, it supports operating voltages from DC 2.7V to 20V, sensing distance from 3 to 7 meters, and cone angles up to less than 120 degrees.

For battery-powered projects, low static current options down to 20uA and under 0.1mA help reduce standby drain. Some versions also support optional photo control, while some ship without the factory photoresistance installed.

Why it works well in your project

✅ Detect motion reliably for lights, alarms, and automation.

✅ Fine-tune response time with adjustable delay settings.

✅ Reduce standby drain in battery-powered control systems.

✅ Trigger your circuit easily with a digital high/low output.

✅ Fit compact builds with mini board sizes as small as 10 x 8 mm.

✅ Match different designs with multiple included sensor versions.

Compact module suits tight installation spaces.

Bracket mounting makes positioning easier.

Adjustable controls help tailor trigger behavior.

Wide voltage support fits many circuit setups.

Digital output simplifies microcontroller integration.

Motion sensing works for automatic switching tasks.

Small lens version suits discreet installations.

Included versions cover different project needs.

Compact boards leave more room in enclosures.

Low current options help extend battery life.

Repeatable mode suits continuous occupancy detection.

Non-repeatable mode enables single-trigger actions.

Optional light control supports smarter activation.

Sensing range reaches up to 7 meters.

Fast block times support repeated motion events.

High output versions reach 3.3V when triggered.

Temperature tolerance suits varied operating conditions.

Add this PIR motion sensor module to your next build.