Motion Sensor Motion Detection Module HC-SR501 PIR Compatible with Arduino and Raspberry Pi


Select quantity discount: 1x module
Price:
Sale price£6.00

Tax included

Stock:
In stock (53 units), ready to be shipped

✔️ PIR module for motion detection
✔️ Operating voltage 5V. Ideal for microcontroller compatible boards like Raspberry & Co.
✔️ Adjustable sensitivity and switching time, also for stand-alone operation without µC
✔️ Board dimensions: 32 mm * 24 mm

Important downloads and links

Description

The motion detector module is based on infrared technology, automatic control module and LHI778 probe design. This ensures high sensitivity, high reliability and ultra-low voltage operation mode.

It is widely used in various electric auto-sensing devices, especially battery-operated auto-controlled products.

The module is also equipped with a so-called Fresnel lens, a special type of filter that focuses infrared radiation onto the sensor.

Particularities

  • High sensitivity and reliability
  • Soldered-in jumper for setting temperature compensation
  • Direct switching of relays
  • Ideal for use with microcontroller boards
  • The perfect module for any household

Technical specifications

Model HC-SR501
Material Long-lived staku laminate (CCL)
Dimensions 33 x 25 x 30mm [1.3 x 1 x 1.2in]
Lens diameter 23mm
Operating voltage 5V DC
Electricity 65mA
Dormitory Less than 50µa
Blocking period 200 milliseconds
Recording area 110 degrees
Switching distance up to 7 meters
Blocking period 200 milliseconds
Block time from 2.5 seconds (standard) up to 10 seconds
Trigger methods L - Deactivate, H - Activate repeat trigger
Operating temperature From -15 to +70 ℃

High switching distance

Thanks to the infrared PIR sensor and the Fresnel lens, the sensor has high switching distance of up to 7 meters and can thus detect movements quickly.

Quick start guide

When buying one of our high-quality products, you will also receive an inclusive e-book for a quick introduction to the world of microelectronics.

You might also like this

Kürzlich angesehen