Stemedu HC-SR501 PIR Sensor Infrared IR Body Motion Module for Arduino Raspberry Pi(Pack of 5pcs)
Details
- BrandStemedu
- ColorWhite Yellow
- Power SourceElectric
- Item Weight60 Grams
- Maximum Range21 Feet
Description
🚀 Elevate Your Space with Smart Motion Detection!
- 💡 ENERGY EFFICIENT - Quiescent current under 50uA for low power consumption.
- 🔌 SMART AUTOMATION - Effortlessly control devices with motion detection.
- 🔒 ENHANCED SECURITY - Perfect for automatic lighting and alarm systems.
- ⏳ CUSTOMIZABLE TIMING - Adjustable output timing from 0.5 seconds to 200 seconds.
- 🏠 VERSATILE APPLICATIONS - Ideal for homes, offices, and security systems.
The StemeduHC-SR501 PIR Sensor is a versatile infrared motion detection module designed for Arduino and Raspberry Pi. This pack of 5 sensors allows for seamless automation of various devices, making it perfect for both personal and professional environments. With adjustable timing and low power consumption, it’s an essential tool for enhancing security and convenience.
Specifications
| Part number | ST0057X5 |
| Item Weight | 60 g |
| Product Dimensions | 20 x 8 x 15 cm; 60 g |
| Item model number | 3216550596 |
| Power source type | Battery Powered |
| Item Package Quantity | 1 |
| Plug Profile | Wall Mount |
| Batteries Included? | No |
| Batteries Required? | No |
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Reviews
P**N
Halloween animatronics
After a couple of decades, I decided to build some new life size figures using some of the latest sensors, relays, and motors. I'm using the HC-SR501 sensors to initiate the animatronics, and found a couple of issues. They work w/o issue, and will continue their use. I also wanted to incorporate a flame bulb that will go in the medieval torch I built out of PVC pipe/fittings, EVA foam, and modelling paste.Regardless of the input voltage, the HC-SR501 output trigger voltage is only 3.3V-3.4V DC. This means I can only use 5V DC opto-relays, instead of 12V opto-relays as their trigger voltage is >4.5V DC. This required making a 5V circuit to power the HC-SR501 and the relays. The video shows the DC-DC Buck converters (blue LEDs) and the 5V DC opto-relays (red LEDs) driving the HC-SR501, one motor, and the flame bulb. The simplified schematic shows the wiring layout I made with applied voltages.The second issue to note with the HC-SR501 is the delay pot. It only takes a 10 degree turn of the pot to go from the minimum delay time of one second to 25 seconds.Their sensitivity is very good. I have yet to try adding a thermistor to the HC-SR501 to test its night time capabilities.FYI: I'm using the B0CMXCZX9Y nylon standoffs (via Amazon) to mount all of these boards.UPDATE: I'm holding back from installing a thermistor. Low light sensitivity is excellent.
A**R
Guess they are okay
I haven't used them yet sorry
K**様
発送も早く安くて良い買い物ができました。
類似製品が多く迷ったのですが、価格もお手頃だったので購入しました。商品到着後、早速使ってみましたが問題なく動作しました。商品到着も早く、梱包も１個ずつ個包装されており、信頼できると思います。また利用させて頂きます。
G**.
Did exactly what they were supposed to do
These sensors did exactly what they were supposed to do. they were easy to hook up to an Arduino and use in a sketch.
A**R
As per the HC-SR501 data sheet, stops detecting as temperature approaches 30 degrees celsius
As per the HC-SR501 data sheet, stops detecting ("detection range is shorter") as temperature approaches 30 degrees celsius (approximately 90 degrees fahrenheit). These units have the through-holes to add a thermistor to improve high temperature performance, if one has a thermistor to add.The real test is if starts detecting again when the temperature drops. I plan to drop my score one star for each unit that permanently fails on me.Worked just fine the first three days I had it connected. Easy to set up. Pins fit well into female Dupont wires for prototyping.
Common Questions
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