Nova PM2.5 SDS011 Air Quality Sensor Module
- Stock: 5 InStock
- SKU: 1999 | DAA980
-
Rs.
2,577.12 (inc GST)
Rs.2,184.00 + GSTQty :
GST Invoice on all Purchase. So you will be eligible to take input tax credit. |
IF component not in Stock or require more quantity or want to buy in bulk e-mail us your requirements on: dnatechindia "at" gmail.com. |
Shipping : Due to Covid-19 situation delivery will be affected. Delivery period due to covid-19 issue will be from 4 - 12 days depending upon your location. |
Nova PM Sensor SDS011 PM2.5 Air Quality Dust Sensor with Digital Output
Nova PM2.5 SDS011 Laser based Air quality Detection Module
The SDS011 using principle of laser scattering,can get the particle concentration between 0.3 to 10um in the air. It with digital output and built-in fan is stable and reliable.
We have Various sizes of Sensor Modules. Check out our complete collection of Sensor Modules
If you are in Nashik you can buy this Electronic Component at our local shop at New CBS, Nashik or you can place order online and get it delivered at your doorstep anywhere in India. |
Characteristics of Nova PM Sensor SDS011 High Precision Laser PM2.5 Air Quality Detection Sensor Module
- Accurate and Reliable : laser detection, stable, good consistency;
- Quick response : response time is less than 10 seconds when the scene changes;
- Easy integration : UART output (or IO output can be customized), fan built-in;
- High resolution : resolution of 0.3ug/m3.
Applications of Nova PM Sensor SDS011 High Precision Laser PM2.5 Air Quality Detection Sensor Module
- PM2.5 Detector
- Purifier
- Air Exchangers
- Filtering system
Working principle:
Using laser scattering principle :
Light scattering can be induced when particles go through the detecting area.
The scattered light is transformed into electrical signals and these signals will be amplified and processed.
The number and diameter of particles can be obtained by analysis because the signal waveform has certain relations with the particles diameter.
The scattered light is transformed into electrical signals and these signals will be amplified and processed.
The number and diameter of particles can be obtained by analysis because the signal waveform has certain relations with the particles diameter.