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₹4,476.75 (Including tax)
Discount per Bulk Quantity
| Quantity | Discount | Price |
|---|---|---|
| 5 - 10 | 5% | ₹4,252.90 (Including tax) |
| 11 - 20 | 8% | ₹4,118.60 (Including tax) |
| 21 - 40 | 10% | ₹4,029.07 (Including tax) |
| 41 - 100 | 12% | ₹3,939.53 (Including tax) |
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DFrobot offers an advanced level of sensors at an affordable cost than any other competitor brand in the market, making them ideal for the one who wants to start some Projects through Different types of sensors.
After finding Different types of sensors on market, we at robozar.com have determined that DFrobot is one of the good brands that offer a wide range of sensors at an Appropriate price.
As the most basic part of life, the air is attracting more and more attention, for example, the most common PM2.5, PM1.0, PM10, etc. Keeping an eye on the quality of the air we breathe is becoming quite important.
DFRobot brings you this Air Quality Sensor that can measure particulate matter like PM2.5, PM1.0, PM10. With an easy-to-use Gravity interface, the air quality sensor works well with most main controllers. And we provide you with relevant sample codes to help you quickly build up air quality monitoring projects. Based on the principle of laser scattering, the PM2.5 air quality sensor employs a digital universal particle sensor that can continuously collect and calculate the number of suspended particles of different sizes in the air per unit volume, which is particle concentration distribution, and then convert to concentration and output via the I2C interface. The sensor can be embedded in various instruments and meters or environmental improvement equipment related to the concentration of suspended particulate matter in the air to provide timely and accurate concentration data. It is typically suitable for smoking rooms, kitchens, hot springs, bathrooms, and other environments.
So, after reading about this sensor you might have some questions stuck in your mind that,
How does this Sensor work?
Well, This sensor works on the principle of laser scattering, which entails irradiating suspended particles in the air with a laser to cause scattering, collecting the scattered light at a specific angle, and calculating the intensity of the scattered light over time. Furthermore, the microprocessor calculates the equivalent particle size of the particles and the number of particles of various particle sizes per unit volume using the MIE theory algorithm.
Please visit the DFrobot wiki page for more information about this product. Any suggestions for improvement, such as correcting errors, adding more demo codes or tutorials, will be highly appreciated.
1 x Gravity: PM2.5 Air Quality Sensor
1 x Gravity-4P I2C/UART Sensor Cable
| Model |
PM2.5 |
|---|---|
| Operating Voltage(V) |
5.0 |
| Maximum Working Current(mA) |
100 |
| Standby Current(mA) |
≤2 |
| Standard Volume(L) |
0.1 |
| Single Response Time(s) |
<1 |
| Particle Measurement Range |
0.3 ~ 1.0μm 1.0 ~ 2.5μm 2.5 ~ 10μm |
| Comprehensive Response Time(s) |
≤10 |
| Working Temperature Range (°C) |
-10~+60 |
| Opt. Relative Humidity(RH) |
0~95% |
| Dimensions in mm (LxWxH) |
67x40x14 |
| Weight (gm) |
30 |
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| Particle Measurement Range |
0.3~1.0μm; 1.0~2.5μm; 2.5~10μm |
|---|---|
| Particle Counting Efficiency |
50%@0.3μm ,98%@>=0.5μm |
| Resolution of Particle Mass Concentration |
1μg/mᶟ |
| Temperature Measurement Range |
0~99℃ |
| Temperature Measurement Resolution |
0.1℃ |
| Humidity Measurement Range |
0~99% |
| Humidity Measurement Resolution |
0.1% |
| Humidity Measurement Accuracy |
±2% |
| Single Response Time |
<1s |
| Comprehensive Response Time |
≤10s |
| DC Supply Voltage |
Typ: 5V Min: 4.5V Max: 5.5V |
| Working Current |
≤100mA |
| Standby Current |
≤200mA |
| Data Interface Level |
L<0.8V ,H>2.7V ,maximum level voltage 3.3V |
| Working Temperature Range |
10~50℃ |
| Working Humidity Range |
0~99% |
| Storage Temperature Range |
40~80℃ |
Out of stock
| Detection Gas |
Oxygen concentration |
|---|---|
| Detection range |
0~100% |
| Working Pressure Range |
0.5~2.0Bar |
| Working Voltage |
3.3~5.5V DC |
| Output Signal |
I2C ,UART (0~3V) ,analog voltage |
| Lifespan |
>2 years (in air) |
| Working Humidity Range |
0-99% RH (non-condensing) |
| Working Temperature Range (°C) |
-20°C ~ +50°C |
| Product Dimensions |
32mm x 27mm/1.26 x 1.06 inch |
| Response Time ( μS) |
<5S |
| Mounting Holes Diameter (mm) |
inner diameter 3.1mm(0.12 inch)/outer diameter 6mm(0.24 inch) |
Out of stock
| Detection Gas |
Hydrogen (H2) |
|---|---|
| Detection range |
0~1000ppm |
| Working Voltage |
3.3~5.5V DC |
| Working Current |
<5mA |
| Output Signal |
I2C ,UART (0~3V) ,analog voltage |
| Working Temperature |
-20~50℃ |
| Working Humidity |
15~90%RH (non-condensing) |
| Storage Temperature |
-20~50℃ |
| Communication Protocol |
I2C ,UART and analog |
| Compatibility |
Arduino ,ESP32 ,Raspberry pi |
| Storage Humidity |
15~90%RH (non-condensing) |
| Lifespan |
>2 years (in the air) |
| Adapter Plate Size |
37 x 32mm |
Out of stock
| Model |
DFRobot Gravity NH3 Sensor |
|---|---|
| Detection Gas |
Ammonia (NH3) |
| Detection range |
0~100ppm |
| Working Voltage |
3.3~5.5V DC |
| Working Current |
<5mA |
| Output Signal |
I2C ,UART (0~3V) ,analog voltage |
| Compatibility |
Arduino ,ESP32 ,Raspberry pi |
| Lifespan |
>2 years (in the air) |
| Working Humidity Range |
15~90%RH (non-condensing) |
| Working Temperature Range (°C) |
-20~50℃ |
| Product Dimensions |
37 x 32mm |
Out of stock
| Gas Detection |
Carbon Dioxide (CO2) |
|---|---|
| Operating Voltage |
4.5 ~ 5.5V DC |
| Average Current |
<85mA |
| Output |
UART |
| Measuring Range |
0 ~ 50000ppm |
| Accuracy |
± (50ppm + 5% reading) |
| Preheating Time |
3min |
| Response Time |
T90 < 30s |
| Operating Temperature |
0 ~ 50 ℃ |
| Operating Humidity |
0 ~ 95% RH (no condensation) |
| Service Life |
>5 years |
Out of stock
| Model No. |
TGS2611-C00 |
|---|---|
| Sensing Principle |
MOS type |
| Standard Package |
TO-5 metal can |
| Target Gases |
Methane ,Natural Gas |
| Heater Voltage |
5.0±0.2V DC |
| Circuit Voltage |
5.0±0.2V DC |
| Load Resistance |
variable 0.45kΩ min. |
| Heater Resistance |
approx 59Ω at room temp. |
| Heater Current |
56±5mA |
| Heater power consumption |
280mW±25mW |
| Sensor Resistance |
0.68~6.8kΩ in 5000ppm methane |
| Test Gas Conditions |
Methane in air at 20±2˚C ,65±5%RH |
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