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₹12,754.45 (Including tax)
Discount per Bulk Quantity
Quantity | Discount | Price |
---|---|---|
5 - 10 | 5% | ₹12,116.73 (Including tax) |
11 - 20 | 8% | ₹11,734.08 (Including tax) |
21 - 40 | 10% | ₹11,479.01 (Including tax) |
41 - 100 | 12% | ₹11,223.91 (Including tax) |
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DFRobot released its latest wide-range Arduino infrared CO2 sensor, which effective range is up to 0~50000ppm. This sensor is based on non-dispersive infrared NDIR technology and has good selectivity and oxygen-free dependency. It integrates temperature compensation and supports UART communication mode. Most importantly, the product is easy to use; it is compatible with all types of microcontrollers with UART ports, like Arduino, Raspberry Pi, and other microcontrollers. Besides, it has a long service life, up to 5 years!
In addition, this UART Infrared CO2 Sensor is a high-performance sensor that combines the technology of mature infrared absorption gas detection with precision optical circuit design as well as sophisticated circuit design. It has characteristics such as wide range detection, high sensitivity, high resolution, low power consumption, fast response, anti-water vapor interference, no poisoning, high stability and long life.
1 x DFRobot Gravity UART Infrared CO2 Sensor (0-50000ppm)
Gas Detection |
Carbon Dioxide (CO2) |
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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 |
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Particle Measurement Range |
0.3~1.0μm; 1.0~2.5μm; 2.5~10μm |
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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℃ |
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Heater voltage |
5.0±0.2V DC |
---|---|
Circuit Voltage |
5.0±0.2V DC |
Heater Current |
56±5mA |
Minimum impedance between Pin#2,3 and GND |
2.5MΩ |
Operating conditions |
0Ëš~40ËšC ,30~95%RH |
Temperature differential between inside and outside detector casing |
≤10˚C max. (see NOTE 1) |
Test gas conditions |
1250±100ppm iso-butane in air at 20˚±2˚C ,65±5%RH |
Circuit conditions |
VH=5.0±0.05V DC VC=5.0±0.05V DC |
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Model No. |
TGS2610-C00 |
---|---|
Heater Current |
56±5mA |
Heater Resistance |
approx 59Ω at room temp. |
Heater Voltage |
5.0±0.2V DC |
Load Resistance |
variable 0.45kΩ min |
Sensing Principle |
MOS type |
Circuit Voltage |
5.0±0.2V DC |
Sensor Resistance |
1.0~10.0kΩ in 1800ppm iso-butane |
Standard Package |
TO-5 metal can |
Target Gases |
Butane ,LP gas |
Test Gas Conditions |
iso-butane in air at 20±2˚C ,65±5%RH |
Heater power consumption |
280mW VH = 5.0V DC |
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