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v6.3
Sensors
7.3. Sensor Boards
The integration of sensors requiring some type of electronic adaptation stage or signal processing prior to reading by the
microprocessor is carried out by the various microprocessor sensor boards. Connection between these and the mote takes
place pin to pin using the two 2x11 and 1x12 connectors mentioned in the section “Hardware”
→
I/O. Currently, Waspmote
has eight integration boards:
GASES
APPLICATIONS
SENSORS
Note:
Calibrated sensors are available for more accurate measurement.
• City pollution
CO, CO
2
, NO
2
, O
3
• Emissions from farms and hatcheries
CH
4
,H
2
S , NH
3
• Control of chemical and industrial
processe
s
C
4
H
10
,H
2
, VOC
• Forest fires
CO, CO
2
• Carbon Monoxide – CO
• Carbon Dioxide – CO
2
• Oxygen – O
2
• Methane – CH
4
• Hydrogen – H
2
• Ammonia – NH
3
• Isobutane – C
4
H
10
• Ethanol – CH
3
CH
2
OH
• Toluene – C
6
H
5
CH
3
• Hydrogen Sulfide – H
2
S
• Nitrogen Dioxide – NO
2
• Ozone – O
3
• Hydrocarbons – VOC
• Temperature
• Humidity
• Pressure atmospheric
GASES PRO
APPLICATIONS
SENSORS
•
City pollution
CO, NO, NO
2
, O
3
, SO
2
, Particle Matter -
Dust
•
Air Quality Index calculation
SO
2
, NO
2
, Particle Matter - Dust, CO, O
3
,
NH
3
•
Emissions from farms and hatcheries
CH
4
, H
2
S, NH
3
•
Greenhouse management
CO
2
, CH
4
, Humidity
•
Control of chemical and industrial
processes
H
2
, HCl, CH
4
, SO
2
, CO
2
•
Indoor air quality
CO
2
, CO, Particle Matter - Dust, O
3
•
Forest fires
CO, CO
2
• Carbon Monoxide – CO
• Carbon Dioxide – CO
2
• Molecular Oxygen – O
2
• Ozone – O
3
• Nitric Oxide – NO
• Nitric Dioxide – NO
2
• Sulfur Dioxide – SO
2
• Ammonia – NH
3
• Methane – CH
4
– and other
combustible gases
• Molecular Hydrogen – H
2
• Hydrogen Sulfide – H
2
S
• Hydrogen Chloride – HCl
• Phosphine – PH
3
• Ethylene Oxide – ETO
• Chlorine – Cl
2
• Particle Matter (PM1 / PM2.5 /
PM10) – Dust Sensor [only for
Plug & Sense!]
• Temperature, Humidity and
Pressure
