Overview
Key Sensing Technology from EC Sense
ECgaspoint uses the Solid Polymer Electrochemical Sensing Technology, which is for industrial applications. It employs a three-electrode arrangement - the working, the counter and the reference electrodes - in which concentration measurements can be performed continuously and the sensor operates at a fixed potential. The gas of interest (target gas) diffuses through a diffusion barrier, such as a capillary, into the cell to the working electrode, where an electrochemical reaction takes place. Oxidation and reduction reactions are happening simultaniously. The current flowing through the cell is direct proportional to the concentration of the target gas. A reference electrode keeps, with a potentiostat, the potential constant together.
Technology Specifications
Range
Resolution
Accuracy
0-10 ppm / 0-50 ppm / 0-100 ppm / 0-500 ppm / 0-1000 ppm
0.01 ppm / 0.01 ppm / 0.1 ppm / 0.1 ppm / 1 ppm
± 5% F.S
Parameters
-40℃ to +85℃
Power Supply
5V DC, 0.3 A
Dimensions
Data Transfer & Response Time
Operating Temperature
Operating Humidity
Operating Pressure
5 sec.
0℃ to 50℃
15 to 95% RH. Non-condensing
800 to 1200 hPa
ECgaspoint has a standard MQTT protocol with WiFi and easily connects to a local WiFi network. It is suitable for various indoor air cleaning systems to evaluate the purification efficiency.
ECgaspoint continuously monitors the ammonia concentration and is able to track concentration changes in real-time.
Ammonia (NH3), Temperature, Relative Humidity
Gas Sensor
Temperature & Relative Humidity Sensor
Temperature
Humidity
0-100% RH
Range
0.01℃
0.01% RH
Resolution
± 2% RH
± 0.2℃
Accuracy
Response Time
Long-Term Drift
< 5s to 30s @ t63%
8s @ t63%
< 0.02 °C /year
< 0.25% RH/year
General Specifications
H 110 x W 82 x D 27 mm
Wireless Technology
802.11 b/g/n_2.4GHz
< 60s
Warm-Up Time
Storage Temperature
Expected Lifetime
0℃ to 20℃
> 5 years
Housing Material
Weight
Installation
ABS
< 100g
Hanging
Parameter
Supplied Accessories
USB power adapter. Micro USB to USB cord
AQ Sense
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