ME2-C2H5OH Alcohol Sensor

ME2-C2H5OH-Ф16 sensor is a galvanic electrochemical sensor. The corresponding redox reaction of C2H5OH and O2 occurs on the working electrode and the counter electrode, and the charge is released to form a current. The generated current is proportional to the concentration of C2H5OH and follows Faraday's law. The concentration of C2H5OH can be determined by testing the magnitude of the current.

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Sensor Features
Low power consumption, high precision, high sensitivity, wide linear range, strong anti-interference ability, excellent repeatability and stability.

 

main application
It is widely suitable for the detection of alcohol in traffic safety, high-altitude operation and environmental protection.

 

Technical indicators

project

parameter

detect gas

Alcohol (C2H5OH)

range

(0~1.0)mg/L

Maximum measurement limit

2.0 mg/L

Sensitivity

(6±2 )uA/(mg/L)

Response time (T90)

≤20s

Load resistance (recommended)

10Ω

Repeatability

±0.006mg/L

Stability (/month)

<2﹪

output linearity

linear

Zero drift (-20℃-40℃)

-0.01 mV~0.01mV

Storage temperature (℃)

0~20℃

temperature range

-20℃~50℃

Humidity range

15﹪-90﹪RH no condensation

pressure range

Standard atmospheric pressure ±10%

Detection life

2 years (in air)


Note: Product parameters are subject to change without prior notice

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