Application:
Widely suitable for the detection of styrene in the fields of petroleum, petrochemical, pharmaceutical production and environmental protectionProduct characteristics:
Low power consumptionDescription
The MQ-E3-C8H8 styrene sensor is a constant-potential electrolytic sensor. Styrene undergoes a redox reaction with oxygen at the working and counter electrodes, releasing charge and generating an electric current. The magnitude of the generated current is proportional to the styrene concentration. The styrene concentration can be determined by measuring the current.
Product images
Technical specification
Item | Parameter |
Detection gas | C₈H₈ |
Measurement Range | 0~100ppm |
Max detecting concentration | 200ppm |
Sensitivity | (1.0±0.4 )μA/ppm |
Resolution ratio | 0.1ppm |
Response time(T9o) | <120S |
Bias voltage | 300mV |
Load resistance (recommend) | 10Ω |
Repeatability | <2%output value |
Stability(/month) | <2% |
Output Linearity | linear |
Zero drift(-20℃~40℃) | 4ppm |
Storage temperature | -20℃~50℃ |
Basic circuit
Application
Widely suitable for the detection of styrene in the fields of petroleum, petrochemical, pharmaceutical production and environmental protection
Production workshop
Certificate Qualification
TenSensor, China's first listed gas sensor company,Tensensor can provide more than 100 varieties of six series including:
semiconductor gas sensor
electrochemical gas sensor
infrared gas sensor
dust sensor
pyroelectric sensor
thermopile sensor, etc.
which can be used for more than 200 kinds of gas and infrared, dust and other indicators detection, widely used in the field of security for detecting gas leakage, noxious gas leakage, smog and fire, the field of family, office and factory for detecting HCHO, VOC, CO2, PM2.5 and so on.
Moreover, the solutions for security, household electrical appliances, consumer electronics, smart home, instruments and meters are available.
For more information about MQ-E3-C8H8 sensor, please contact account manager.
TEL:0086-0351-5249552
Whatsapp:+86 18335818384
Email:[email protected]
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