Quick Details
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Principle Introduction:
MIX8411 is an electrochemical Carbon Monoxide ( CO) sensor developed by Mixsen. It uses the principle of electrochemistry. There is a reference electrode inside the sensor, which greatly improves
the stability of the sensors. When the sensor senses the carbon monoxide, the working electrode and the counter electrode react with the redox reaction, through measure the current to get the
concentration of CO gas.
Feature:
Low power consumption;
High precision;
High sensitivity;
Wide linear range;
Long service life
Temperature compensation
Anti-vapor interference
Good anti-interference ability;
Environmental protection design
Application:
* Industrial co gas monitors, leakage detection
* Fixed or portable CO gas detector
Technical Parameters :
Item
Specification
Target Gas
Carbon Monoxide(CO)
Measurement Range
0~1000 ppm
Maximum Overload
2000 ppm
Output
0.1 ± 0.02 μA/ppm
Repeatability
±2%
Response Time(T90)
< 20 Seconds
Resolution
0.5 ppm
Long Term Output drift
＜10% per year
Life Expectancy(in air)
3 Years
Operating Temperature Range
-20 ~ 50˚C
Operation Press
0.1MPa±10%
Operating Humidity Range
15% ~ 95% RH, no-condensing
Note: All measurements were taken at 20˚C, 50%RH at 1013hPa
Operating Note:
* Forbidden tin soldering before usage.
* Aging for more than 48 hours before using.
* Sensor’s pins can’t be broke off or bent.
* Don’t disassemble the sensor to avoid the damage caused by electrolyte leakage.
* Avoid contacting organic solvent (including silicone rubber and other adhesive), coatings, medicine, oil and high concentration gases.
* All the electrochemical sensors shall not be encapsulated completely by resin materials, and shall not immerse in pure oxygen environment, otherwise, it will damage the function of
sensor
* All electrochemical sensors shall not be applied in corrosive gas environment, or the sensor will be damaged
* Zero calibration should be finished in clean air.
* During test and usage, sensors should avoid the gas inflow vertically
* The side for inflow can’t be choked and polluted.
* The laminating film above the sensor surface can’t be uncovered and damage.
* Excessive impact or vibration should be avoided
* It takes some time for the sensor to return to normal state after it is applied in high concentration gas.
* Working electrode and reference electrode of the sensor shall be in short circuit when stored
* Prohibit to use the hot cement or sealant of which the curing temperature is higher than 80℃ to make the capsulation for the sensor.
* Prohibit storage and usage for long time in alkaline gases with high concentration.
* Do not use the sensor when the shell is damaged.
