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Product Details:
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| Operation Principle: | 3-Electrode Electrochemical | Nominal Range: | 0 - 100 Ppm |
|---|---|---|---|
| Maximum Overload: | 200 Ppm | Resolution: | < 0.05 Ppm |
| T90 Response Time: | < 25 S | Typical Baseline Range (pure Air, 20°C): | 0.4 Ppm To 1.4 Ppm |
| Maximum Zero Shift (+20°C To +40°C): | See Graph | Repeatability: | < 2 % Of Signal |
| Highlight: | C-100 Alcohol Gas Sensor,Alcohol Gas Sensor 100 ppm |
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Alc/C-100 Alcohols Gas Sensor Continuous Air Quality Monitoring
Performance data recorded at 20 – 25 °C, 30 - 50% RH, 900 - 1100 mbar
For further information about usage of Membrapor sensors, see application note MEM1. The data
contained in this document is for guidance only. Membrapor AG accepts no liability for any
consequential losses, injury or damage resulting from the use of this document or from any
omissions or errors herein. Customers should test under their own conditions to ensure that the
sensors are suitable for their own requirements.
| Rec. Load Resistor | 10 - 33 Ω |
| Bias (V_Sens-V_Ref) | +300 mV |
| Relative Humidity Range | 15 % to 90 % RH non-condensing |
| Temperature Range | -40 °C to 50 °C |
| Pressure Range | Atmospheric ± 10% |
| Pressure Coefficient | N.D. |
| Humidity Effect | None |
| Expected Operation Life | 2 years in air |
| Expected Long Term Output Drift in air | < 2 % signal loss per month |
| Storage Life | 6 months in container |
| Rec. Storage Temperature | 5°C - 20°C |
| Warranty Period | 12 months from date of dispatch |
Temperature dependence
The output of an electrochemical sensor varies with temperature. The graphs below show the temperature-dependent variation of baseline and sensitivity, respectively. The results shown here are raw data (batch average) without any post-processing steps. The sensitivity and baseline are referenced to the signal at 20°C (reference point).
Please note: It is highly recommended to acquire the temperature dependence curves with
the whole instrument. The sampling system, the humidity, the electronics and the interaction
between the electronics and the sensor have a significant impact on the temperature
dependence of the final measurement reading.
Contact Person: Xu
Tel: 86+13352990255
