Methanol (CH3OH) gas sensor detects methanol gas from 0 to 100 PPM, with a max load of 200 PPM and a sensitivity of 200±100 nA/PPM. Perfect for methanol detectors, industrial safety, smart city monitoring, fuel cells, and brewing applications.

Specification

Feature

• High Accuracy: Methanol gas sensor ensures precise detection of methanol gas concentrations.
• Strong Anti-Interference: Effectively reduces the impact of external environmental factors.
• Quality Assurance: Manufactured with high standards for reliability and durability.
• Fast Response: CH3OH gas sensor quickly detects and reports gas concentration changes for safety.

Dimension (Unit: mm)

Crossover Interference

The methanol sensor also responds to gases other than the target gas. For reference, the response characteristics of the sensor to several common interfering gases are listed in the table below. The data in the table are typical responses of interfering gases at a given concentration.

Basic Test Circuit

Application

Methanol (CH3OH) gas sensor can be applied to methanol detector, industrial site methanol gas detection, intelligent municipal methanol detection, fuel cell, methanol detection in the field of brewing.

Tips: How does the Methanol gas sensor work?

The Methanol (CH₃OH) gas sensor operates using the electrochemical three-electrode principle, where methanol gas undergoes an oxidation reaction at the working electrode, producing electrons and protons. This reaction generates an electrical current proportional to the methanol concentration, which is measured and converted into a readable output in PPM (parts per million). The sensor features a sensitivity of 200±100 nA/PPM and a response time of ≤30 seconds, ensuring fast and accurate detection. A reference electrode stabilizes the measurement, while the counter electrode completes the circuit.