Vinyl Chloride (C2H3Cl) Gas Sensor, 0~20ppm, 0~100ppm

Vinyl chloride sensors typically employ electrochemical or infrared principles. Electrochemical sensors detect gas concentration by generating a current signal proportional to the concentration through redox reactions of vinyl chloride molecules on the electrode surface. Infrared sensors measure based on vinyl chloride's absorption characteristics of specific infrared wavelengths.

Chlorine gas sensors are widely used in production, transportation, and application sites involving chlorine. Examples include chlor-alkali plants, drinking water and wastewater treatment facilities, bleach manufacturing, the paper industry, and laboratory environments. By continuously monitoring chlorine levels, sensors help personnel promptly detect leakage risks, preventing personnel poisoning or equipment corrosion.

Avoid prolonged exposure to high concentrations of vinyl chloride during sensor operation, as this may impair electrode performance and shorten sensor lifespan. Regular calibration is recommended to maintain detection accuracy. Select models with appropriate protection ratings based on the operating environment. During installation, ensure the gas sensor is positioned in an area with adequate airflow, avoiding blind spots and stagnant zones.