AD045-H04 Sulfur Dioxide Sensor A3STF for Environmental Monitoring Industrial Production

A3STF 4-Electrode Electrochemical Sulfur Dioxide (SO2) Gas Sensor Part Number: AD045-H04 Electrical Connection Via PCB Pins Or Solder Tags

Product Purposes:

• Environmental Monitoring
  • Used to monitor the concentration of sulfur dioxide in the atmosphere, providing accurate data for environmental protection departments to assess air quality and understand the impact of industrial emissions on the atmospheric environment.
  • Applicable for monitoring Sulfur dioxide gases generated in kitchens, waste treatment plants, etc., to reduce environmental pollution.
• Industrial Production
  • In industries such as chemical engineering and oil & gas, it is used to detect Sulfur dioxide gas leaks during production, ensuring worker safety and the normal operation of production equipment.
  • Also used to monitor Sulfur dioxide process gases on production lines to maintain process stability and product quality.

Product Features:

• High Sensitivity
  As an electrochemical gas sensor, it shows high sensitivity to Sulfur dioxide, capable of detecting low-concentration Sulfur dioxide gases to meet the needs of trace gas detection.
• Good Selectivity
  Electrochemical sensors typically have good selectivity for specific gases. A3STF can detect Sulfur dioxide in a targeted manner, with minimal interference from other gases, enabling accurate measurement of the target gas concentration.
• Fast Response Speed
  Gas sensors based on electrochemical principles generally respond quickly, able to react to changes in Sulfur dioxide concentration within a short time and output corresponding electrical signals in a timely manner for real-time monitoring.
• High Measurement Accuracy
  It can accurately measure the concentration of Sulfur dioxide gas, providing reliable data for relevant monitoring and control, meeting the accuracy requirements of environmental monitoring and industrial production.
• Good Stability
  With excellent stability, it can maintain basic response stability within a certain period, featuring small zero drift and range drift. This reduces the calibration frequency and lowers the use cost and maintenance workload.