0~10ppm O3 Ozone Gas Sensor
The FS01101 series ozone sensor is designed to accurately measure ozone gas concentrations in the range of 0 to 10 parts per million (ppm). It is based on high-precision electrochemical principles and incorporates precision automated calibration and detection equipment to minimize human interference. This approach ensures accurate and consistent data while facilitating large-scale production. The sensor's small size and ease of integration make it particularly suitable for consumer electronics applications.
Specification:
Specification | Parameter |
Detected Gas | Ozone |
Detection Principle | Electrochemistry |
Detection Range | 0~10PPM (Expandable |
Solutions | 0.1mg/100ml OR 0.1ppm |
Detection Accuracy | Max error ≤ 2% Reading |
Operating Voltage | DC 3.7 ~ 6V |
Operating Current | <10mA (@5V Power Supply) |
Warm-up Time | 3 mins |
Detection Frequency | Default update rate is once per second |
Service Life | 2 Years (in the air) |
Operation Temperature | -10℃~50℃ |
Operation Humidity | 0~95%RH (No Condensation) |
Storage Temperature | --20℃~60℃ |
Storage Humidity | 0~99%RH (No Condensation) |
Features:
Versatile Applications: The FS01101 ozone sensor is applied in various fields, including ozone disinfection machines, power systems, atmospheric monitoring, and food safety.
High-Stability Design: The sensor adopts a high-stability gas sensor and high-performance microprocessor, ensuring reliable and accurate measurements. The UART output makes it easy to integrate and use with other systems.
Compact and Integration-Friendly: This ozone sensor is specifically designed for portable product applications. Its compact size and integration-friendly design make it easy to incorporate into various devices.
Precise Calibration and Consistency: The module employs precise automated calibration and detection equipment, ensuring the accuracy and consistency of data while achieving large-scale production.
The FS01101 series ozone sensor is a reliable solution for detecting ozone gas in the range of 0 to 10ppm. Its small form factor, ease of integration, and accurate measurements make it suitable for various consumer electronics applications, such as ozone disinfection, power systems, atmospheric monitoring, and food safety.