Model: HNAG900
Sampling Method: Pumping Suction
Detection Principle:Electrochemistry
Gas: ozone (O3)
Range: 0-50PPM,0-100PPM.
Resolution: 0.01PPM,0.1PPM.
Accuracy: ≤±2% F.S.
Model: HNAG900
Sampling Method: Pumping Suction
Detection Principle:Electrochemistry
Gas: ozone (O3)
Range: 0-50PPM,0-100PPM.
Resolution: 0.01PPM,0.1PPM.
Accuracy: ≤±2% F.S.
✔️It adopts a 32-bit microprocessor and is equipped with high-speed and high-precision processing circuits to achieve rapid and accurate measurement
✔️Reserve a USB interface externally. Use a USB cable to communicate with a computer to achieve data export and deletion
✔️It can be paired with up to 6 types of sensors, providing more flexible detection
✔️It comes with built-in buttons, allowing for easy parameter viewing, setting and other operations
✔️By modifying the coefficients, switching between different units can be achieved, such as ppm and mg/m ³
✔️The storage interval for historical data can be freely set
✔️It has the function of switching between Chinese and English for display
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Gas Detection Q&A - For Your Safety Environments
Q1. The Impact of Ozone on Human Health
A1:Low Concentration: Prolonged inhalation of low-concentration ozone can irritate the respiratory tract, causing coughing and chest tightness, and may even worsen conditions like asthma and bronchitis.
High Concentration: Direct inhalation of high-concentration ozone can cause acute damage to the eyes and respiratory mucosa, potentially leading to pulmonary edema in severe cases.
Q2. Which Industrial Environments Require Monitoring?
A2:In the following scenarios, ozone serves as both a "tool" and a "risk," making it essential to use a portable ozone detector for on-site monitoring:
Water Treatment and Disinfection Industry
Scenarios: Wastewater treatment plants, water purification facilities, and swimming pool water treatment systems.
Purpose: Ozone is used for sterilization, disinfection, and removing organic matter and odors from water. An o3 gas detector ensures that ozone concentrations in dosing areas and surrounding environments remain within safe limits, protecting operational personnel.
Food and Pharmaceutical Industry
Scenarios: Food processing workshops, pharmaceutical production areas, and packaging material sterilization rooms.
Purpose: Ozone is applied for space disinfection and food preservation. A reliable ozone sensor confirms that residual ozone has been adequately ventilated post-disinfection, ensuring employee safety upon re-entry.
Semiconductor and Electronics Manufacturing
Scenarios: Chip fabrication cleanrooms and LCD panel production lines.
Purpose: Ozone is utilized in wafer cleaning and photoresist removal. An advanced gas detector sensor monitors leaks near process equipment, preventing high ozone levels from damaging sensitive electronic components or endangering engineers' health.
Paper and Textile Industries
Scenarios: Pulp bleaching workshops and fabric dyeing facilities.
Purpose: Ozone acts as an eco-friendly bleaching agent, replacing chlorine. A robust ozone device tracks ozone emissions during production to prevent worker inhalation.
Medical and Laboratory Settings
Scenarios: Hospital operating room sterilization, medical instrument sterilizers, and chemical laboratories.
Purpose: Ozone is employed for low-temperature sterilization of medical devices. An accurate ozone detector verifies complete ozone decomposition post-sterilization and checks the effectiveness of fume hoods in expelling exhaust gases.
Q3. Recommendations for Selecting a Detector
A3:Industrial ozone monitoring primarily relies on portable ozone detectors using electrochemical sensor technology, known for fast response, compact design, and suitability for on-site inspections. When choosing, consider the following:
Range Compatibility: Select a device with a measurement range that covers the highest potential on-site concentration. Typically, industrial safety monitoring ranges from 0-10 ppm.
Explosion-Proof Certification: In environments with potentially explosive gases (e.g., wastewater treatment tanks), opt for an explosion-proof (Ex) certified gas detector sensor.
Data Logging Capability: Choose models equipped with data recording functions to facilitate tracking and analyzing concentration trends over time.
For superior performance and reliability, consider Skyeaglee advanced ozone monitoring solutions. Our ozone device integrates cutting-edge ozone sensor technology, ensuring precise detection and enhanced safety across all industrial applications. Invest in Skyeaglee o3 gas detector to safeguard your workforce and optimize operational efficiency. Contact us today to explore our tailored detection systems and drive your business toward a safer, more compliant future.
✔️It adopts a 32-bit microprocessor and is equipped with high-speed and high-precision processing circuits to achieve rapid and accurate measurement
✔️Reserve a USB interface externally. Use a USB cable to communicate with a computer to achieve data export and deletion
✔️It can be paired with up to 6 types of sensors, providing more flexible detection
✔️It comes with built-in buttons, allowing for easy parameter viewing, setting and other operations
✔️By modifying the coefficients, switching between different units can be achieved, such as ppm and mg/m ³
✔️The storage interval for historical data can be freely set
✔️It has the function of switching between Chinese and English for display






Gas Detection Q&A - For Your Safety Environments
Q1. The Impact of Ozone on Human Health
A1:Low Concentration: Prolonged inhalation of low-concentration ozone can irritate the respiratory tract, causing coughing and chest tightness, and may even worsen conditions like asthma and bronchitis.
High Concentration: Direct inhalation of high-concentration ozone can cause acute damage to the eyes and respiratory mucosa, potentially leading to pulmonary edema in severe cases.
Q2. Which Industrial Environments Require Monitoring?
A2:In the following scenarios, ozone serves as both a "tool" and a "risk," making it essential to use a portable ozone detector for on-site monitoring:
Water Treatment and Disinfection Industry
Scenarios: Wastewater treatment plants, water purification facilities, and swimming pool water treatment systems.
Purpose: Ozone is used for sterilization, disinfection, and removing organic matter and odors from water. An o3 gas detector ensures that ozone concentrations in dosing areas and surrounding environments remain within safe limits, protecting operational personnel.
Food and Pharmaceutical Industry
Scenarios: Food processing workshops, pharmaceutical production areas, and packaging material sterilization rooms.
Purpose: Ozone is applied for space disinfection and food preservation. A reliable ozone sensor confirms that residual ozone has been adequately ventilated post-disinfection, ensuring employee safety upon re-entry.
Semiconductor and Electronics Manufacturing
Scenarios: Chip fabrication cleanrooms and LCD panel production lines.
Purpose: Ozone is utilized in wafer cleaning and photoresist removal. An advanced gas detector sensor monitors leaks near process equipment, preventing high ozone levels from damaging sensitive electronic components or endangering engineers' health.
Paper and Textile Industries
Scenarios: Pulp bleaching workshops and fabric dyeing facilities.
Purpose: Ozone acts as an eco-friendly bleaching agent, replacing chlorine. A robust ozone device tracks ozone emissions during production to prevent worker inhalation.
Medical and Laboratory Settings
Scenarios: Hospital operating room sterilization, medical instrument sterilizers, and chemical laboratories.
Purpose: Ozone is employed for low-temperature sterilization of medical devices. An accurate ozone detector verifies complete ozone decomposition post-sterilization and checks the effectiveness of fume hoods in expelling exhaust gases.
Q3. Recommendations for Selecting a Detector
A3:Industrial ozone monitoring primarily relies on portable ozone detectors using electrochemical sensor technology, known for fast response, compact design, and suitability for on-site inspections. When choosing, consider the following:
Range Compatibility: Select a device with a measurement range that covers the highest potential on-site concentration. Typically, industrial safety monitoring ranges from 0-10 ppm.
Explosion-Proof Certification: In environments with potentially explosive gases (e.g., wastewater treatment tanks), opt for an explosion-proof (Ex) certified gas detector sensor.
Data Logging Capability: Choose models equipped with data recording functions to facilitate tracking and analyzing concentration trends over time.
For superior performance and reliability, consider Skyeaglee advanced ozone monitoring solutions. Our ozone device integrates cutting-edge ozone sensor technology, ensuring precise detection and enhanced safety across all industrial applications. Invest in Skyeaglee o3 gas detector to safeguard your workforce and optimize operational efficiency. Contact us today to explore our tailored detection systems and drive your business toward a safer, more compliant future.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle: Infrared NDIR Gas: Sulfur hexafluoride (SF6). Range: 0-1000ppm,0-3000PPM,0-5000PPM. Resolution: 1PPM. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle: Infrared NDIR Gas: Acetylene (C2H2). Range: 0-100%LEL Resolution: 0.1LEL. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle: PID Gas: Methyl Bromide (CH3Br). Range: 0 to 50/100/200/500/1000/2000/3000ppm Resolution: 0.01ppm;0.1ppm;1ppm. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle:Electrochemistry Gas: ozone (O3) Range: 0-50PPM,0-100PPM. Resolution: 0.01PPM,0.1PPM. Accuracy: ≤±2% F.S.

Model: HNAG900 Sampling Method: Pumping Suction and Diffusion Detection Principle: Infrared NDIR Gas: Sulfur hexafluoride (SF6). Range: 0-1000ppm,0-3000PPM,0-5000PPM. Resolution: 1PPM. Accuracy: ≤±2% F.S.

Model: HNAG900 Sampling Method: Pumping Suction Detection Principle: Electrochemistry Gas: Chlorine Dioxide/CLO2 Range: 0-10ppm;0-1ppm. Resolution: 0.01PPM. Accuracy: ≤±2% F.S.

Model: HNAG900 Sampling Method: Pumping Suction Detection Principle:Electrochemistry Gas: Formaldehyde (CH2O) Range: 0-50PPM,0-100PPM. Resolution: 0.01PPM,0.1PPM. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction Detection Principle: Electrochemistry Gas: N2 Range: 0-100%vol Resolution: 1%vol. Accuracy: ≤±2% F.S.

Category: Products Portable gas detector Portable gas detector Key words: Products Model: HNAG920 Measurement object: CO2/Ex/CH4/CO/H2S/O2/N2/NH3/CL2/H2/He/Ar/CH2O/O3/NO/NO2/SO2/C2H4O/PH3/COCL2/HBR/HCL/HCN/CLO2/SIH4/CH3BR/SO2F2/F2/HF/C2H2/CS2/SF6/C2H...

Detection gas:EX_Flammable-CH4 Range:0-100%LEL (3-100%LEL) / 0-5%VOL Detection Principle:Infrared Resolution:0.1%LEL_0.001%VOL Detection Accuracy:±2%F.S Model:SK/MIC-600

Detection gas:CO,Carbon monoxide Range:0-1000ppm/0-5000ppm/custom Detection Principle:Electrochemistry Resolution:1ppm Detection Accuracy:±2%F.S Model:HNAG1000

Detection gas:CO,Carbon monoxide Range:0-1000ppm/0-5000ppm/custom Detection Principle:Electrochemistry Resolution:1ppm Detection Accuracy:±2%F.S Model:HNAG1000

Detection gas:O2/Oxygen Range:0-30%VOL (0-25%VOL) / 0-100%VOL Detection Principle:Electrochemistry Resolution:0.1%VOL/0.01%VOL Detection Accuracy:±2%F.S Model:HNAG920

Detection gas:O2/Oxygen Range:0-30%VOL (0-25%VOL) / 0-100%VOL Detection Principle:Electrochemistry Resolution:0.1%VOL/0.01%VOL Detection Accuracy:±2%F.S Model:HNAG920

Category: Products Flue gas pretreatment system Simple Pretreatment Online Monitoring System Key words: Products Model: SK/MIC-7500 Measurement object: CO2/Ex/CH4/CO/H2S/O2/N2/NH3/CL2/H2/He/Ar/CH2O/O3/NO/NO2/SO2/C2H4O/PH3/COCL2/HBR/HCL/HCN/CLO2/SIH4/...

Model: HNAG900 Sampling Method: Pumping Suction Detection Principle: Thermal conductivity Gas: helium (He) Range: 0-100%vol Resolution: 1%vol. Accuracy: ≤±2% F.S.

Model: HNAG900 Sampling Method: Pumping Suction Detection Principle:Electrochemistry Gas: ozone (O3) Range: 0-50PPM,0-100PPM. Resolution: 0.01PPM,0.1PPM. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction Detection Principle: Electrochemistry Gas: Hydrogen Fluoride (HF) Range: 0-10ppm,0-50ppm,0-100ppm Resolution: 0.01ppm,0.1ppm. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle: Electrochemistry Gas: Ethanol(C2H6O) Range: 0-10ppm,0-50ppm,0-100ppm,Custom Resolution: 0.01ppm,0.1ppm,1ppm. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle: Electrochemistry Gas: Ethylene (C2H4) Range: 0-10ppm,0-50ppm,0-100ppm,0-200ppm. Resolution: 0.01ppm,0.1ppm. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle: Infrared NDIR Gas: Sulfur hexafluoride (SF6). Range: 0-1000ppm,0-3000PPM,0-5000PPM. Resolution: 1PPM. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle: Infrared NDIR Gas: Acetylene (C2H2). Range: 0-100%LEL Resolution: 0.1LEL. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle: PID Gas: Methyl Bromide (CH3Br). Range: 0 to 50/100/200/500/1000/2000/3000ppm Resolution: 0.01ppm;0.1ppm;1ppm. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction and Diffusion Detection Principle:Electrochemistry Gas: ozone (O3) Range: 0-50PPM,0-100PPM. Resolution: 0.01PPM,0.1PPM. Accuracy: ≤±2% F.S.

Model: HNAG900 Sampling Method: Pumping Suction and Diffusion Detection Principle: Infrared NDIR Gas: Sulfur hexafluoride (SF6). Range: 0-1000ppm,0-3000PPM,0-5000PPM. Resolution: 1PPM. Accuracy: ≤±2% F.S.

Model: HNAG900 Sampling Method: Pumping Suction Detection Principle: Electrochemistry Gas: Chlorine Dioxide/CLO2 Range: 0-10ppm;0-1ppm. Resolution: 0.01PPM. Accuracy: ≤±2% F.S.

Model: HNAG900 Sampling Method: Pumping Suction Detection Principle:Electrochemistry Gas: Formaldehyde (CH2O) Range: 0-50PPM,0-100PPM. Resolution: 0.01PPM,0.1PPM. Accuracy: ≤±2% F.S.

Model: HNAG920 Sampling Method: Pumping Suction Detection Principle: Electrochemistry Gas: N2 Range: 0-100%vol Resolution: 1%vol. Accuracy: ≤±2% F.S.

Category: Products Portable gas detector Portable gas detector Key words: Products Model: HNAG920 Measurement object: CO2/Ex/CH4/CO/H2S/O2/N2/NH3/CL2/H2/He/Ar/CH2O/O3/NO/NO2/SO2/C2H4O/PH3/COCL2/HBR/HCL/HCN/CLO2/SIH4/CH3BR/SO2F2/F2/HF/C2H2/CS2/SF6/C2H...

Detection gas:EX_Flammable-CH4 Range:0-100%LEL (3-100%LEL) / 0-5%VOL Detection Principle:Infrared Resolution:0.1%LEL_0.001%VOL Detection Accuracy:±2%F.S Model:SK/MIC-600

Detection gas:CO,Carbon monoxide Range:0-1000ppm/0-5000ppm/custom Detection Principle:Electrochemistry Resolution:1ppm Detection Accuracy:±2%F.S Model:HNAG1000

Detection gas:CO,Carbon monoxide Range:0-1000ppm/0-5000ppm/custom Detection Principle:Electrochemistry Resolution:1ppm Detection Accuracy:±2%F.S Model:HNAG1000

Detection gas:O2/Oxygen Range:0-30%VOL (0-25%VOL) / 0-100%VOL Detection Principle:Electrochemistry Resolution:0.1%VOL/0.01%VOL Detection Accuracy:±2%F.S Model:HNAG920

Detection gas:O2/Oxygen Range:0-30%VOL (0-25%VOL) / 0-100%VOL Detection Principle:Electrochemistry Resolution:0.1%VOL/0.01%VOL Detection Accuracy:±2%F.S Model:HNAG920