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: Infrared NDIR
Gas: Acetylene (C2H2).
Range: 0-100%LEL
Resolution: 0.1LEL.
Accuracy: ≤±2% F.S.
| KEY FEATURES | ComparisonComparison |
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Handheld Single Gas Detector
✔️ Built-in internal sampling pump and diffusion sampling
✔️ Fall alarm / one-touch emergency alarm function.
✔️180° auto-rotating screen.
✔️Temperature & humidity compensation.
✔️Built-in buttons for easy parameter viewing and configuration.
✔️Features an external USB port for data export and deletion via USB cable connection to a computer.
✔️ Equipped with a 32-bit microprocessor and high-speed, high-precision processing circuitry for fast and accurate measurements.
✔️PC+TPU (rubber overmolding process) for impact resistance.
✔️Handheld and small design, easy to carry, can be put in a pocket.
✔️High-intensity ABS engineering plastics housing, suitable for different kinds of situations.
Skyeaglee Acetylene Detector: A Comprehensive Guide to Acetylene
1. Physical and Chemical Properties
Acetylene is a colorless gas at room temperature and pressure, slightly soluble in water but highly soluble in acetone. For safe storage and transportation, it is often dissolved in acetone or embedded in porous materials, known as "dissolved acetylene."
It is highly reactive and flammable, forming explosive mixtures with air or oxygen over a wide concentration range (2.3%–82%), posing significant safety risks. Using a Skyeaglee Acetylene detector is essential to monitor concentrations and prevent hazards.
2. Main Applications
• Metal Welding and Cutting: Acetylene is widely used for welding, cutting, and heat-treating metals. When burned with oxygen, it produces an oxyacetylene flame exceeding 3100°C, capable of melting steel.
• Raw Material for Organic Synthesis: It serves as a key chemical feedstock for producing polyvinyl chloride (PVC), acetic acid, acrylonitrile, and chloroprene rubber.
• Lighting: Before electric lighting, acetylene lamps (commonly known as "carbide lamps") were important light sources.
In industrial environments, a Skyeaglee Acetylene detector ensures safety during these applications by detecting leaks.
3. Safety Risks and Precautions
• Explosion Hazard: Acetylene-air mixtures are highly explosive and can ignite with open flames, high heat, or electrostatic sparks.
• Toxicity Risk: Acetylene has weak anesthetic properties; high concentrations can cause hypoxia and unconsciousness.
• Storage Warnings: Avoid prolonged contact with copper, silver, or mercury, as unstable compounds like copper acetylide or silver acetylide may form, which can explode from slight impact or friction when dry.
Implementing a Skyeaglee Acetylene detector provides critical early warning to mitigate these risks and enhance workplace safety.
Handheld Single Gas Detector
✔️ Built-in internal sampling pump and diffusion sampling
✔️ Fall alarm / one-touch emergency alarm function.
✔️180° auto-rotating screen.
✔️Temperature & humidity compensation.
✔️Built-in buttons for easy parameter viewing and configuration.
✔️Features an external USB port for data export and deletion via USB cable connection to a computer.
✔️ Equipped with a 32-bit microprocessor and high-speed, high-precision processing circuitry for fast and accurate measurements.
✔️PC+TPU (rubber overmolding process) for impact resistance.
✔️Handheld and small design, easy to carry, can be put in a pocket.
✔️High-intensity ABS engineering plastics housing, suitable for different kinds of situations.






Skyeaglee Acetylene Detector: A Comprehensive Guide to Acetylene
1. Physical and Chemical Properties
Acetylene is a colorless gas at room temperature and pressure, slightly soluble in water but highly soluble in acetone. For safe storage and transportation, it is often dissolved in acetone or embedded in porous materials, known as "dissolved acetylene."
It is highly reactive and flammable, forming explosive mixtures with air or oxygen over a wide concentration range (2.3%–82%), posing significant safety risks. Using a Skyeaglee Acetylene detector is essential to monitor concentrations and prevent hazards.
2. Main Applications
• Metal Welding and Cutting: Acetylene is widely used for welding, cutting, and heat-treating metals. When burned with oxygen, it produces an oxyacetylene flame exceeding 3100°C, capable of melting steel.
• Raw Material for Organic Synthesis: It serves as a key chemical feedstock for producing polyvinyl chloride (PVC), acetic acid, acrylonitrile, and chloroprene rubber.
• Lighting: Before electric lighting, acetylene lamps (commonly known as "carbide lamps") were important light sources.
In industrial environments, a Skyeaglee Acetylene detector ensures safety during these applications by detecting leaks.
3. Safety Risks and Precautions
• Explosion Hazard: Acetylene-air mixtures are highly explosive and can ignite with open flames, high heat, or electrostatic sparks.
• Toxicity Risk: Acetylene has weak anesthetic properties; high concentrations can cause hypoxia and unconsciousness.
• Storage Warnings: Avoid prolonged contact with copper, silver, or mercury, as unstable compounds like copper acetylide or silver acetylide may form, which can explode from slight impact or friction when dry.
Implementing a Skyeaglee Acetylene detector provides critical early warning to mitigate these risks and enhance workplace safety.

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