Advanced Portable Gas Detector: Your Go-To Safety Device
Portable gas detector is also called portable multi gas detector. The portable gas detector is a tool that continuously checks for gases. It can spot flammable gases, oxygen, toxic gases, and other fumes. You can even set it to look for 1 to 6 different harmful gases. This device does a lot: it measures gas levels, keeps time, pumps air, gives alerts, records data, and stores all this information. These sensors are further boosted with precision amplifiers and reliable power circuits. This ensures fast, accurate, and consistent readings. Simply put, this is one of the best gas detectors out there. Plus, with its large 3.5-inch full-color screen that supports English menu options, it’s a breeze to use.
Features
- Imported high-precision sensors;
- Detection gas: flammable gas, oxygen, toxic gas, organic volatiles; 1~6 kinds of flammable, toxic and harmful gases can be customized
- Using a high-precision low-temperature drift amplifier and a stable power processing circuit;
- TFT3.5-inch full-color display, graphic menu; English display, providing real-time detection trend analysis chart;
- Data storage function, which can store 100,000 sets of data, and the storage interval is adjustable;
- USB interface high-speed data transmission, can download printing data;
- Built-in long-life imported micro-sampling pump, adjust the cleaning gas path through the gear position;
- Shell two-color mold: non-slip, waterproof, dustproof.
Featured functions
Portable gas detector parameters:
Type | Portable, Handheld, Pump Suction |
Display content | Gas name, range unit, measured value, time, remaining battery, gas pump, sound, alarm status, concentration curve, etc. |
Sampling method | Active suction + 270mm sampling tube |
Gas detection | Combustible gas, oxygen, toxic gas, organic volatiles; 1 to 6 kinds of flammable, toxic and harmful gases can be customized |
Detection principle | Catalytic combustion/electrochemical/infrared NDIR/semiconductor/thermal conductivity/PID photoion (depending on the measured medium) |
Detection scope | 0-100%LEL, 0-1%/10%/30%/100%VOL, 0-5/10/100/1000/10000ppm, mg/m³ (according to sensor principle) |
Resolution | 0.001/0.01/0.1/1 (depending on the range) |
Detection error | ≤±3%F.S (≤3% in the full range) Higher precision can be customized |
Repeatability | ≤±1% |
Linearity error | ≤±1% |
Working environment | Temperature: -10℃~50℃; Humidity: 10-95%RH, (non-condensing) |
Work pressure | Standard atmospheric pressure ±10% (depending on the sensor and the use environment) |
Response time | ≤30S (different gases have different response times, please refer to the common gas selection table) |
Language interface | Simplified Chinese/English |
Working current | ≤50mA |
Alarm method | Sound and light reminder |
Output signal | USB data acquisition, 100,000 sets of information storage |
Display screen | 3.5-inch high-definition color screen, simulated menu icons |
Service life | 2 to 3 years, 3 to 5 years (depending on the principle of the sensor and the environment in which it is used) |
Press key | 8 |
Charging method | Micro USB charger |
Battery capacity | 5400mA lithium battery, work market ≥ 10H |
Shell material | Anti-corrosion plastic, aluminum alloy |
Protection class | IP65 |
Accessories | Detector, packing box, manual, certificate, charger, data cable each |
Sampling Probe for Portable Gas Detector – Optional
Name | Specifications | Remark |
Stainless Steel Sampling Handle (304) | Length 0.4 m with micro stainless steel dust filter | Equipped with a 1-meter hose, the hose can be extended, maintainable, for gas sampling within 80°C |
Stainless Steel Sampling Handle (316L) | 1.2m length with micro stainless steel dust filter | Equipped with 1 meter hose, extendable hose, maintainable, for gas sampling up to 200°C (short time) |
High temperature sampling filter cooling handle 400℃ | 0.3m sampling probe, 400°C, with filter | 2-meter cooling hose to filter water vapor and dust (required for portable smoke detection) |
High temperature sampling filter cooling handle 800℃ | 0.7m sampling probe, 800℃, with filter | |
High temperature sampling filter cooling handle 1300℃ | 1.0m sampling probe, 1300℃, with filter |
Common gas selection table
Detection of gas | Range | Maximum allowable error value | Minimum reading | Response time T90 |
Combustible gas (E X) | 0-100%LEL | <±3%(F.S) | 0.1%LEL | ≤10 seconds |
Combustible gas (E X) | 0-100%Vol | <±3%(F.S) | 0.1%Vol | ≤10 seconds |
Methane (CH4) | 0-100%LEL | <±3%(F.S) | 0.1%LEL | ≤10 seconds |
Methane (CH4) | 0-100%Vol | <±3%(F.S) | 0.1%Vol | ≤10 seconds |
Oxygen (O2) | 0-30%Vol | <±3%(F.S) | 0.01%Vol | ≤10 seconds |
Oxygen (O2) | 0-100%Vol | <±3%(F.S) | 0.01%Vol | ≤10 seconds |
Oxygen (O2) | 0-5000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Nitrogen (N 2 ) | 0-100%Vol | <±3%(F.S) | 0.01%Vol | ≤10 seconds |
Carbon monoxide (CO) | 0-100ppm | <±3%(F.S) | 0.1ppm | ≤25 seconds |
Carbon monoxide (CO) | 0-1000ppm | <±3%(F.S) | 0.1ppm | ≤25 seconds |
Carbon monoxide (CO) | 0-2000ppm | <±3%(F.S) | 0.1ppm | ≤25 seconds |
Carbon monoxide (CO) | 0-20000ppm | <±3%(F.S) | 1ppm | ≤25 seconds |
Carbon monoxide (CO) | 0-100000ppm | <±3%(F.S) | 1ppm | ≤25 seconds |
carbon dioxide (C O 2 ) | 0-500ppm | <±3%(F.S) | 1ppm | ≤20 seconds |
carbon dioxide (C O 2 ) | 0-2000ppm | <±3%(F.S) | 1ppm | ≤20 seconds |
carbon dioxide (C O 2 ) | 0-5000ppm | <±3%(F.S) | 1ppm | ≤20 seconds |
carbon dioxide (C O 2 ) | 0-50000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
carbon dioxide (C O 2 ) | 0-20%Vol | <±3%(F.S) | 0.01%Vol | ≤30 seconds |
carbon dioxide (C O 2 ) | 0-100%Vol | <±3%(F.S) | 0.01%Vol | ≤30 seconds |
Formaldehyde (CH2O) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Formaldehyde (CH2O) | 0-10ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Formaldehyde (CH2O) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Formaldehyde (CH2O) | 0-1000ppm | <±3%(F.S) | 1ppm | ≤45 seconds |
Ozone (O3) | 0-1ppm | <±3%(F.S) | 0.001ppm | ≤20 seconds |
Ozone (O3) | 0-5ppm | <±3%(F.S) | 0.001ppm | ≤20 seconds |
Ozone (O3) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤20 seconds |
Ozone (O3) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤20 seconds |
Ozone (O3) | 0-2000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Ozone (O3) | 0-30000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Ozone (O3) | 0-20mg/L | <±3%(F.S) | 0.01mg/L | ≤30 seconds |
Ozone water (O 3 ) | 0-20mg/L | <±3%(F.S) | 0.01mg/L | ≤30 seconds |
Hydrogen sulfide (H 2S) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Hydrogen sulfide (H 2S) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen sulfide (H 2S) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen sulfide (H 2S) | 0-2000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Hydrogen sulfide (H 2S) | 0-10000ppm | <±3%(F.S) | 1ppm | ≤45 seconds |
Sulfur dioxide (SO 2 ) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Sulfur dioxide (SO 2 ) | 0-20ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Sulfur dioxide (SO 2 ) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Sulfur dioxide (SO 2 ) | 0-500ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Sulfur dioxide (SO 2 ) | 0-2000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Sulfur dioxide (SO 2 ) | 0-10000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Nitric oxide (NO) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Nitric oxide (NO) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Nitric oxide (NO) | 0-2000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Nitric oxide (NO) | 0-5000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Nitrogen dioxide (NO 2 ) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤25 seconds |
Nitrogen dioxide (NO 2 ) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤25 seconds |
Nitrogen dioxide (NO 2 ) | 0-1000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Nitrogen dioxide (NO 2 ) | 0-5000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Nitrogen dioxide (NO 2 ) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Nitrogen oxides (NOX) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Nitrogen oxides (NOX) | 0-2000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Nitrogen oxides (NOX) | 0-5000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Chlorine gas (CL 2) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Chlorine gas (CL 2) | 0-20ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Chlorine gas (CL 2) | 0-200ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Chlorine gas (CL 2) | 0-2000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Ammonia (N H3) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Ammonia (N H3) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Ammonia (N H3) | 0-1000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Ammonia (N H3) | 0-5000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Ammonia (N H3) | 0-100%LEL | <±3%(F.S) | 0.1%LEL | ≤10 seconds |
Hydrogen (H 2 ) | 0-100%LEL | <±3%(F.S) | 0.1%LEL | ≤10 seconds |
Hydrogen (H 2 ) | 0-1000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Hydrogen (H 2 ) | 0-20000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Hydrogen (H 2 ) | 0-40000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Hydrogen (H 2 ) | 0-100%Vol | <±3%(F.S) | 0.01%Vol | ≤20 seconds |
Helium (He) | 0-100%Vol | <±3%(F.S) | 0.01%Vol | ≤20 seconds |
Argon gas (A r) | 0-100%Vol | <±3%(F.S) | 0.01%Vol | ≤20 seconds |
Xenon gas (X e) | 0-100%Vol | <±3%(F.S) | 0.01%Vol | ≤20 seconds |
Hydrogen cyanide (HCN) | 0-30ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen cyanide (HCN) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen Chloride (HCL) | 0-20ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen Chloride (HCL) | 0-200ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Phosphine (PH3) | 0-5 ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Phosphine (PH3) | 0-25 ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Phosphine (PH3) | 0-2000 ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Chlorine Dioxide (CLO 2) | 0-1ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Chlorine Dioxide (CLO 2) | 0-10ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Chlorine Dioxide (CLO 2) | 0-200ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Ethylene oxide (ETO) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Ethylene oxide (ETO) | 0-1000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Ethylene oxide (ETO) | 0-100%LEL | <±3%(F.S) | 1%LEL | ≤30 seconds |
Phosgene (COCL 2 ) | 0-1ppm | <±3%(F.S) | 0.001ppm | ≤20 seconds |
Phosgene (COCL 2 ) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤20 seconds |
Silane (Si H4) | 0-1ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Silane (Si H4) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Fluorine gas (F 2 ) | 0-1ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Fluorine gas (F 2 ) | 0-10ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Fluorine gas (F 2 ) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen fluoride (HF) | 0-10ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen fluoride (HF) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen bromide (HBr) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Diborane (B2 H6) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Arsine (As H3) | 0-1ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Arsine (As H3) | 0-10ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Arsine (As H3) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Germane (Ge H4) | 0-2ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Germane (Ge H4) | 0-20ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrazine (N2 H4) | 0-1ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Hydrazine (N2 H4) | 0-300ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Tetrahydrothiophene (TH T) | 0-100mg/m3 | <±3%(F.S) | 0.01 mg/m3 | ≤60 seconds |
Bromine gas (B r2) | 0-10ppm | <±3%(F.S) | 0.001ppm | ≤30 seconds |
Bromine gas (B r2) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Bromine gas (B r2) | 0-2000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Acetylene (C2H 2 ) | 0-100%LEL | <±3%(F.S) | 0.1%LEL | ≤30 seconds |
Acetylene (C2H 2 ) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Acetylene (C2H 2 ) | 0-1000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Ethylene (C2 H4) | 0-100%LEL | <±3%(F.S) | 0.1%LEL | ≤30 seconds |
Ethylene (C2 H4) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Ethylene (C2 H4) | 0-2000ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Acetaldehyde (C2 H4O) | 0-10ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Ethanol (C2 H6O) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Ethanol (C2 H6O) | 0-2000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Methanol (CH6O) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Methanol (CH6O) | 0-2000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Carbon disulfide (C S2) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Carbon disulfide (C S2) | 0-5000ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Acrylonitrile (C3 H3N) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Acrylonitrile (C3 H3N) | 0-2000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Methylamine (CH5N) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Dian Qi (I 2) | 0-50ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Styrene (C8 H8) | 0-200ppm | <±3%(F.S) | 0.1ppm | ≤30 seconds |
Styrene (C8 H8) | 0-5000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Vinyl chloride (C2H3 CL) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Trichloroethylene (C2H CL3) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Tetrachloroethylene (C2 CL4) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Laughing gas (N 2O) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Nitrogen trifluoride (NF3) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Hydrogen peroxide (H2O2) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Sulfuryl Fluoride (SO 2F 2 ) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Sulfuryl Fluoride (SO 2F 2 ) | 0-30000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Sulfuryl Fluoride (SO 2F 2 ) | 0-200g/m3 | <±3%(F.S) | 0.1g/m3 | ≤30 seconds |
Sulfuryl Fluoride (SO 2F 2 ) | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
Sulfuryl Fluoride (SO 2F 2 ) | 0-5000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
Sulfuryl Fluoride (SO 2F 2 ) | 0-10000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
C6 H6 | 0-10ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
C6 H6 | 0-100ppm | <±3%(F.S) | 0.01ppm | ≤30 seconds |
C6 H6 | 0-2000ppm | <±3%(F.S) | 1ppm | ≤30 seconds |
FAQ
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In a world where safety is paramount, having reliable tools to ensure that safety is vital. With our portable gas detector-portable multi gas detector, you’re not just getting a device, but a promise of precision, trustworthiness, and top-tier technology.
At Sino-Inst, our extensive experience as manufacturers and suppliers stands testament to our commitment to delivering only the best.
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Wu Peng, born in 1980, is a highly respected and accomplished male engineer with extensive experience in the field of automation. With over 20 years of industry experience, Wu has made significant contributions to both academia and engineering projects.
Throughout his career, Wu Peng has participated in numerous national and international engineering projects. Some of his most notable projects include the development of an intelligent control system for oil refineries, the design of a cutting-edge distributed control system for petrochemical plants, and the optimization of control algorithms for natural gas pipelines.
Portable Gas Detector | Can Customize 1~6 Kinds of Gases
Portable gas detector is also called portable multi gas detector. The portable gas detector is a tool that continuously checks for gases. It can spot flammable gases, oxygen, toxic gases, and other fumes. You can even set it to look for 1 to 6 different harmful gases. This device does a lot: it measures gas levels, keeps time, pumps air, gives alerts, records data, and stores all this information. These sensors are further boosted with precision amplifiers and reliable power circuits. This ensures fast, accurate, and consistent readings. Simply put, this is one of the best gas detectors out there. Plus, with its large 3.5-inch full-color screen that supports English menu options, it's a breeze to use.
Product SKU: Portable Gas Detector
Product Brand: Sino-Inst
Product Currency: USD
Product Price: 900
Price Valid Until: 2029-09-09
Product In-Stock: InStock
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