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  • Gas cleaning back blowing system TH-2000-C
  • Gas cleaning back blowing system TH-2000-C
  • Gas cleaning back blowing system TH-2000-C
  • Gas cleaning back blowing system TH-2000-C
  • Gas cleaning back blowing system TH-2000-C

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  • Gas cleaning back blowing system TH-2000-C
  • Gas cleaning back blowing system TH-2000-C
  • Gas cleaning back blowing system TH-2000-C
  • Gas cleaning back blowing system TH-2000-C
  • Gas cleaning back blowing system TH-2000-C

Gas cleaning back blowing system TH-2000-C

Detection Method: Online continuous work, pump suction sampling (positive pressure, negative pressure environment)

Detection Gas: Carbon dioxide (infrared) CO2 Carbon dioxide (laser TDLAS) CO2 Flammable detector Ex Flammable (infrared) Ex METHane CH4 Methane (infrared) CH4 Methane (laser TDLAS) CH4 Ethane (infrared) C2H6 Ethane Identifier (Laser) C2H6Propane (Infrared) C3H8 Non-Methane Total Hydrocarbons CxHy Carbon Monoxide CO Carbon Monoxide (Infrared) CO Hydrogen Sulfide H2S Hydrogen Sulfide (TDLAS Tunable Diode Laser) H2S Oxygen O2 Nitrogen N2 Ammonia NH3 Chlorine CL2 Hydrogen H2 Helium He Argon ArFormaldehyde CH2O Ozone O3 Nitrogen Oxide NO Nitrogen Dioxide NO2 Nitrogen Oxides NOX Sulfur Dioxide SO2 Ethylene Oxide ETO Ethylene Oxide (Infrared) C2H4O Phosphine PH3 Hydrogen chloride HCl Hydrogen cyanide HCN Phosgene COCl2 Chlorine dioxide ClO2 Silane SiH4Bromomethane (infrared) CH3Br Bromomethane (PID) CH3Br Sulphuryl fluoride (infrared) SO2F2 Fluorine gas F2 Hydrogen fluoride HF Hydrogen bromide HBr Boron hydride B2H6 Arsenic hydride AsH3 Germanium hydrage GeH4 Hydrazine N2H4 Hydrazine N2H4 Dicyandiamide C2H8N2Nitrous oxide N2O4 Nitrogen trichloride NCl3 tert-Butyl mercaptan TBM Phosphorus pentafluoride PF5 Boron trichloride BCl3 Phosphorus trichloride PCl3 Phosphorus oxychloride POCl3 Phosphorus trifluoride PF3 Boron trifluoride BF3 Azide HN3 Methyl sulfide C2H6SDimethyl sulfate C2H6O4S Acetonitrile CH3CN Acetic acid C2H4O2 Acetic acid C2H4O2 Methyl acrylate MA Ethyl acrylate EA Dimethyl disulfide C2H6S2 Dimethyl ether C2H6O Dimethyl disulfide C2H6S2 Dichlorosilane SiH2Cl2 Chlorosilane SiH3Cl Tetrahydrothiophene THTBromine gas Br2 Acetylene (infrared) C2H2

(Over 500 detectable gas types available, please consult our customer service)

Measurement Range:

(Customizable measurement ranges available, please consult our customer service)

Customization: Supports on-demand customization

Hotline: 13480931872

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Product ParametersCommon Gas ListProduct IntroductionProduct Details

Item Parameter
Detection Gas SO2, NOX, O2, CH4, CO, CO2, NH3, H2S, VOC and other gas types can also be tested.Measure wind speed, wind direction, rainfall, atmospheric pressure, pipeline pressure, temperature and humidity and other meteorological parameters, and select according to customer requirements.
Product Features Completely remove corrosive gases, water-soluble gases, tar, crystalline substances and dust, which can be used in high-dust environments (practical high-dust sampling heads), corrosive gas environments, and gas-will crystallization environments. Sensors that use high-end infrared principles must be equipped with this system.
Detection Range
Resolution
Typical Accuracy Not have
Detection Method Online continuous work, pump suction sampling (positive pressure, negative pressure environment)
Display 7-inch touch color screen display
Power Supply 220VAC, 50HZ
Maximum Power Consumption Not have
Operating Environment - 40℃～+70℃, ≤95%RH
Data Storage Optional 100,000 data or 16G large-capacity SD memory card, USB flash drive storage
Printing Function No printing function, optional wireless Bluetooth printer for printing
Signal Output 4~20mA, RS485, multiple passive contacts, optional: wireless transmission, network transmission
Alarm Method Not have
Fall Alarm Not have
Wireless Transmission 4~20mA, RS485, multiple passive contacts, optional: wireless transmission, network transmission
Dimensions: L*W*H 500*350*850mm (L*W*H)
Weight About 40kg
Protection Level Outdoor waterproof type, optional explosion-proof type
Standard Accessories Match according to the situation
Optional Accessories 1 set of online monitoring pretreatment system (including 1 corresponding gas detector) Product manual 1 book1 infrared remote control Upper computer connection software (free of charge in the form of email) 1 copy RS485 modbus (RTU) communication protocol (sent by email) 1 copy
Partial list of detectable gases:
Detect gasesRangeMaximum allowable error valueMinimum readingResponse time T90
Combustible Gas (EX)0-100%LEL＜±2%(F.S)0.1%LEL≤10 seconds
Combustible Gas (EX)0-100%Vol＜±2%(F.S)0.1%Vol≤10 seconds
Methane (CH4)0-100%LEL＜±2%(F.S)0.1%LEL≤10 seconds
Methane (CH4)0-100%Vol＜±2%(F.S)0.1%Vol≤10 seconds
Oxygen (O2)0-30%Vol＜±2%(F.S)0.01%Vol≤10 seconds
Oxygen (O2)0-100%Vol＜±2%(F.S)0.01%Vol≤10 seconds
Oxygen (O2)0-5000ppm＜±2%(F.S)1ppm≤30 seconds
Nitrogen (N2)0-100%Vol＜±2%(F.S)0.01%Vol≤10 seconds
Carbon monoxide (CO)0-100ppm＜±2%(F.S)0.1ppm≤25 seconds
Carbon monoxide (CO)0-1000ppm＜±2%(F.S)0.1ppm≤25 seconds
Carbon monoxide (CO)0-2000ppm＜±2%(F.S)0.1ppm≤25 seconds
Carbon monoxide (CO)0-20000ppm＜±2%(F.S)1ppm≤25 seconds
Carbon monoxide (CO)0-100000ppm＜±2%(F.S)1ppm≤25 seconds
Carbon dioxide (CO2)0-500ppm＜±2%(F.S)1ppm≤20 seconds
Carbon dioxide (CO2)0-2000ppm＜±2%(F.S)1ppm≤20 seconds
Carbon dioxide (CO2)0-5000ppm＜±2%(F.S)1ppm≤20 seconds
Carbon dioxide (CO2)0-50000ppm＜±2%(F.S)1ppm≤30 seconds
Carbon dioxide (CO2)0-20%Vol＜±2%(F.S)0.01%Vol≤30 seconds
Carbon dioxide (CO2)0-100%Vol＜±2%(F.S)0.01%Vol≤30 seconds
Formaldehyde (CH2O)0-10ppm＜±2%(F.S)0.001ppm≤30 seconds
Formaldehyde (CH2O)0-10ppm＜±2%(F.S)0.01ppm≤30 seconds
Formaldehyde (CH2O)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Formaldehyde (CH2O)0-5000ppm＜±2%(F.S)1ppm≤50 seconds
Ozone (O3)0-1ppm＜±2%(F.S)0.001ppm≤20 seconds
Ozone (O3)0-5ppm＜±2%(F.S)0.001ppm≤20 seconds
Ozone (O3)0-50ppm＜±2%(F.S)0.01ppm≤20 seconds
Ozone (O3)0-100ppm＜±2%(F.S)0.01ppm≤20 seconds
Ozone (O3)0-2000ppm＜±2%(F.S)0.1ppm≤30 seconds
Ozone (O3)0-30000ppm＜±2%(F.S)1ppm≤30 seconds
Hydrogen sulfide (H2S)0-10ppm＜±2%(F.S)0.001ppm≤30 seconds
Hydrogen sulfide (H2S)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen sulfide (H2S)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen sulfide (H2S)0-2000ppm＜±2%(F.S)0.1ppm≤30 seconds
Hydrogen sulfide (H2S)0-10000ppm＜±2%(F.S)1ppm≤45 seconds
Sulfur dioxide (SO2)0-10ppm＜±2%(F.S)0.001ppm≤30 seconds
Sulfur dioxide (SO2)0-20ppm＜±2%(F.S)0.01ppm≤30 seconds
Sulfur dioxide (SO2)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Sulfur dioxide (SO2)0-500ppm＜±2%(F.S)0.1ppm≤30 seconds
Sulfur dioxide (SO2)0-2000ppm＜±2%(F.S)0.1ppm≤30 seconds
Sulfur dioxide (SO2)0-10000ppm＜±2%(F.S)1ppm≤30 seconds
Nitric oxide (NO)0-10ppm＜±2%(F.S)0.001ppm≤30 seconds
Nitric oxide (NO)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Nitric oxide (NO)0-2000ppm＜±2%(F.S)0.1ppm≤30 seconds
Nitric oxide (NO)0-5000ppm＜±2%(F.S)1ppm≤30 seconds
Nitrogen dioxide (NO2)0-10ppm＜±2%(F.S)0.001ppm≤25 seconds
Nitrogen dioxide (NO2)0-100ppm＜±2%(F.S)0.01ppm≤25 seconds
Nitrogen dioxide (NO2)0-1000ppm＜±2%(F.S)0.1ppm≤30 seconds
Nitrogen dioxide (NO2)0-5000ppm＜±2%(F.S)1ppm≤30 seconds
Nitrogen oxides (NOX)0-10ppm＜±2%(F.S)0.001ppm≤30 seconds
Nitrogen oxides (NOX)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Nitrogen oxides (NOX)0-2000ppm＜±2%(F.S)0.1ppm≤30 seconds
Nitrogen oxides (NOX)0-5000ppm＜±2%(F.S)1ppm≤30 seconds
Chlorine (CL2)0-10ppm＜±2%(F.S)0.001ppm≤30 seconds
Chlorine (CL2)0-20ppm＜±2%(F.S)0.01ppm≤30 seconds
Chlorine (CL2)0-200ppm＜±2%(F.S)0.1ppm≤30 seconds
Chlorine (CL2)0-2000ppm＜±2%(F.S)0.1ppm≤30 seconds
Ammonia (NH3)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Ammonia (NH3)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Ammonia (NH3)0-1000ppm＜±2%(F.S)0.1ppm≤30 seconds
Ammonia (NH3)0-5000ppm＜±2%(F.S)1ppm≤30 seconds
Ammonia (NH3)0-100%LEL＜±2%(F.S)0.1%LEL≤10 seconds
Hydrogen (H2)0-100%LEL＜±2%(F.S)0.1%LEL≤10 seconds
Hydrogen (H2)0-1000ppm＜±2%(F.S)0.1ppm≤30 seconds
Hydrogen (H2)0-20000ppm＜±2%(F.S)1ppm≤30 seconds
Hydrogen (H2)0-40000ppm＜±2%(F.S)1ppm≤30 seconds
Hydrogen (H2)0-100%Vol＜±2%(F.S)0.01%Vol≤20 seconds
Helium (He)0-100%Vol＜±2%(F.S)0.01%Vol≤20 seconds
Argon (Ar)0-100%Vol＜±2%(F.S)0.01%Vol≤20 seconds
Xenon (Xe)0-100%Vol＜±2%(F.S)0.01%Vol≤20 seconds
Hydrogen cyanide (HCN)0-30ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen cyanide (HCN)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen chloride (HCL)0-20ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen chloride (HCL)0-200ppm＜±2%(F.S)0.1ppm≤30 seconds
Phosphine (PH3)0-5 ppm＜±2%(F.S)0.001ppm≤30 seconds
Phosphine (PH3)0-25 ppm＜±2%(F.S)0.01ppm≤30 seconds
Phosphine (PH3)0-2000 ppm＜±2%(F.S)1ppm≤30 seconds
Chlorine dioxide (CLO2)0-1ppm＜±2%(F.S)0.001ppm≤30 seconds
Chlorine dioxide (CLO2)0-10ppm＜±2%(F.S)0.01ppm≤30 seconds
Chlorine dioxide (CLO2)0-200ppm＜±2%(F.S)0.01ppm≤30 seconds
Ethylene oxide (ETO)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Ethylene oxide (ETO)0-1000ppm＜±2%(F.S)0.1ppm≤30 seconds
Ethylene oxide (ETO)0-100%LEL＜±2%(F.S)1%LEL≤30 seconds
Phosgene (COCL2)0-1ppm＜±2%(F.S)0.001ppm≤20 seconds
Phosgene (COCL2)0-50ppm＜±2%(F.S)0.01ppm≤20 seconds
Silane (SiH4)0-1ppm＜±2%(F.S)0.001ppm≤30 seconds
Silane (SiH4)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Fluorine (F2)0-1ppm＜±2%(F.S)0.001ppm≤30 seconds
Fluorine (F2)0-10ppm＜±2%(F.S)0.01ppm≤30 seconds
Fluorine (F2)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen fluoride (HF)0-10ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen fluoride (HF)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen bromide (HBr)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Diborane (B2H6)0-10ppm＜±2%(F.S)0.001ppm≤30 seconds
Arsine (AsH3)0-1ppm＜±2%(F.S)0.001ppm≤30 seconds
Arsine (AsH3)0-10ppm＜±2%(F.S)0.01ppm≤30 seconds
Arsine (AsH3)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Germane (GeH4)0-2ppm＜±2%(F.S)0.001ppm≤30 seconds
Germane (GeH4)0-20ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrazine (N2H4)0-1ppm＜±2%(F.S)0.001ppm≤30 seconds
Hydrazine (N2H4)0-300ppm＜±2%(F.S)0.1ppm≤30 seconds
Tetrahydrothiophene (THT)0-100mg/m3＜±2%(F.S)0.01 mg/m3≤60 seconds
Bromine (Br2)0-10ppm＜±2%(F.S)0.001ppm≤30 seconds
Bromine (Br2)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Bromine (Br2)0-2000ppm＜±2%(F.S)1ppm≤30 seconds
Acetylene (C2H2)0-100%LEL＜±2%(F.S)0.1%LEL≤30 seconds
Acetylene (C2H2)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Acetylene (C2H2)0-1000ppm＜±2%(F.S)0.1ppm≤30 seconds
Ethylene (C2H4)0-100%LEL＜±2%(F.S)0.1%LEL≤30 seconds
Ethylene (C2H4)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Ethylene (C2H4)0-2000ppm＜±2%(F.S)0.1ppm≤30 seconds
Acetaldehyde0-10ppm＜±2%(F.S)0.01ppm≤30 seconds
Ethanol (C2H6O)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Ethanol (C2H6O)0-2000ppm＜±2%(F.S)1ppm≤30 seconds
Methanol (CH4O)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Methanol (CH4O)0-2000ppm＜±2%(F.S)1ppm≤30 seconds
Carbon disulfide (CS2)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Carbon disulfide (CS2)0-5000ppm＜±2%(F.S)0.01ppm≤30 seconds
Acrylonitrile (C3H3N)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Acrylonitrile (C3H3N)0-2000ppm＜±2%(F.S)1ppm≤30 seconds
Methylamine (CH5N)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Iodine (I2)0-50ppm＜±2%(F.S)0.01ppm≤30 seconds
Styrene (C8H8)0-200ppm＜±2%(F.S)0.1ppm≤30 seconds
Styrene (C8H8)0-5000ppm＜±2%(F.S)1ppm≤30 seconds
Vinyl chloride (C2H3Cl)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Trichloroethylene (C2HCl3)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Tetrachloroethylene (C2Cl4)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Nitrous oxide (N2O)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Nitrogen trifluoride (NF3)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Hydrogen peroxide (H2O2)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Methyl bromide (CH3Br)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Methyl bromide (CH3Br)0-30000ppm＜±2%(F.S)1ppm≤30 seconds
Methyl bromide (CH3Br)0-200g/m3＜±2%(F.S)0.1g/m3≤30 seconds
Sulfuryl fluoride (SO2F2)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Sulfuryl fluoride (SO2F2)0-5000ppm＜±2%(F.S)1ppm≤30 seconds
Sulfuryl fluoride (SO2F2)0-10000ppm＜±2%(F.S)1ppm≤30 seconds
Benzene (C6H6)0-10ppm＜±2%(F.S)0.01ppm≤30 seconds
Benzene (C6H6)0-100ppm＜±2%(F.S)0.01ppm≤30 seconds
Benzene (C6H6)0-2000ppm＜±2%(F.S)1ppm≤30 seconds

Gas cleaning backblowing system TH-2000-C Overview:

TH-2000-QX+FC gas cleaning back blowing system is mainly used in the gas analysis industry, main detection occasions: online monitoring of pollution sources, Flue gas emission, desulfurization and denitrification, boiler exhaust gas, sewage pipeline gas detection and analysis, high temperature and high humidity gas detection and analysis, etc.

The main principle is: the sampling unit collects the flue gas or the measured gas at the site, the pretreatment unit cools the gas, dehumidifies, filters the dust, and constants the temperature and humidity of the measured gas within a certain range. The gas detection unit detects and analyzes the gas transported, and displays it on the display screen in real time. Indicates the measured gas concentration,And the data signal is transmitted to terminals such as PLC or computers, and it can also be transmitted to local environmental protection bureaus or cloud servers through wireless GPRS or networks. Users can then read data from the server to realize global network monitoring and analysis. The whole process is automated and does not require human intervention. TH-2000-QX+FC gas cleaning backblowing system is suitable for gas detection and analysis in low-dust, high temperature and high humidity. If the dust content of the measured gas is high, it needs to be equipped with an automatic back-blowing system, otherwise it needs to be manually maintained and cleaned the dust filter regularly. TH-2000-QX+FC gas cleaning backblowing system has a built-in two-stage electronic condensation dehumidification system and 0.5-meter fine dust filtration sampling head (flange installation), sampling distance of 40 meters, automatic cooling, automatic drainage, and tar filtering.For water-soluble gas detection and analysis and outdoor icing environment in winter, to prevent the icing of sampling pipelines, it is necessary to choose the insulation and electric heat constant temperature control system. If you have high requirements for the dryness and cleanliness of the measured gas, please choose the LB3000 series, which includes insulation and electric heat tracing constant temperature control system and a two-stage high-efficiency compressor water-cooled dehumidification system, which can control the dew point of the gas at 4℃ or 5℃.


Gas cleaning back blowing system TH-2000-C refers to the regulations:

"Thermal Power Plant Air Pollutant Emission Standards" GB13223-96

< P> Law of the People's Republic of China on the Prevention and Control of Atmospheric Pollution September 1, 2000Effective from

"Technical Specification for Typical Equipment for Continuous Flue Gas Monitoring System in Therm Power Plants" G-HB97-01

"Technical Regulations for Continuous Monitoring of Flue Gas Emissions in Therm Power Plants" HJ/T-2000

"Emission from Fixed Pollution Sources Medium Particulate Determination and Gaseous Pollutant Sampling Method GB/T16157-1996

Technical Conditions of Flue Gas Sampler HJ/T47-1999

Technical Conditions of Flue Gas Sampler HJ/T48-1999

Technical Specification for Continuous Monitoring of Flue Gas Emissions from Fixed Pollution Sources HJ/T75-2007

Continuous Monitoring of Flue Gas from Fixed Pollution SourcesGeneral Requirements and Testing Methods" HJ/T76-2007


Gas Cleaning Reverse Blowing System TH-2000-CProduct characteristics:

Optional explosion-proof, waterproof design (standard non-explosion-proof, protection level IP66, outdoor type), fast detection, reliable and stable.

The gas analysis unit can be built into the chassis or externally.

The standard sampling distance is 30~40 meters, and the maximum sampling distance of the optional vacuum pump is more than 70 meters.

The standard pretreatment temperature is 400℃, the LB2000 standard model can pre-process flue gas at up to 1300℃, and LB3000 can pre-process flue gas at 2000℃.

Optional: 9-inch display, which can integrate the display of various probe parameters and control other devices.

Optional: network transmission, 4-20mA input, RS485 input, 4-20mA output, RS485 communication.

Optional: no display window or 2.5-inch display, wireless transmission, sound and light alarm, data printing function, linux operating system, touch screen, 16G large-capacity SD memory card, USB disk storage.


Gas cleaning reverse blowing systemIntegrated TH-2000-C Principle Introduction:

The sample gas completes its processing function according to the pressure, temperature, humidity, flow rate, (dust content) and cleanliness that the analyzer can accept, mainly completing the following tasks: < /P>

Sample sampling: use a vacuum sampling pump or a DC brushless pump to extract the sample gas from the flue and other environments

Dust filtration: The measured gas passes through the precision dust filter and then enters the sampling pipeline. If it is a high-dust environment, an automatic back-blowing system can be optional

drop Temperature treatment: cooling through sampling probes and sampling pipelines, up to 400℃ can be treated with gases

Optional function: two-stage electronic condensation dehumidification systemUnify, control the dew point of the gas at 4℃ or 5℃

tar treatment: remove tar and residual dust after the sample gas passes through the tar filter

Gas-water separation: free water appears after the sample gas is cooled down through the sampling pipeline, and the gas-water separator separates the gas, water and residual dust, Automatic drainage

Secondary filtration: according to the on-site humidity, secondary water vapor separation is carried out

Heat tracing function: This function is optional, heating, heat preservation, prevent water vapor condensation and some gases from dissolving in water, and prevent sampling pipelines from freezing in winter

Detection Analysis: Detect and display the concentration in real time, and transmit data by 4-20mA/RS485 and other signals. It can also be transmitted to remote services through wireless transmission or network.Device or environmental protection bureau, monitoring station

Flow regulation: control the intake of gas

Gas switching: switching of measured gas, standard gas or air

Application: petroleum, chemical industry, medicine, environmental protection, flue gas analysis, air treatment, etc. Occasions that need to detect gas concentration


Gas cleaning back blowing system TH-2000-C Technical parameters:

System Composition: sampling unit, sample gas pretreatment unit, gas analysis unit

Detection parameters: SO2, NOX, O2, CH4, CO, CO2. NH3, H2S, VOC and other gas types can also detect meteorological parameters such as wind speed, wind direction, rainfall, atmospheric pressure, pipeline pressure, temperature and humidity, and select according to customer requirements

Measurement range: according to the actual needs of the testing site

Detection principle: According to the on-site gas composition, concentration and on-site working conditions, electrochemical, infrared, laser, ultraviolet spectrum and other principles can be selected

Sampling temperature: - 40℃~400℃ (standard)

Sampling humidity: 0~99%RH, high-humidity gas can be pretreated

Host working environment: - 40℃~70℃, ≤95%RH

Working mode: online continuous work, pump suction sampling(Positive pressure, negative pressure and vacuum environment are all available)

Sampling distance: standard 30~40 meters, the sampling distance of optional vacuum pump is greater than 70 meters

Sampling flow: adjustable, 2 liters/minute (standard), 4 or 10 liters/minute, optional

Working voltage: 220VAC, 50HZ

Output signal: 4~20mA, RS485, multiple passive contact, optional: wireless transmission, network transmission

External dimensions: 800mm high * 500mm wide * 300mm thick

Protection level: IP66 outdoor waterproof type, optional explosion-proof type

Display mode: standard products ignore window display, optional 2.5Inch or 9-inch touch color screen display, linux operating system

Data storage: optional 100,000 data or 16G large-capacity SD memory card, USB flash drive storage

Printing method: no printing function, optional wireless Bluetooth printer for printing

< P> Alarm mode: optional all-in-one sound and light alarm or external sound and light alarm


Gas cleaning reverse blowing system TH-2000-C Accessories list:

1 set of online monitoring pretreatment system (including 1 corresponding gas detector)

Product description 1This

1 infrared remote control

1 copy of the upper computer connection software (free of charge by email)

RS485 modbus (RTU) communication protocol (sent by email) 1 copy

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Product HighlightsNew process formula enhances performance to meet stricter application requirements

  • High PrecisionUp to ±0.1%FS (varies by gas type)
  • Wireless ConnectivityOptional wireless communication for real-time data monitoring
  • Advanced ProtectionIP67+ protection level
  • Explosion-proof DesignHigh shock and explosion resistance
  • Anti-interference DesignAnti-static and electromagnetic interference
  • HD Color DisplayComprehensive and clear information display
  • Large Capacity StorageMassive data storage
  • Multiple Transmission MethodsUSB, infrared, RS232, Bluetooth, WiFi

500+ Detectable Gases

500+ Detectable Gases

Customize according to requirements 1-18 typesDetecting gas combinations

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19+ Years of Industry-leading Brand

Eranntian, founded in 2006, is a national high-tech enterprise integrating design, R&D, production and sales. Our R&D team includes over 30 senior engineers with strong development capabilities, investing over 17% of annual revenue in technological innovation. We maintain long-term collaborations with 14 universities including Tsinghua University, Sichuan University, Xi'an Jiaotong University, Qingdao University of Technology, and Central South University.

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