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Skyeaglee SK/MIC-600-CH4-Y Gas Detector catalytic combustion 0~100% lel

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Detection gas flammable CH4, detection range 0-100% LEL, resolution 0.1% LEL, detection principle catalytic combustion, Operating Mode fixed continuous work, diffusion type, pipeline type, flow, pump suction type optional.
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Skyeaglee SK/MIC-600-CH4-Y Online methane DetectorSPEC

Skyeaglee SK/MIC-600-CH4-Y Online methane DetectorDetails

Skyeaglee SK/MIC-600-CH4-Y Online methane DetectorPacking list

SKU
NB036975
Detection gas
Combustible CH4
range
0 ~ 100% LEL
Resolution
0.1% LEL
Sensors principle
Catalytic combustion
Operating Mode
Fixed type continuous work, diffusion type, pipeline type, when circulating, pump suction type is optional.
Detection Accuracy
≦3%（F.S）
Response time
≦30S
output signal
Current signal output 4-20MA
Alarm method
2 passive node signal output, alarm point can be set.
Operating temperature
-20~50℃
Relative Humidity
≦90%RH
Working Voltage
DC12~30V
Sensors Life
2 years
Explosion-proof method
Probe Transmitters and Sensors are flameproof
Explosion-proof sign
ExdIICT6
Connection cable
Three-core cable (single Wire diameter ≥ 1.5mm); Shielding cable is recommended
Connection distance
≦1000 m
Protection class
IP66
Dimensions
183*143*107mm
Weight
1.5kg
SK/MIC-600-CH4-Y
Online methane Detector
Detection gas flammable CH4, detection range 0-100% LEL, resolution 0.1% LEL, detection principle catalytic combustion, Operating Mode fixed continuous work, diffusion type, pipeline type, flow, pump suction type optional.
Skyeaglee SK/MIC-600-CH4-Y Gas Detector catalytic combustion 0~100% lel Picture

SK/MIC-600 online gas concentration Detector is a modular design, with intelligent sensor detection technology,Flameproof (D) structure and fixed installation of flammable gas monitor. The standard configuration is a dot matrix LCD display, three-wire 4~20mA modeFit and RS485 digital signal output, optional configuration as programmable switching output and other modules, according to user needs to provide customized products, but also support output signal fine-tuning and other functions, convenient system networking and maintenance.

● On-line gas concentration Detector

● Automatic temperature compensation, zero point, full-scale drift compensation

● Automatic protection function against high-concentration gas impact

● Full software calibration function, users can also calibrate by themselves, with 3 buttons to achieve, easy to operate

● 2-wire 4-20mA output

Place of application

Paint room, incineration plant, scientific research, production workshop, company, environmental monitoring, school scientific research, building construction, fire alarm, sewageProcessing, Industrial Gas Process ControlPetroleum & Petrochemical, Chemical Plants, Smelters, Iron & Steel Plants, Coal Plants, Thermal Power Plants, Boiler Rooms, Waste Treatment Plants,Tunnel construction, oil pipelines, gas stations, underground gas pipeline maintenance, indoor air quality testing, hazardous place safety protection equipment monitoring, etc.(The data is for reference only; please also make the corresponding selection according to your actual Operating Conditions) The data shows: the usual temperature range is -20°C ~ +50°C, humidity10%RH ~ 90%RH no condensation, the absolute pressure is 106KPa±20KPa, where ±20KPa is the relative pressure, relative to the atmospheric pressureForce.

Structural diagram

Details of the SK/MIC-600-CH4-Y on-line methane Detector Figure 1

On-line gas concentration Detector diagram Electrical wiring definition diagram (Figure 2: The main unit represents the control system such as C PLC and computer.)

Details of the SK/MIC-600-CH4-Y on-line methane Detector Figure 2

Figure 1

Details of the SK/MIC-600-CH4-Y on-line methane Detector Figure 3

Figure 2


Online gas concentration Detector debugging calibration diagram:

Details of the SK/MIC-600-CH4-Y On-line Methane Detector Figure 4

Series optional

Detection of gasesRangeMaximum allowed
    Error value		Minimum readingWhen responding
    T90
Combustible (EX )0-100%LEL＜±3%(F.S)0.1%LEL≤10 seconds
Combustible (EX )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 (N2 )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 ( CO2 )0-500ppm＜±3%(F.S)1ppm≤20 seconds
Carbon dioxide ( CO2 )0-2000ppm＜±3%(F.S)1ppm≤20 seconds
Carbon dioxide ( CO2 )0-5000ppm＜±3%(F.S)1ppm≤20 seconds
Carbon dioxide ( CO2 )0-50000ppm＜±3%(F.S)1ppm≤30 seconds
Carbon dioxide ( CO2 )0-20%Vol＜±3%(F.S)0.01%Vol≤30 seconds
Carbon dioxide ( CO2 )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 )0-5000ppm＜±3%(F.S)1ppm≤50 seconds
Ozone (O.)3 )0-1ppm＜±3%(F.S)0.001ppm≤20 seconds
Ozone (O.)3 )0-5ppm＜±3%(F.S)0.001ppm≤20 seconds
Ozone (O.)3 )0-50ppm＜±3%(F.S)0.01ppm≤20 seconds
Ozone (O.)3 )0-100ppm＜±3%(F.S)0.01ppm≤20 seconds
Ozone (O.)3 )0-2000ppm＜±3%(F.S)0.1ppm≤30 seconds
Ozone (O.)3 )0-30000ppm＜±3%(F.S)1ppm≤30 seconds
Ozone (O.)3 )0-20mg/L＜±3%(F.S)0.01mg/L≤30 seconds
Ozone water (O3 )0-20mg/L＜±3%(F.S)0.01mg/L≤30 seconds
Hydrogen sulfide (H2S )0-10ppm＜±3%(F.S)0.001ppm≤30 seconds
Hydrogen sulfide (H2S )0-50ppm＜±3%(F.S)0.01ppm≤30 seconds
Hydrogen sulfide (H2S )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Hydrogen sulfide (H2S )0-2000ppm＜±3%(F.S)0.1ppm≤30 seconds
Hydrogen sulfide (H2S )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 (NO2 )0-10ppm＜±3%(F.S)0.001ppm≤25 seconds
Nitrogen dioxide (NO2 )0-100ppm＜±3%(F.S)0.01ppm≤25 seconds
Nitrogen dioxide (NO2 )0-1000ppm＜±3%(F.S)0.1ppm≤30 seconds
Nitrogen dioxide (NO2 )0-5000ppm＜±3%(F.S)1ppm≤30 seconds
Nitrogen oxides (NO.)X )0-10ppm＜±3%(F.S)0.001ppm≤30 seconds
Nitrogen oxides (NO.)X )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Nitrogen oxides (NO.)X )0-2000ppm＜±3%(F.S)0.1ppm≤30 seconds
Nitrogen oxides (NO.)X )0-5000ppm＜±3%(F.S)1ppm≤30 seconds
Chlorine (CL2 )0-10ppm＜±3%(F.S)0.001ppm≤30 seconds
Chlorine (CL2 )0-20ppm＜±3%(F.S)0.01ppm≤30 seconds
Chlorine (CL2 )0-200ppm＜±3%(F.S)0.1ppm≤30 seconds
Chlorine (CL2 )0-2000ppm＜±3%(F.S)0.1ppm≤30 seconds
Ammonia (NH3 )0-50ppm＜±3%(F.S)0.01ppm≤30 seconds
Ammonia (NH3 )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Ammonia (NH3 )0-1000ppm＜±3%(F.S)0.1ppm≤30 seconds
Ammonia (NH3 )0-5000ppm＜±3%(F.S)1ppm≤30 seconds
Ammonia (NH3 )0-100%LEL＜±3%(F.S)0.1%LEL≤10 seconds
Hydrogen ( H2 )0-100%LEL＜±3%(F.S)0.1%LEL≤10 seconds
Hydrogen ( H2 )0-1000ppm＜±3%(F.S)0.1ppm≤30 seconds
Hydrogen ( H2 )0-20000ppm＜±3%(F.S)1ppm≤30 seconds
Hydrogen ( H2 )0-40000ppm＜±3%(F.S)1ppm≤30 seconds
Hydrogen ( H2 )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 ( Ar )0-100%Vol＜±3%(F.S)0.01%Vol≤20 seconds
Xenon ( Xe )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 (CLO2 )0-1ppm＜±3%(F.S)0.001ppm≤30 seconds
Chlorine dioxide (CLO2 )0-10ppm＜±3%(F.S)0.01ppm≤30 seconds
Chlorine dioxide (CLO2 )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 (COCL2 )0-1ppm＜±3%(F.S)0.001ppm≤20 seconds
Phosgene (COCL2 )0-50ppm＜±3%(F.S)0.01ppm≤20 seconds
Silanes (SiH4 )0-1ppm＜±3%(F.S)0.001ppm≤30 seconds
Silanes (SiH4 )0-50ppm＜±3%(F.S)0.01ppm≤30 seconds
Fluorine (F2 )0-1ppm＜±3%(F.S)0.001ppm≤30 seconds
Fluorine (F2 )0-10ppm＜±3%(F.S)0.01ppm≤30 seconds
Fluorine (F2 )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
Ethylborane (B2H6 )0-10ppm＜±3%(F.S)0.001ppm≤30 seconds
Hydrogen arsenide (AsH3 )0-1ppm＜±3%(F.S)0.001ppm≤30 seconds
Hydrogen arsenide (AsH3 )0-10ppm＜±3%(F.S)0.01ppm≤30 seconds
Hydrogen arsenide (AsH3 )0-50ppm＜±3%(F.S)0.01ppm≤30 seconds
Germanane (GeH4 )0-2ppm＜±3%(F.S)0.001ppm≤30 seconds
Germanane (GeH4 )0-20ppm＜±3%(F.S)0.01ppm≤30 seconds
Hydrazine, hydrazine ( N2H4 )0-1ppm＜±3%(F.S)0.001ppm≤30 seconds
Hydrazine, hydrazine ( N2H4 )0-300ppm＜±3%(F.S)0.1ppm≤30 seconds
Tetrahydrothiophene (THT)0-100mg/m3＜±3%(F.S)0.01 mg/m3≤60 seconds
Bromine gas (Br2 )0-10ppm＜±3%(F.S)0.001ppm≤30 seconds
Bromine gas (Br2 )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Bromine gas (Br2 )0-2000ppm＜±3%(F.S)1ppm≤30 seconds
Acetylene (C2H2 )0-100%LEL＜±3%(F.S)0.1%LEL≤30 seconds
Acetylene (C2H2 )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Acetylene (C2H2 )0-1000ppm＜±3%(F.S)0.1ppm≤30 seconds
Ethylene (C2H4 )0-100%LEL＜±3%(F.S)0.1%LEL≤30 seconds
Ethylene (C2H4 )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Ethylene (C2H4 )0-2000ppm＜±3%(F.S)0.1ppm≤30 seconds
acetaldehyde0-10ppm＜±3%(F.S)0.01ppm≤30 seconds
Ethanol (C2H6O )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Ethanol (C2H6O )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 (CS2 )0-50ppm＜±3%(F.S)0.01ppm≤30 seconds
Carbon disulfide (CS2 )0-5000ppm＜±3%(F.S)0.01ppm≤30 seconds
Acrylonitrile (C3H3N )0-50ppm＜±3%(F.S)0.01ppm≤30 seconds
Acrylonitrile (C3H3N )0-2000ppm＜±3%(F.S)1ppm≤30 seconds
Methylamine (CH)5N )0-50ppm＜±3%(F.S)0.01ppm≤30 seconds
Dian Qi ( I2 )0-50ppm＜±3%(F.S)0.01ppm≤30 seconds
Styrene (C8H8 )0-200ppm＜±3%(F.S)0.1ppm≤30 seconds
Styrene (C8H8 )0-5000ppm＜±3%(F.S)1ppm≤30 seconds
Vinyl chloride (C2H3CL )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Trichloroethylene (C2HCL3 )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Perchloroethylene (C2CL4 )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Laughing gas (N2O )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
Methyl bromide (CH3Br )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Methyl bromide (CH3Br )0-30000ppm＜±3%(F.S)1ppm≤30 seconds
Methyl bromide (CH3Br )0-200g/m3＜±3%(F.S)0.1g/m3≤30 seconds
Sulfuryl fluoride (SO2F2 )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Sulfuryl fluoride (SO2F2 )0-5000ppm＜±3%(F.S)1ppm≤30 seconds
Sulfuryl fluoride (SO2F2 )0-10000ppm＜±3%(F.S)1ppm≤30 seconds
Benzene (C6H6 )0-10ppm＜±3%(F.S)0.01ppm≤30 seconds
Benzene (C6H6 )0-100ppm＜±3%(F.S)0.01ppm≤30 seconds
Benzene (C6H6 )0-2000ppm＜±3%(F.S)1ppm≤30 seconds


FAQ
QHow many Sampling methods are there?
A Default diffusion type, pipeline type, circulation type, pump suction type optional. Shipping can only choose one.
Standard