gas analysis equipment
GasLab Q2
The GasLab Q2 is a gas quality analyser for natural gases, it is flame free, works quickly and continuously. It determines the calorific value, Wobbe index and other parameters of the sample gas.
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Overview
What Is It?
As opposed to the 'classic' gas chromatograph solution, the Honeywell Elster GasLab Q2 does not use carrier and mixed calibration gases or combustion air supply. This translates into lower cost of ownership for the user.
Features and Benefits:
Honeywell GasLab Q2 includes an infrared sensor to measure the absorption of hydrocarbons and carbon dioxide in natural gas. In addition, another sensor detects the heat conductivity of the full mixture of natural gas. By analyzing this Information about infrared inactive components (like Nitrogen), target values are determined and the Wobbe-index can also be calculated. The physical background for the successful description of gas properties by only three parameters is the typical composition of natural gas.
All three measurements are subjected to a correlative evaluation and results are provide.
What Problems Does It Solve?
Honeywell GasLab Q2 provides users with real-time data for a wide range of applications, with faster, more efficient analysis than a gas chromatograph. It also provides real-time quality data to optimize the fuel mix going into the turbine in gas turbine power plants. Delivering increased efficiency with reductions in downtime and lower emissions, Honeywell GasLab Q2 offers similar benefits for gas burners as well.
As opposed to the 'classic' gas chromatograph solution, the Honeywell Elster GasLab Q2 does not use carrier and mixed calibration gases or combustion air supply. This translates into lower cost of ownership for the user.
Features and Benefits:
- Determination of main gas parameters: calorific value/Wobbe index/density/ CO2 concentration/methane number, etc.
- Flameless: no air or carrier gas needed
- Fast, continuous measurement
- Easy operation
- Small footprint: Low investment and maintenance costs.
- Fiscal metering
- Gas turbine control for power plants
- Burner control
- Biogas
- Gas blending.
Honeywell GasLab Q2 includes an infrared sensor to measure the absorption of hydrocarbons and carbon dioxide in natural gas. In addition, another sensor detects the heat conductivity of the full mixture of natural gas. By analyzing this Information about infrared inactive components (like Nitrogen), target values are determined and the Wobbe-index can also be calculated. The physical background for the successful description of gas properties by only three parameters is the typical composition of natural gas.
All three measurements are subjected to a correlative evaluation and results are provide.
What Problems Does It Solve?
Honeywell GasLab Q2 provides users with real-time data for a wide range of applications, with faster, more efficient analysis than a gas chromatograph. It also provides real-time quality data to optimize the fuel mix going into the turbine in gas turbine power plants. Delivering increased efficiency with reductions in downtime and lower emissions, Honeywell GasLab Q2 offers similar benefits for gas burners as well.
Specifications
Processing & Performance Metrics
- Analysis Rate
- 1 Hz
- Measured Parameters
- Calorific Value (Superior/Inferior), Wobbe Index, density, CO2 Concentration, Methane Number, Relative Density/Specific Gravity, Model Gas Composition (CH4…C8H18, N2)
Software & Interface
- Suitable Gases
- Generic Natural Gases: Methane (70 to 100 mol%), Ethane+ (0 to 20 mol%), CO2 (0 to 20 mol%), Nitrogen (0 to 30 mol%), Water/O2/H2/He (<0.1 mol%)
- Display Interface
- 7-Channel Capacitive Touch Panel, PC Software (enSuite) for Configuration, Logging, and Display
Overview
- Series
- Elster® GasLab
I/O Capabilities
- Response Time
- ≤ 6 sec millisecond
- Calibration Gas
- Binary mixture (CH₄/CO₂), with Automatic calibration cycle
Measurement & Sensor Related (Measurement Capabilities)
- Repeatability
- CO₂ ≤ 0.1 mol%
- Hs, Ws, ρ ≤ 0.1%
- Density
- 0.7168 to 1.063 (0.7175 to 1.005) kg/m³, 0.04232 to 0.06277 (0.04236 to 0.05931) lbm/ft³
Environmental Conditions
- Relative Humidity
- 0 to 95% RH (Non-Condensing)
- Operational Pressure
- 150 to 300 kPa (22-43 psi)
Electrical Specifications
- Power Supply
- 24 VDC ±15%, 96 W Max, 60 W Nominal
- Gas Consumption
- 20 to 300 l/h (0.7 to 1.1 scf/hr, including adjustable bypass flow)
- Flow Rate
- 20 to 300 l/h (0.7 to 1.1 scf/hr)
Standards & Certifications
- Metrological Approvals
- NMi Approval According OIML R140 Class A
- Approvals
- Zone 1: Ex II 2G Ex d IIC T4 Gb/Class I Div 2 Groups ABCD T4, KC Mark (Korea), TS Mark (Taiwan), TIIS (Japan) pending
Communication Interfaces
- Interfaces
- 1x TCP/IP, 2x RS485, (4) Digital Outputs, (2) Digital Inputs, (4) Analog Outputs, Modbus via TCP/IP and Serial
Communication & Protocols
- Data Logging
- Integrated logging of mean values (e.g., hourly), current values, system status, external events
Applications & Compatibility
- Applications
- Fiscal metering, gas turbine control, burner control, biogas, gas blending
Others
- Temperature Range
- -13 to +131 deg F
- -25 to +55 deg C
Processing & Performance Metrics
- Analysis Rate
- 1 Hz
- Measured Parameters
- Calorific Value (Superior/Inferior), Wobbe Index, density, CO2 Concentration, Methane Number, Relative Density/Specific Gravity, Model Gas Composition (CH4…C8H18, N2)
Software & Interface
- Suitable Gases
- Generic Natural Gases: Methane (70 to 100 mol%), Ethane+ (0 to 20 mol%), CO2 (0 to 20 mol%), Nitrogen (0 to 30 mol%), Water/O2/H2/He (<0.1 mol%)
- Display Interface
- 7-Channel Capacitive Touch Panel, PC Software (enSuite) for Configuration, Logging, and Display
Overview
- Series
- Elster® GasLab
I/O Capabilities
- Response Time
- ≤ 6 sec millisecond
- Calibration Gas
- Binary mixture (CH₄/CO₂), with Automatic calibration cycle
Measurement & Sensor Related (Measurement Capabilities)
- Repeatability
- CO₂ ≤ 0.1 mol%
- Hs, Ws, ρ ≤ 0.1%
- Density
- 0.7168 to 1.063 (0.7175 to 1.005) kg/m³, 0.04232 to 0.06277 (0.04236 to 0.05931) lbm/ft³
Environmental Conditions
- Relative Humidity
- 0 to 95% RH (Non-Condensing)
- Operational Pressure
- 150 to 300 kPa (22-43 psi)
Electrical Specifications
- Power Supply
- 24 VDC ±15%, 96 W Max, 60 W Nominal
- Gas Consumption
- 20 to 300 l/h (0.7 to 1.1 scf/hr, including adjustable bypass flow)
- Flow Rate
- 20 to 300 l/h (0.7 to 1.1 scf/hr)
Standards & Certifications
- Metrological Approvals
- NMi Approval According OIML R140 Class A
- Approvals
- Zone 1: Ex II 2G Ex d IIC T4 Gb/Class I Div 2 Groups ABCD T4, KC Mark (Korea), TS Mark (Taiwan), TIIS (Japan) pending
Communication Interfaces
- Interfaces
- 1x TCP/IP, 2x RS485, (4) Digital Outputs, (2) Digital Inputs, (4) Analog Outputs, Modbus via TCP/IP and Serial
Communication & Protocols
- Data Logging
- Integrated logging of mean values (e.g., hourly), current values, system status, external events
Applications & Compatibility
- Applications
- Fiscal metering, gas turbine control, burner control, biogas, gas blending
Others
- Temperature Range
- -13 to +131 deg F
- -25 to +55 deg C
- Temperature Range : -13 to +131 deg F|-25 to +55 deg C
- Analysis Rate : 1 Hz
- Suitable Gases : Generic Natural Gases: Methane (70 to 100 mol%), Ethane+ (0 to 20 mol%), CO2 (0 to 20 mol%), Nitrogen (0 to 30 mol%), Water/O2/H2/He (<0.1 mol%)
- Series : Elster® GasLab
- Response Time : ≤ 6 sec millisecond
- Repeatability : CO₂ ≤ 0.1 mol%|Hs, Ws, ρ ≤ 0.1%
- Relative Humidity : 0 to 95% RH (Non-Condensing)
- Power Supply : 24 VDC ±15%, 96 W Max, 60 W Nominal
- Operational Pressure : 150 to 300 kPa (22-43 psi)
- Metrological Approvals : NMi Approval According OIML R140 Class A
- Measured Parameters : Calorific Value (Superior/Inferior), Wobbe Index, density, CO2 Concentration, Methane Number, Relative Density/Specific Gravity, Model Gas Composition (CH4…C8H18, N2)
- Interfaces : 1x TCP/IP, 2x RS485, (4) Digital Outputs, (2) Digital Inputs, (4) Analog Outputs, Modbus via TCP/IP and Serial
- Gas Consumption : 20 to 300 l/h (0.7 to 1.1 scf/hr, including adjustable bypass flow)
- Flow Rate : 20 to 300 l/h (0.7 to 1.1 scf/hr)
- Display Interface : 7-Channel Capacitive Touch Panel, PC Software (enSuite) for Configuration, Logging, and Display
- Density : 0.7168 to 1.063 (0.7175 to 1.005) kg/m³, 0.04232 to 0.06277 (0.04236 to 0.05931) lbm/ft³
- Data Logging : Integrated logging of mean values (e.g., hourly), current values, system status, external events
- Calibration Gas : Binary mixture (CH₄/CO₂), with Automatic calibration cycle
- Approvals : Zone 1: Ex II 2G Ex d IIC T4 Gb/Class I Div 2 Groups ABCD T4, KC Mark (Korea), TS Mark (Taiwan), TIIS (Japan) pending
- Applications : Fiscal metering, gas turbine control, burner control, biogas, gas blending
Brochure
Name
Description
File Size
Date
Size
The Honeywell Elster� GasLab Q2 Gas Quality Analyzer determines the calorific value, Wobbe index and other parameters in natural gas
application/pdf 420.07 KB
5/7/2021
420.07 KB
GasLab Q2 Real-time Natural Gas Analyser
application/pdf 300.4 KB
6/8/2022
300.4 KB
Name
Description
File Size
Date
Size
The Honeywell Elster� GasLab Q2 Gas Quality Analyzer determines the calorific value, Wobbe index and other parameters in natural gas
application/pdf 420.07 KB
5/7/2021
420.07 KB
GasLab Q2 Real-time Natural Gas Analyser
application/pdf 300.4 KB
6/8/2022
300.4 KB
Name
Description
File Size
Date
Size
The Honeywell Elster� GasLab Q2 Gas Quality Analyzer determines the calorific value, Wobbe index and other parameters in natural gas
420.07 KB
5/7/2021
Name
Description
File Size
Date
Size
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