MultiGas™ 2030 1065-Ready
Model: MULTIGAS-2030-1065-READY
MultiGas™ 2030 1065-Ready
Model: MULTIGAS-2030-1065-READY
Overview
Overview
MultiGas™ 2030 1065-Ready Engine & Vehicle Emissions Measurement and Certification Analyzer
The MultiGas™ 2030 1065-Ready FTIR Analyzer with the Engine and Vehicle Application Package is designed to meet Euro VI/Euro 6 and EPA 40 CFR part 1065/1066 requirements for exhaust emission compliance testing. MKS MultiGas™ FTIR analyzer is the worldwide choice for R&D development and certification test labs for light duty (LD) and heavy duty (HD) vehicle and engines as well as catalyst manufacturers. Different fuel source exhaust emissions are supported not only for raw exhaust measurements but anywhere along the exhaust train. The gas sample is introduced hot and wet directly into the FTIR with no need for chillers. The rugged MultiGas™ 2030 1065-Ready FTIR Analyzer makes it an ideal choice for on-board measurements and available with a broadband detector for the full range of gases (requires liquid N2-LN2) as well as a version with a shorter gas list that does not require LN2.
Technical Specs
- TypeFTIR Analyzer
- Measurement TechniqueFTIR Spectrometry
- Measurable Gases & VaporsMost molecules except for N2, H2, and O2
- Measurable RangeDependent upon gas, from ppm to %. Refer to Engine and Vehicle Application Package.
- FTIR2102 Process FTIR, with spectral resolution 0.5 cm-1
- Scan Speed5 scans/sec (5 Hz)
- Scan Time0.2 sec or longer
- Infrared SourceSilicon Carbide
- Reference LaserHelium Neon
- DetectorLN2-cooled MCT, 500-5000 cm-1 (TE.cooled MCT versions available for PEMS)
- Purge Pressure20 psig (1.5 bar) max.
- Spectrometer Purge Flow0.2 LPM of dry nitrogen or CO2 free clean dry air with dewpoints below -70°C
- Pressure TransducerMKS Baratron Capacitance Manometer
- Purge ConnectionSwagelok quick connect
- Computer RequirementsOptional: High speed Xeon processor supplied with analyzer
- CommunicationRJ45 cross-over Ethernet, AK, Modbus, OPC, XML, analog (please inquire)
- Enclosure19 in. rack mount chassis
- Dimensions17.5 x 12.5 x 25.5 in. (width, height, depth)
- Power Requirements120 or 240 VAC, 50/60 Hz, 3 amps
- Weight110 lbs. (50 kg)
- Sample Temperature191°C (113°C available as well)
- Sample Flow0.5 - 100 L/min
- Sample Pressure0.0-1.3 atm (calibration pressure dependent), 0.95-1.05 atm (recommended)
- Sampling Acquisition RateDependent upon flow rate, 5 Hz @ 100 LPM
- Sample Gas Inlet/Outlet ConnectionSwagelok 0.375 in., threaded
- Gas Cell Materials316 stainless steel, Dursan coating
- Gas Cell Pathlength and Volume5.11 m, 200 cc
- Fittings0.375 in., threaded Swagelok
- TubingHeated 0.375 in. stainless steel inserted into compression fitting welded to gas cell
- MirrorsNickel plated aluminum substrate, with rugged gold coating with MgF2 coating
- WindowsZnSe (other window material available)
- O-ringsKalrez (others available)
- 1065-Ready CalibrationsInstrument-independent calibrations fulfill the 1065 requirements for a large number of gases
- Factory CalibrationLess than or equal to 2% of Reference Value
- AccuracyLess than or equal to 2% of Reference Value
- RepeatabilityLess than or equal to 1% of Reference Value
- NoiseLess than or equal to 1% of Analytical Range
- Flow Rate0.5 - 100 LPM
- DriftLess than or equal to 2% of Analytical Range
Technical Specs
- TypeFTIR Analyzer
- Measurement TechniqueFTIR Spectrometry
- Measurable Gases & VaporsMost molecules except for N2, H2, and O2
- Measurable RangeDependent upon gas, from ppm to %. Refer to Engine and Vehicle Application Package.
- FTIR2102 Process FTIR, with spectral resolution 0.5 cm-1
- Scan Speed5 scans/sec (5 Hz)
- Scan Time0.2 sec or longer
- Infrared SourceSilicon Carbide
- Reference LaserHelium Neon
- DetectorLN2-cooled MCT, 500-5000 cm-1 (TE.cooled MCT versions available for PEMS)
- Purge Pressure20 psig (1.5 bar) max.
- Spectrometer Purge Flow0.2 LPM of dry nitrogen or CO2 free clean dry air with dewpoints below -70°C
- Pressure TransducerMKS Baratron Capacitance Manometer
- Purge ConnectionSwagelok quick connect
- Computer RequirementsOptional: High speed Xeon processor supplied with analyzer
- CommunicationRJ45 cross-over Ethernet, AK, Modbus, OPC, XML, analog (please inquire)
- Enclosure19 in. rack mount chassis
- Dimensions17.5 x 12.5 x 25.5 in. (width, height, depth)
- Power Requirements120 or 240 VAC, 50/60 Hz, 3 amps
- Weight110 lbs. (50 kg)
- Sample Temperature191°C (113°C available as well)
- Sample Flow0.5 - 100 L/min
- Sample Pressure0.0-1.3 atm (calibration pressure dependent), 0.95-1.05 atm (recommended)
- Sampling Acquisition RateDependent upon flow rate, 5 Hz @ 100 LPM
- Sample Gas Inlet/Outlet ConnectionSwagelok 0.375 in., threaded
- Gas Cell Materials316 stainless steel, Dursan coating
- Gas Cell Pathlength and Volume5.11 m, 200 cc
- Fittings0.375 in., threaded Swagelok
- TubingHeated 0.375 in. stainless steel inserted into compression fitting welded to gas cell
- MirrorsNickel plated aluminum substrate, with rugged gold coating with MgF2 coating
- WindowsZnSe (other window material available)
- O-ringsKalrez (others available)
- 1065-Ready CalibrationsInstrument-independent calibrations fulfill the 1065 requirements for a large number of gases
- Factory CalibrationLess than or equal to 2% of Reference Value
- AccuracyLess than or equal to 2% of Reference Value
- RepeatabilityLess than or equal to 1% of Reference Value
- NoiseLess than or equal to 1% of Analytical Range
- Flow Rate0.5 - 100 LPM
- DriftLess than or equal to 2% of Analytical Range