HS2022
The most sensitive small radius IRMS in the world.
The HS2022 is the most sensitive small radius IRMS in the world. Combining superior analytical performance with reliability, flexibility, ease of use and maintenance, the HS2022 IRMS ensures that all your scientific needs are met. Backed by over 20 years of development with a no compromise approach to its engineering integrity, Sercon provides the ultimate isotope ratio mass spectrometer. This technology is available in both continuous flow and dual inlet mode, and can be interfaced to a wide range of sample preparation devices and inlets. The HS2022 IRMS incorporates many high level design features, including an extremely robust, linear and sensitive source, a stainless steel flight tube, a thoria-coated filament, and high resolution amplifiers for a large dynamic range.
- All stainless steel and metal gasket construction flight tube for ultra-high vacuum purity to ensure minimal backgrounds and low water contamination.
- True differential pumping for superior ion transfer through the flight tube from the high sensitivity source to the large dynamic range collectors.
- Mass range from 2 to 96 amu – suitable for the analysis of light stable isotopes in the commonly measured gases H2, N2, NO, N2O, O2, CO, CO2, SO and SO2.
- Universal Faraday triple collectors for simultaneous collection of adjacent masses 28,29,30 to 64,65,66 with no adjustment of collectors. Additional single Faraday collector and high gain amplifier for m/z 3 on the hydrogen spur.
- The desired combination of collectors is selected through the software. Software switchable variable gain amplifiers and 50V amplifier outputs are available as options.
- Large dynamic range amplifiers and high sensitivity source ensure a large range of sample sizes can be measured.
- Asymmetric extended geometry to give true stigmatic focusing with twice the dispersion of normal geometry with the same radius sector.
- 120° extended geometry with an 11cm radius magnetic sector giving an effective 21cm radius dispersion and double direction focusing. This leads to an abundance sensitivity at m/z 3 of <1 ppm which eliminates helium ‘tailing’ in to the D/H collector.
- Shorter path length than traditional extended geometry to decrease ion/molecule interactions and so ensure 100% transmission through the analyser and a sensitivity which is in continuous flow mode <850 molecules/ion for CO2.
- Triple port reference gas injection system. Size, type and positioning of reference gas pulses are under software control.
- Data acquisition system uses highly stable and linear high frequency converters which produce integral slices with zero dead time and quantisation below the beam statistical noise floor at all signal levels.
Continuous Flow Isotopic Analysis of Small Carbonate Samples (10-90µg) using a Sercon EA-IRMS
Continuous Flow Isotopic Analysis of Small Carbonate Samples (10-90µg) Using a Sercon EA-IRMS or G Preparation Unit
δ18O analysis of diatom silica via laser ablation -IRMS and associated methods for removing exchangeable oxygen
Quantifying carbonate concentration alongside the measurement of isotope ratios in sediment samples via continuous flow IRMS analysis
Detecting Substitution of Organic Tomatoes with Conventionally Grown Products Using δ15N Analysis
Detecting the Addition of Cane Sugar to Authentic Palm Sugar Using δ13C Analysis of an Internal Isotopic Standard
The Application of Isotopic and Elemental Analysis to Determine the Geographical Origin of Premium Long Grain Rice
Detecting adulteration of honey – δ13C analysis with the LC-I
Ginseng authenticity testing by measuring carbon, nitrogen and sulphur stable isotope compositions that differ based on cultivation, land and organic fertiliser type
Analysis of Southern Ocean Planktonic Species Using the Sercon EA-IRMS
Simultaneous NCS Analysis via EA-IRMS
Measuring carbon balances and greenhouse gas fluxes in soils at the Wolfson field laboratory
Determining Sources and Cycling of Nitrate in an Agricultural Catchment Using δ15N and δ18O in Nitrate
A breakthrough in detection limits for δ13CDOC measurements of surface waters using thermal oxidation
Stable isotopes in tree rings via Laser Ablation - Combustion - GCIRMS
The measurement of multiple stable isotopes in tree rings and leaves with Sercon and Teledyne Cetac
The impact on CO2 emissions from soil of photooxidation of pyrogenic organic matter
At Sercon we pride ourselves on providing excellent customer service and support. We genuinely care about our customers and want to help you get the best performance from your instruments.
Visit our service area to find out how we can support you with service contracts, emergency visits, upgrades, system refurbishments and training.
You can log service and support calls online to help our engineers to provide solutions.
- Total software control of the instrument system and data processing with Sercon Calisto software
- Allows storage of sample analysis protocols to comply with good laboratory practice
- Standby mode to preserve consumable life during periods of low use
- Software controlled oxygen injection to match sample requirements thereby preserving the life of the consumables
- Inter-file import/export facility from instrument PC to laboratory server or internet (allows rapid updating of software or transfer to common spreadsheet packages)
- Fully compatible with all versions of Windows
