| After-sales Service: | on Line Service |
|---|---|
| Warranty: | One Year |
| Appliance: | The Analysis of Environmental Samples |
| Ray Type: | γ-Ray Spectrometer |
| Gaspath System: | Single |
| Detector: | SPL |
| Customization: |
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GC-MS3200 Lab using GC-MS Mass spectrometer
Product Introduction
Quadrupole
New Chemical Ionization (CI) source expands range of applications
Switching between Electron Ionization (EI) source and CI source is quick and easy. When performing the qualitative and quantitative analysis of combustible samples, or for analysis where the response in EI mode is low, such as for certain pesticides, a CI source can effectively lower the limit of detection.
The newly designed ion optics system optimizes ion yields and transmission characteristics, effectively improving the sensitivity and resolution, while reducing neutral particle noise.
1 The optimized ion source filament control circuit implements constant emission and constant reception modes. In constant reception mode, the maximum change to the electron flow within a 30-minute period is 0.02 μA. Due to the enhanced performance of the feedback system, the stability of the ion signal has been improved. The new, innovative voltage offset technology optimizes the spatial distribution of the electron beam which increases the signal to noise ratio by 30%.
2 The improved ion source optical system uses a redesigned magnetic field to more accurately focus the ion beam, which reduces the adverse effects of excessive magnetic fields on the ion trajectory of back-end ion optics system, and improves the ion transmission, and thereby enhances the mass resolution and signal to noise ratio.
3 The vertical focus detector system utilizes a high-gain, low dark current electronic multiplier and polished mirror parabolic dynode to decrease neutral noise and background interference of filament photons and to increase high mass end response.
Improved quadrupole circuit control system achieves equal peak width identification within the full mass range and optimizes conduction rates.
1 The sampling system utilizes the most advanced FPGA processing technology. Sampling frequency has been increased to 1 MHz. More data points are processed. Signal stability has been improved. Digital I/O communicates with the workstation using high-speed USB allowing fast data transmission. DC dynamic compensation technique significantly improves the relative transmission rate of target ions. M/Z 502 has been increased from 6.4% to 37.6%.
2 Improved preamplifier circuit utilizes shorter analog signal transmission lines, and enhanced shielding against electromagnetic interference. Electrostatic noise has been reduced by one-third, and linear dynamic range has been increased to 105 with linearity in the range of 10-12g to 10-7g.
3 Improved data communication interface can complete a connection with the workstation within 30 seconds.
4 More rigorous fault alarm functions were added for protection of pump power, axis temperature, and each subcomponent's temperature and high-voltage output. Even a new user will not need to worry about damage to the instrument caused by operation error. Advanced warning function will alert the user to potential issues that may cause significant damage or loss of supplies to help users reduce cost and improve efficiency.
High-Performance, High- Spec Vacuum System
1 Vacuum system utilizes a 250 L/s turbo pump and a 10 m³/min two-stage rotary vane mechanical pump and can be used with large diameter capillary columns to enhance analysis speed and sensitivity. The whole vacuum system combines noise isolation technology with an intelligent noise reduction box to provide a clean high vacuum and a quiet laboratory environment at the same time.
2 Wide range cold cathode vacuum gauge allows vacuum measurement from atmospheric pressure to 10-7 Pa and features long usage life, no consumables, no special maintenance and low cost.
Gas Chromatograph and Sample Introduction Unit
1 New industrial design is simple and elegant, with a distinctive, user-friendly GC control panel. Interface was designed with protection from user error in mind.
2 Innovative rotatable liquid autosampler can rotate 360° on the horizontal plane. The autosampler can be easily removed from the mount to simplify the GC maintenance.
Powerful Software System
Our user friendly software interface provides ease of use along with a powerful array of features for the advanced user. MS3200RT & MS3000P provide practical and accessible solutions for our user's analytical needs.
Applications
The excellent performance of the GC-MS 3200 makes it suitable for applications in various fields including food safety, environmental safety, chemicals, among others.
1 Detection of Melamine in Milk
The detection limit is stable at 0.01 mg/kg. Linearity remains excellent between 0.05 - 50 mg/L. Recovery of added standard is between 85% - 108%. Relative standard deviation is less than 5%. Correlation coefficient is above 0.999. Results comply with GB / T 22388-2008 standard.
2 Analysis of Volatile Organic Compounds (VOC) in Drinking Water or Surface Water
Using external standard method, range of linearity is 0.5 - 100 μg/L. Correlation coefficient of each component is between 0.993 ~ 0.9992. The lowest detection limit is 0.001 mg/L for vinyl chloride. The instrument shows excellent performance in VOC analysis of drinking water in compliance with EPA method 502.2 and GB5749-2006.
3 Detection of Plasticizer in Liquors
16 types of phthalates in liquor are analyzed simultaneously. Range of linearity is 0.08 - 1.6 μg/mL. Recovery of added standard is between 70% - 119%. The lowest detection limit achieved is 1.06 μg/kg for DEP. Shows excellent contamination resistance. After 1 month of continuous use, background signal remains within spec.
4 Trace PAHs Detection
Linear correlation coefficient is more than 0.999 in the concentration range of 0.05 - 0.5 μg /mL.
Relative standard deviation is less than 6%. The lowest detection quality for benzopyrazole is 0.05 ng.
5 Detection of Organochlorine Pesticide
In ion monitoring mode, the analysis of organochlorine pesticide provides reliable data. Range of linearity is 0.012 - 0.2 μg/mL. Relative standard deviation is less than 10%. Lowest detection concentration reaches 0.012 μg/L.
6 Rapid Semi-quantitative Analysis of Hydrocarbons
By using a 10 m hollow column combined with crude oil analysis software and rapid GC column oven heating, quantitative results of hydrocarbon group compositions can be obtained within 2 min.
7 Qualitative Analysis of Unknown Samples Using Direct Injection Probe
Flexibility and Expandability
Flexible Configurations
1 The following configurations are applicable to water quality testing (applicable to EPA Method 502.2)
Purge and trap analyzer + GC-MS 3200 + MS3200 software package + DB-624 (30 m × 0.25 mm × 1.4 μm) fused silica capillary column
Headspace sampler + GC-MS 3200 + MS3200 software package + DB-624 (30 m × 0.25 mm × 1.4 μm) fused silica capillary column
Applicable to quantitative detection of volatile organic compounds in surface water, drinking water and reservoir water.
2 Economical configuration applicable to ambient air quality monitoring
JX-3 thermal desorption device + GC-MS 3200+ MS3200 software package + equivalent DB-5MS column (30 mx 0.25 mm x 0.25 μm) moderately polar column
Applicable to air quality testing in indoor environments and public spaces. Provides high sensitivity for TVOC and other common harmful gases.
3 Typical configuration applied to conventional laboratory analysis
Autosampler + GC-MS 3200 + MS3200 software package + DB-5MS (30m × 0.25mm × 0.25μm) fused silica capillary column
Suitable for qualitative and quantitative analysis of most organic compounds such as spices and perfumes, pesticides, batch sample analysis of PAHs.
4 Configuration applicable to quality control in a chemical synthesis process
DIP100 + GC-MS 3200+ MS3200 software package + DB-5MS (30m × 0.25mm × 0.25μm) fused silica capillary column
Applicable to rapid qualitative analysis of chemical synthesis intermediates and final products and quantitative analysis combined with GC sample introduction.
5 Mobile laboratory mounted in monitoring van
Analytical laboratory can be mounted to a mobile laboratory platform for rapid investigation of chemical contaminants in cases of food safety and environmental pollution emergencies.
Timely and Professional Customer Services
Consumables and spare parts are competitively priced. Imported replacement parts include the molecular pump, the vacuum gauge and the electron multiplier tube made by well-regarded suppliers. All other replacement parts are made in China. Prices of common consumables, such as ion source filament, vacuum seal, vaporization chamber liner, and other maintenance parts, are lower than those of our competitors.
| Working Conditions | |
| Power | 220 V, 50 Hz |
| Temperature | 15ºC-35ºC |
| Humidity | 25%-80% RH |
| Specifications | |
| Gas Chromatograph | |
| Column oven temperature | Room temperature + 10ºC-400ºC |
| Temperature stability | ≤±0.03ºC |
| Maximum heating rate | 40ºC/min |
| Maximum run time | 999.99 min |
| 10-segment programmable temperature control | |
| Split/splitless inlet (3rd generation EPC) | |
| Maximum temperature: 400ºC | |
| Electronic controlled pressure, flow rate and split ratio | |
| Pressure range: 0-999 kPa | |
| Flow range: 0-200 mL/min | |
| Autosampler (optional) | |
| Mass Spectrometer | |
| Main Specifications | |
| Mass range | 1.5 - 1024.0 amu |
| Mass stability | Better than 0.1 amu/48 h |
| Resolution | Unit mass |
| Sensitivity | DB-5MS 30m*0.25mm*0.25um fused silica capillary column or similar column. EI source, full scan: (range 100-300 amu). 1 pg OFN S/N≥100:1 |
| Maximum scan rate | 10,000 amu/s |
| Dynamic range | 105 |
| Ion source | Electron impact ionization source (EI), standard. Chemical ionization source (CI), optional. |
| Dual filaments | Programmable switch |
| Maximum filament current | 3 A |
| Emission current | 10 - 350μA adjustable |
| Ionization energy | 5 - 150eV adjustable |
| Ion source temperature | 150 - 320ºC adjustable, individually controlled |
| Mass analyzer | Quadrupole. Full scan, selected ion monitoring (SIM) and acquisition. At most 128 groups in SIM mode. At most 128 ions in each group. |
| Detector | electron multiplier + high-energy dynode back focusing assembly |
| GC-MS interface | |
| Individually controlled through transmission cable, 150 - 320ºC adjustable | |
| Vacuum system | |
| Turbo molecular pump (250 L/s), mechanical pump (180 L/min) | |
| Wide range compound cold cathode gauge | |
| Data processing system | |
| Hardware | Computer (optional) |
| Printer | Laser printer (optional) |
| Software | MS3200RT Real-time data acquisition application and MS3200P data processing application |
| Optional Accessories | |
| DIP 100 liquid/solid direct injection probe assembly | |
| Thermal desorption device | |
| Dynamic headspace sampler | |
| Purge-and-trap sample concentrator | |
1. How can I choose the suitable one?
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