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Shimadzu GC-2010 Pro Gas Chromatography
Shimadzu GC-2010 Pro Gas Chromatography
Product details
GC-2010 Pro inherits the basic performance of high-performance capillary column gas chromatography GC-2010 Plus. Its good reproducibility ensures high reliability. Its high-performance detector enables high-precision and high-sensitivity analysis. Meanwhile, the high-speed column temperature box cooling technology can significantly shorten the analysis time, making it a gas chromatograph product that can meet various analysis needs and improve production efficiency.
Product Features
Design to improve analysis efficiency
1. Rapid heating/cooling of column temperature box
The GC-2010 Pro is equipped with a "dual jet cooling system", which shortens the time from 450 ℃ to 50 ℃ to 3.4 minutes, achieving more effective rapid cooling.
2. Support high-speed analysis
The use of narrow bore capillary columns for rapid analysis can effectively save analysis time and improve sample processing capabilities. GC-2010 Pro has excellent flow and pressure control systems, and conventional configurations can meet the requirements of rapid analysis, effectively improving analysis efficiency.
3. Fast determination of separation conditions using constant linear velocity control mode of carrier gas
It is recommended to use a carrier gas constant linear velocity control method that is correlated with separation performance for carrier gas control. Compared with the previous method of controlling by setting the column inlet pressure and flow rate, the optimal separation conditions can be obtained in a short period of time.
Advanced flow control technology
Advanced flow path technology is a capillary analysis system that adopts new flow path control technology. By improving the efficiency of analysis work and accurately separating target components from complex raw samples, high efficiency and separation can be achieved.
1. Backblowing technology
2. Central cutting technology
3. Detector diversion technology
4. Detector switching technology
High sensitivity detector with excellent performance
Up to 3 injection units and 4 detectors can be loaded simultaneously, allowing for the selection of the most suitable detector and injection port for the sample, and unit switching is very convenient. According to the analysis purpose, there are 3 types of injection units and 5 types of detectors to choose from.
| detector | Injection port |
|---|---|
| Hydrogen flame ionization detector FID | Split/No Split Injection Port Unit SPL |
| Thermal conductivity detector TCD | Direct injection unit WBI |
| Flame photometric detector FPD | Cold column head/programmed temperature injection port OCI/PTV |
| Electron Capture Detector (ECD) | |
| Flame ionization detector FTD |
Flexible system scalability to meet the requirements of various fields
The GC-2010 Pro has flexible and diverse configurations, and various optional components such as injection units, detectors, and automatic samplers can be easily added to existing devices after purchase. It supports options such as headspace, blowdown capture, thermal analysis, thermal cracking, PFPD, etc.
Workstation that fully leverages GC performance
As an important member of the LabSolutions family, the LabSolutions LE workstation has undergone targeted functional optimization on the basis of the original workstation. Without changing the original operability, GC control, analysis, parsing and other functions have been fully strengthened and configured. It can simultaneously control up to two hosts including GC-2010 Pro, GC-2014C, and GC Smart (GC-2018), and can also control injection devices such as AOC-20i/s, HS-10/20, and AOC-5000/6000.
Specifications
Column temperature box
Temperature range: Room temperature+4 ℃~450 ℃ (when using liquid carbon dioxide:- 50℃～450℃）
Size: Width 280mm x Height 280mm x Length 175mm
Volume: 13.7L
Temperature accuracy: ± 1% of the set value (K) (can be calibrated up to 0.01 ℃)
Temperature deviation: within 2 ℃ (on a circumference 30mm away from the inner side and 200mm in diameter)
Temperature coefficient: 0.01 ℃/℃
Program order: 20 orders (supports cooling program)
Adjustable heating rate:- 250℃～250℃/min
Total time for all steps:- 9999.99min
Cooling rate: within 3.4 minutes (450 ℃~50 ℃) (room temperature 22 ℃)
Sample injection component
Up to three units can be carried
Injection unit: Split injection/Non split injection
Direct (all) injection
Column head/PTV injection
Carrier gas flow control component
Advanced Flow Controller (AFC)
{Split Mode/Non Split Mode}
Pressure setting range: 0-970kPa
Program order: 7th order (supports voltage reduction program)
Program speed: 0-9999.9
Full flow setting range: 0-1200ml/min
The bar average velocity during the heating process can be maintained
{Direct (All) Injection Mode}
Pressure mode
Pressure setting range: 0-970kPa
Program order: 7 orders
Program speed setting range:- 400～400kPa/minTraffic mode
Flow setting range: 0-1200ml/min
Program order: 7 orders
Program speed setting range:- 400～400ml/minThe bar average velocity during the heating process can be maintained
detector
Up to 4 units can be carried (up to 3 detector units can be used simultaneously)
The detector gas is electronically controlled by APC
Hydrogen flame ionization detector (FID)
Temperature range:~ 450℃
Minimum detection limit: 1.5 pgC/s (dodecane)
Dynamic range: 10 ^ 7Thermal conductivity detector (TCD)
Temperature range:~ 400℃
Sensitivity: 20000mV · mL/mg (decane)
Dynamic range: 10 ^ 5Electron Capture Detector (ECD)
Line source capacity: 370MBq
Temperature range:~ 400℃
Minimum detection limit: 4fg/s (γ - BHC)
Dynamic range: 10 ^ 5Flame photometric detector (FPD)
Temperature range:~ 350℃
Minimum detection limit: P: 0.055pg/s (55fgP/s) (tributyl phosphate)
S: 2.5 pg/s (dodecanethiol)
Dynamic range: P： 10 ^ 4 S: 10^3Flame Thermal Ion Detector (FTD)
Temperature range:~ 450℃
Minimum detection limit: N: 0.1 pg/s (azobenzene)
P: 0.01 pg/s (malathion)
Dynamic range: N, P 10 ^ 3
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