GC-9800 Total Volatile Gas ChromatographyPerformance characteristics:
1. The instrument adopts a fully microcomputer automatic control system, an adjustable LCD display screen, and rich and intuitive display content; Chinese keyboard style operation, setting parameters and operation are very convenient.
2. Adopting a brand new dual CPU design and original Japanese high integration electronic circuit technology, it has excellent reliability and anti-interference ability. The temperature control accuracy reaches 0.1 ℃, and the display accuracy is as high as 0.01 ℃. It can also display the power consumption percentage of each heating part at the same time.
3. The design of a three gas path and a large volume column chamber allows for the simultaneous installation of three chromatography columns, FID and TCD detectors, and facilitates the expansion of ECD, FPD, and NPD detectors, as well as the installation of external control equipment such as gas injectors and converters.
4. This machine can be easily expanded from a single FID amplifier to a dual FID amplifier, truly achieving multi-purpose use of one machine.
5. Equipped with two packed column vaporization chambers and an independent capillary dedicated system, the design of the vaporization chamber draws on the miniaturization design of similar foreign products, with fast heating speed, no injection dead corners, excellent capillary diversion/non diversion injector and tail blowing system, making it easy to install small-diameter capillary columns, large-diameter capillary columns, and various packed columns.
6. It has a five order linear program heating function, which is suitable for multi-component sample analysis.
7. The column chamber is equipped with a frequency conversion intelligent rear door automatic cooling system, which has a very fast cooling speed (from 280 ℃ to 50 ℃ in just 5 minutes), achieving true near room temperature operation.
8. Equipped with six independent temperature control systems Suitable for the installation of multiple temperature control requirements such as conversion furnaces; The column chamber, gasification chamber, hydrogen flame detection chamber, thermal conductivity detection chamber, auxiliary 1, and auxiliary 2 all adopt modular design, making installation and replacement more convenient.
9. It has power failure protection function and can automatically memorize set parameters. It has anti power mutation interference function and stopwatch timing function.
10. Equipped with over temperature protection function, the power automatically shuts off and an alarm is triggered when the temperature exceeds the set upper limit. If the temperature of any circuit exceeds the set temperature, heating will automatically stop; And there are prompts for the cause of the malfunction and alarm prompts.
11. It has a "0 ℃" protection function. When the temperature display of any channel is always "0 ℃", the heating will automatically stop to prevent the heating element from being damaged due to the constant heating of the chamber And there are prompts for the cause of the fault and alarm prompts
12. Among similar products, the gas cut-off protection and prompt function can maximize the protection of TCD tungsten wire and chromatographic column from damage.
13. It has a wide range of fault self diagnosis functions, 36 types of self diagnosis information, and can display the cause and handling methods of faults at any time.
14. Stable pneumatic system:
(1) The carrier gas flow rate adopts a dual stability design of first stabilizing the pressure and then stabilizing the current;
(2) The pneumatic control valve components have high reproducibility and stability.
15. Multiple injection methods are available:
(1) Fill the column head for injection;
(2) Filling column gasification injection;
(3) Capillary diversion/non diversion injection: back pressure valve control technology, linear diversion;
(4) Six way valve gas injection;
(5) Automatic headspace injection;
Temperature control indicators:
1) Column box: Room temperature+5 ℃ -400 ℃ Accuracy: 0.1 ℃ Display accuracy up to 0.01 ℃
2) Injector: Room temperature+5 ℃ -400 ℃ Accuracy: 0.1 ℃ Display accuracy up to 0.01 ℃
3) Detector: Room temperature+5 ℃ -400 ℃ Accuracy: 0.1 ℃ Display accuracy up to 0.01 ℃
4) Column temperature box volume: 248 * 248 * 260MM
5) Program temperature rise order: fifth order linear range rise
6) Program heating rate: 0.1 ℃~40 ℃ (increments of 0.1 ℃)
7) Constant temperature holding time for each stage: 0~9999.9min (increments of 0.1min)
GC-9800 Total Volatile Gas ChromatographyTechnical indicators:
detector | Sensitivity/Sensitivity | noise | drift | linear | characteristic |
FID | Mf ≤ 1 × 10-11 g/s (benzene) | ≤ 0.02mV | ≤ 0.15mV/h | ≥107 | Circular collection electrode, corundum ceramic nozzle |
Note: Dimensions: 660 * 460 * 465mm Weight: 60kg Input power supply: AC 220V ± 10% 50HZ 2KW | |||||
Each instrument can be configured with up to 3 types of detectors, with reserved interfaces for installing 2 types of detectors |
GC-9800to configure:
Product project | Specification Description | quantity | Company |
GC-9800 Gas chromatograph | Chromatograph host+dual gas path control system+dual injection system+amplification circuit control+dual CPU control system+host fault diagnosis sound and light Chinese display+dual output system | 1 | set |
detector | Dual FID detector (atmospheric monitoring type) | 2 | only |
chromatographic column | Specialized chromatographic column | 1 | root |
Workstation system | SP-2000 Dual Channel Multifunctional Workstation+Random Accessories +Computer+printer | 1 | set |
Thermal analysis | Automatic thermal analyzer+adsorption desorption device | 1 | set |
air sampler | Dual channel atmospheric sampler+activated carbon adsorption tube | 1 | set |
Starter Kits | Random giveaways (over 30 types) | 1 | set |
Standard sample | Standard sample | 1 | set |
Gas source | Hydrogen generator Air generator High purity nitrogen gas | 1 1 1 | set set pot |
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Attachment 1: (This machine is configured with an FID detector and retains an additional interface for adding any two detectors from 2.3.4.5.) 1. TCD detector (thermal conductivity cell detector) is the most widely used detector, suitable for inorganic gases and organic compounds, and is particularly suitable for constant analysis or analysis of components above one hundred thousandth 2. FID detector (hydrogen flame ionization detector) has high sensitivity and is suitable for trace analysis of organic compounds 3. ECD detector (electron capture detector) is a low-energy radioactive detector widely used in pesticide, atmospheric, and water pollution detection, suitable for analyzing organic complexes of halides, polysulfides, polycyclic aromatic hydrocarbons, and metal ions. 4. FPD detector (flame photometric detector) Suitable for analyzing pesticides containing sulfur and phosphorus, as well as monitoring trace amounts of organic pollutants containing sulfur and phosphorus in environmental analysis 5. NPD detector (nitrogen phosphorus detector) is a mass detector suitable for analyzing nitrogen and phosphorus compounds with high sensitivity and selectivity; It can detect 5 × 10 (-13 times) g/s azobenzene nitrogen-containing compounds and 2.5 × 10 (-13 times) g/s phosphorus containing compounds, such as marathon pesticides. It has a high response to nitrogen and phosphorus compounds. And for other compounds, some response values are 10000 to 100000 times lower. |