Shimadzu gas chromatograph

ShimadzuGC-2010 Plus

ShimadzuGC-2010 PlusIt is a highly reliable next-generation gas chromatograph product that achieves optimal trace analysis and rapid analysis through excellent flow control technology. At the same time, the operation is very simple, providing efficient separation, qualitative and quantitative functions for the analysis of trace compounds.

Technical parameters:

column oven

Sample injection unit

Can be installed at most3A sampling unit,Each unit is independently temperature controlled(The number of installations simultaneously depends on the type of injection unit)The standard configuration is diversion/No diversion injection unit

diversion/Non split injection unit(SPL-2010 Plus)temperature range:room temperature+5℃~450℃

direct(full amount)Sample injection unit(WBI-2010 Plus)temperature range:room temperature+5℃~450℃

Sample on the column/Program heating injection unit(OCI/PTV-2010)temperature range:room temperature+5℃~450℃ ；

heating rate:50℃~450℃3Within minutes; cooling rate:450℃~50℃8minute(column temperature50At ℃); Heating program:Maximum heating rate250℃/minute,can7Duan Wensheng,The temperature rise and injection units of each program on the column can be switchedOCIandPTVThe change must replace the connection of the diversion piping)

detector

Can be installed at most4A detector,Each unit is independently temperature controlled; The detector gas adoptsAPCElectronic pressure control (the number of simultaneous installations depends on the type of detector)

Hydrogen flame ionization detector (FID) Temperature range:~450℃； Detection limit:1.5pgC/s(dodecane)Dynamic range:107

Thermal conductivity detector（TCD） Temperature range:~400℃； Sensitivity:20000mV·mL/mg(Decane)

Electron capture detector（ECD） Temperature range:~400℃； Detection limit:6fg/s(γ-BHC）； Dynamic range:104

Flame photometric detector（FPD） Temperature range:~350℃； Detection limit:P 55fgP/s(Tributyl phosphate),S 3pgS/s(Dodecylthiol); Dynamic range:P 104,S 103

Flame ionization detector(FTD,orNPD,TSD)Temperature range:~450℃； Detection limit:N 0.1pgN/s(Azobenzene),P 0.03pgP/sDynamic range:N，P 103

Flow control unit

Advanced flow controllerAdvanced Flow Controller(AFC)

diversion/Pressure setting range without diversion method:0~970kPaNumber of program segments:7Segment (available with voltage reduction program); Program ratio setting range:-400~400kPa/minute; Range of diversion ratio setting:0~9999.9; Full flow setting range;0~1200mL/minute; During the heating process, the average linear velocity of the chromatographic column can be kept constant.

Direct (full volume) injection method Pressure mode

Pressure setting range:0~970kPaNumber of program segments:7Paragraph; Program ratio setting range:-400~400kPa/minute; Flow mode: Flow setting range:0~1200mL/minute; Number of program segments:7Paragraph; Program ratio setting range:-400~400mL/minute; During the heating process, the average linear velocity of the chromatographic column can be kept constant.

display

240×320Point graphic display（30Column X16Okay)

Size, weight, power supply（GCHost)

size long515mmX width530mmX high440m

weight 30kg(FIDType)

power supply AC230V±10%，2600VA，50/60Hz

Key Features:

1、 Suitable for trace analysis

2010 PlusThe High Sensitivity Detector Series

With the continuous strictness of various laws and regulations, the demand for high-sensitivity trace analysis is increasing. To meet this demand, Shimazu'sFPDTheFIDThe detector has undergone extensive redesign and processing to achieve world-class sensitivity levels, making it more suitable for trace analysis.

2、 Various functions to improve analysis efficiency

Rapid cooling of column temperature box, reverse blowing technology, carrier gas saving function, etc.

1Rapid cooling of column temperature box

Added independent cooling fans and optimized air circulation, resulting in a significant increase in the cooling speed of the column temperature box(from450°Cdrop to50°Conly need3.4minute)The fan noise has also been reduced to the extreme. When using the blowback function, the analysis time will be further reduced.

2Advanced flow path technologyAFT（Advanced Flow Technology）Series

The new flow control technology meets the requirements of high-throughput and high-efficiency analysis.

Backflushing system

Shorten analysis time

When the target compound is detected, the blowback system changes the flow direction of the carrier gas to blow out the remaining residual substances from the diversion flow path at the injection port end, shortening the analysis time and improving the analysis efficiency.

Detector diversion system

Improve qualitative accuracy and analysis efficiency

The detector splitting system splits the separated substances from the analytical column into different detectors to obtain various spectral information, thereby obtaining accurate qualitative information.

3Rich self checking function to prevent instrument failures

By using the self check function, it can be confirmed whether the device is operating normally. Detailed inspection of temperature sensors, control conditions, gas supply pressure, etc. can be carried out to prevent accidental shutdown of the instrument.

4The carrier gas saving function can reduce the consumption of carrier gas

This function reduces the amount of carrier gas discharged from the diversion outlet by adjusting the diversion ratio, truly achieving carrier gas savings and reducing analysis costs.

By using this function, the diverted flow can be diverted after the injection is completed50mL/mindrop to5mL/minGreatly saving analysis costs.

5The hydrogen connection joint adopts reverse thread to avoid incorrect pipeline connection(safety design)

Reverse threading avoids hydrogen safety issues caused by incorrect pipeline connections.

The label indicates the direction of rotation of the switch, ensuring maximum safety during use.

6Dual automatic sampling system

2platformAOC-20iAutomatic sampler and1platformAOC-20sThe combination of automatic samplers forms a dual automatic sampling system. Simultaneous injection of two samples improves analysis efficiency while fully meeting the requirements《NY/T 761-2008Determination of multiple residues of organophosphates, organochlorine, pyrethroids, and carbamate pesticides in vegetables and fruits.