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THE i DEA M AKES i DEAL YL6500 GC. 680A M600D YL6100 The History of GC Development 1991 1995 Acme 6000 2001 2006 2011 INNOVATIVE YL6500GC.

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Presentation on theme: "THE i DEA M AKES i DEAL YL6500 GC. 680A M600D YL6100 The History of GC Development 1991 1995 Acme 6000 2001 2006 2011 INNOVATIVE YL6500GC."— Presentation transcript:

1 THE i DEA M AKES i DEAL YL6500 GC

2 680A M600D YL6100 The History of GC Development Acme INNOVATIVE YL6500GC

3 YL6500 GC Features YL6500GC comes with Enhanced 4 V s View Verification Variety Value

4 YL6500 GC Features Enjoy the View Enlarged Haptic color LCD(5.7) showing all factors at a glance. Classic and lab-suitable Design Intuitive and user-friendly view by YL chromatography data system

5 YL6500 GC Features Reliable Verification Strongly Enhanced APCs for almost all detectors - Increased precision in pressure and flow rate - Automatic compensation for temperature & pressure in installation condition - Pressure setpoint increment : 0.01 psi /Pressure stability : ±0.001 psi - Shockproof APCs with short flow length - 4 column flow control modes: constant pressure, constant flow, programmed pressure (5 steps), programmed flow (5 steps). - Stable APCs against oven temperature changes - Up to six APCs can be installed and up to 18 channels of APC.

6 YL6500 GC Features Reliable Verification: (1) Reproducibility Test

7 YL6500 GC Features Reliable Verification: (2) Complex Analysis Accurate & Precise Valve Switching Time Increment : 0.01 min * Accurate control of valve switching time in settable point up to 0.01 min allows analyzing complex samples containing various components that can not be separated by one column or detected by one detector reversing column flow precisely(Backflush) with no loss of peak area values.

8 YL6500 GC Features Reliable Verification High speed data process by network (LAN) communication Ten heated Zones to enhance a precision : 1 heated oven zone/ 3 heated injector zone 3 heated detector zone/ 2 heated valve zone 1 heated methanizer zone Powerful and easy control by YL chromatography software

9 YL6500 GC Features Wide Variety Maximum no. of inlet / detector to be installed : 3 Various inlets available - Capillary Inlet - Packed Inlet - On-Column Inlet (Temperature programming up to 5 steps)

10 YL6500 GC Features Wide Variety Various detectors with high sensitivity available - Flame Ionization Detector (FID) : MDL < 2.0 pg C/sec - Thermal Conductivity Detector (TCD) : MDL < 2.5 ng /ml - Micro- Thermal Conductivity Detector (μTCD) : MDL < 400 pg/ml - Nitrogen Phosphorus Detector(NPD) - Flame Photometric Detector (FPD) - Electron Capture Detector(ECD) : MDL < 10 fg/sec - Pulsed discharge Detector (PDD) - Pursed Frame Photometric Detector (PFPD)

11 YL6500 GC Features Upgrade the Value Reasonable price saving users valuable time Improved column conditioning function : Automatic set of split flow up to 5ml/min on column conditioning Sensitive leak detection (H 2 ) Prevention of oven malfunction (Over heating) Automatic stop when an oven door gets opened during operation. Time control: Automatic turn-on/off

12 YL6500 GC Modules Superior Performance in Column Oven Usable volume : 14L Temperature operating range : (ambient to 450 or more) : - 80 ~ 450 (with LN 2 cryogenic cooling) : - 55 ~ 450 (with CO 2 cryogenic cooling) Temperature set-point : 1 Programming: 25 ramps, 26 steps temperature program Maximum set-point heating rate: 100 /min Temperature program method: Maximum up to 20 Temperature stability : ±0.01 (Isothermal)

13 YL6500 GC Modules Enhanced Performance in Inlets Packed inlet - Maximum Temperature : Pressure setting range : 0.01 ~ 100 psi - Total flow setting range : 0.1~100 ml/min - Flow stability < ±0.05ml/min - Pressure stability < ± 0.05psi - Temperature setpoint : 1 - Temperature stability < ±0.1

14 YL6500 GC Modules Enhanced Performance in Inlets Capillary inlet (Split/Splitless) - Maximum temperature : Pressure setting range : 0.01 ~ 100 psi - Total flow setting range : 0.1 ~ 400 ml/min N 2 0 ~ 1000ml/min He - Splitless time setpoint : 0.01min - Total flow stability < ±0.05ml/min - Pressure stability < ± 0.05psi - Temperature setpoint : 1 - Temperature stability < ±0.1

15 YL6500 GC Modules Enhanced Performance in Inlets On-column Inlet - Maximum Temperature : Pressure setting range : 0.01 ~ 100 psi - Total flow setting range : 0.1 ~ 100 ml/min - Flow stability < ±0.05ml/min - Pressure stability < ± 0.05psi - Temperature setpoint : 1 - Temperature stability < ±0.1 - Temperature programming up to 5 steps

16 YL6500 GC Modules Exceptional Sensitivity in Detectors Flame Ionization Detector - Maximum operating temperature : Automatic flame ignition - Temperature set-point : 1 - Ignition message: Alarm message as Flame out - MDL : 2.0 pg carbon/sec - Linear dynamic range : Temperature stability : ± Data acquisition rate : 200 Hz

17 YL6500 GC Modules Analysis condition -Column: Innowax, 30m x 0.32mm x 0.5um -Oven: 100 (5min) 4 /min 240 (10min) -Injector : 250 -Detector : 280 * Fatty Acid Methyl Esters Analysis by FID

18 YL6500 GC Modules Exceptional Sensitivity in Detectors Thermal Conductivity Detector - Maximum operating temperature : Flow through cell : 4 Rhenium-Tungsten filaments - Temperature set-point : 1 - Filament protection - MDL : 2.5 ng/ml - Micro-cell (Option) : μTCD (MDL < 400 pg/ml) - Data acquisition rate : 200 Hz

19 YL6500 GC Modules Analysis Condition Oven : 35 (5min) 10 /min 225 (5min) Column : Carboxen1000, 1/8", 15ft, 60/80 mesh Carrier gas : He, 25 ml/min Injector : 120°C Detector : TCD(120 ), Sens 6 Injection Volume : 1ml * Carboxen 1000 Analysis by TCD

20 YL6500 GC Modules Exceptional Sensitivity in Detectors Electron Capture Detector - Maximum operating temperature : MDL : 10 fg/sec - Dynamic Range : > Radionuclide(Estimated Content Activity) : Ni-63 (555 MBq)

21 YL6500 GC Modules * Residual pesticides Analysis by ECD Analysis Condition Column: HP-5 30m x 0.32mm x 0.25um Oven: 80 (2min) - 10 /min (8min) Injector: 280 Detector: 300, Make up gas: 40ml/min

22 YL6500 GC Modules Exceptional Sensitivity in Detectors Nitrogen Phosphorous Detector - Maximum operating temperature : MDL : <0.4 pg N/sec (Azobenzene) <0.2 pg P/sec (Malathion) - Dynamic Range for N : > Dynamic Range for P : > 10 4

23 YL6500 GC Modules Exceptional Sensitivity in Detectors Flame Photometric Detector - Maximum operating temperature : Minimum detection limit for S : < 20 pg S/sec - Minimum detection limit for P : < 0.5 pg P/sec - Dynamic Range for S : > Dynamic Range for P : > S/C Selectivity : P/C Selectivity : 10 6

24 YL6500 GC Modules Exceptional Sensitivity in Detectors Pulsed Discharge Detector - Maximum operating temperature : PDHID, PDECD mode is selectable - Helium ionization mode(PDHID) : Linearity – 10 5 MDL (organic compound : low ppb) (permanent gas : low ppm) - Electron capture mode(PDECD) : Linearity – 10 5 MDL – Dopant gas : 3% Xe in Helium

25 Specifications of YL6500GC VS A company YL6500GCA 7890A Max. Number of Heated Zones 107 Max. Number of Inlet32 Max. Number of Detectors33 (3 rd detector as TCD) Max. GC Methods Storage205 Max. Programming Ramp/Plateaus25/2620/21 Max. Channels of APC1816 FID MDL 2.0 pg carbon/sec as dodecane using N2 carrier 1.8 pg C/s (for tridecane) TCD MDL 2.5 ng/ml as dodecane μTCD : 0.4 ng/ml 0.4 ng tridecane/mL with He carrier ECD MDL <10 fg/sec as Lindane<6 fg/mL Lindane YL6500 GC Competition

26 Specifications of YL6500GC VS P company YL6500GCP Clarus 680 Max. Number of Heated Zones 10 Max. Number of Inlet32 Max. Number of Detectors32 Max. GC Methods Storage205 Max. Programming Ramp/Plateaus25/269/10 Max. Channels of APC1812 FID MDL 2.0 pg carbon/sec as dodecane using N2 carrier 3 pg C/s (for tridecane) TCD MDL 2.5 ng/ml as dodecane μTCD : 0.4 ng/ml 1000 ng/mL nonane ECD MDL <10 fg/sec as Lindane< 0.05 pg nitrogen YL6500 GC Competition


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