Reliability, Simplicity & Affordability!
7820A GC System Key Features New 7693A ALS with 16 vial capacity Detectors include Full EPC from inlets to detectors ECD, NPD, TCD, and FID. Large oven for dual column operation Ezchrom Elite Compact Software Control New generation architecture for proven reliability/quality Simplified display and keys Page 2 March 2009
Who are the Target Customers? Typical 7820A customers can be found across all industries: Budget limited Routine testing typically with local (non international) methods (QA/QC) Not a high throughput lab Generally small to medium size organizations Government testing labs at local district level Need basic GC functionality with just good enough performance Page 3
7820A GC System Overall Features TCD FID Cap Split/splitless Purge Packed ECD Inlet w/epc Detector w/epc Valve Control and data handling Flexible configuration, two channels system 7820A GC system Installation, Familiarization Service Self installation Analog output Column and consumables LAN Consumables Kits 1 Checkout Column Technical support Page 4 NPD EZChrom Elite Compact Software Keypad
7820A Highlighted Features Full EPC Control from Inlet to Detector New ALS with 16 Sample Vials Intuitive and Innovative User Interface Powerful and Escalable EzChrom Compact Software Agilent Quality 7820A Consumable Kits with Excellent Value
Agilent 7820A GC Highlighted Feature All GC gas flows electronically controlled Older Manual Pneumatic System Page 6
EPC Benefits Ease of use No need for bubble meter and stop watch for setting gas flows. For switching between methods, the gas flows are saved with the method. This includes inlets and detectors. Better Quality Data EPC technology allows better retention time and peak area repeatability from run to run. Page 7
Agilent 7820A GC Highlighted Feature New 16 vial Automatic Liquid Sampler Benefits More accurate result over manual injections Automation; possible to have sample analyzed overnight without adding night shift Less training for new operators Page 8
Agilent 7820A GC Highlighted Feature Specially designed GC user interface Benefits 7820 s user interface has been simplified, minimizing the chance of operator error. Complex keypad has been reduced to 5 buttons. 7820 s display shows instrument s status in English or Chinese Temperature zones, flows, pressures, signals, run times 7820 indicator lights show the instrument s working status: running, error, not ready; Page 9
7820A GC User Interface Five key Interface Software keypad Page 10
Software Keypad Same functions as a GC keypad Displays GC actual and setpoint Necessary for GC method creation and control when customer uses integrator or 3rd party data processing software. Page 11
7820A Ease of use Dedicatedly designed user interface with only five keys which are most used, minimized operation error. Easy to learn, easy to use. Technician level customer could use software or software keypad to control instrument, set up methods and conduct daily maintenance. Operating level customer could reply on the easy to use simplified instrument user interface to conduction daily operation.
Power and Scalable Instrument Control and Data Handling System
EZChrom Elite Compact Software A low cost subset of EZChrom Elite Workstation Optional with 7820 GC Hardware Localized for Chinese and Japanese Markets Supports 2 7820A GC systems or a 7820A GC and a 1120 HPLC Compliance functionality available as an option Upgradable to EZChrom Elite Workstation Page 14
EZChrom Elite Compact Software Configuration Controls up to Two instruments per workstation (1120 LC or 7820 GC) Page 15
EZChrom Elite Compact Scalability Scalable member of the Lab Informatics Portfolio Upgradable as your lab grows. Your data methods and reports are all readable across all members of the product line Same user interface no re training needed Page 16
EZChrom Elite Compact Software View Instrument Status, current data and Run Queue on a single screen Auto increment of sample ID and Autosampler Vial Number Reports generated automatically Page 17
Standard Reports in EZChrom Elite Compact Predefined Reports in one mouse click Use Pre installed reports or add your own Ease of Use Page 18
Agilent Quality
Quality Programs and Certifications Typical Agilent GCs go through 3,600 hours of quality testing and 26,000 hours of life testing during development. These products must pass over 150 quality production inspections and 58 rigorous safety tests. These tests cover electrical, fire mechanical, chemical, fluid pressure, acoustic, and explosive hazards. Page 20
Agilent quality Build in design 7820 GC passed 58 rigorous quality tests that cover electrical, fire, mechanical, chemical, fluid pressure, and explosive hazards 50g shock test Explosion test
Agilent quality Build in design Radiated Emission Package Test Vibration Test Temperature and Humidity Test
Agilent quality Control process ensure that 7820 works and keeps working 7820 GC pass over 150 quality production inspections. And they are shipped with a specially designed checkout sample so performance can be verified after installation Continuous process improvement and advanced quality tools are used in production, such as Six sigma, Lean. 23 2009 6 25
Agilent Ensures of Value and Quality Instruments designed and built for long life Fully staffed quality engineers and furnished testing labs at four sites International standards and certifications Design for reliability, and supportability There is extensive support Number of service engineers and depth of training Web resources Applications chemists Local and internet seminars Breadth of services 10 year value promise Factors not reflected in specifications! Page 24
Excellent Value of 7820A Consumables Kits 5 different kits! Optimized to increase 7820A GC s performance and to reduce maintenance downtime. 30% discount over list price Page 25
Agilent 7820 GC, your easy choice Full EPC from Inlet to Detector New ALS with 16 Sample Vials Intuitive and Innovative User Interface Powerful and Escalable EzChrom Compact Software Agilent Quality ensures 7820A Consumable Kits with Excellent Value
7820 Application By Wang Chunxiao & Liu Wenmin
Application Aromatic Solvent Purity Analysis Organochlorine pesticides in drinking water analysis Page 28
Application Highlights HPI Aromatic solvent purity analysis An easy to use, single column method for aromatic solvent purity analysis that meets the requirements of ten separate ASTM methods EPC control and automatic injection ensures excellent repeatability for Retention time & peak area. FID s wide dynamic range enables a quantitative analysis of samples containing both very high & low concentrations in a single run Page 29
Unified of Aromatic Solvent Analysis 1 heptane 2 cyclohexane 3 octane 4 nonane 5 bezene 6 decane 7 toluene 8 undecane 9 ethylbenzene 10 p xylene 11 m xylene 12 cumene 13 dodecane 14 o xylene 15 propybenzene 16 p ethyltoluene 17 m ethyltoluene 18 t butylbenzene 19 s butybenzene 20 styene 21 tridecane 22 diethylbenzene 23 n butylbenzene 24 a methylstyrene 25 phenyacetylene pa Separation of 25 compounds analyzed by the ten ASTM aromatics methods listed Sample size: 0.5uL, Split ratio: 100:1 Oven temperature program:75 C (10 min); 3 C/min to 100 C, 10 C/min to 145 C Chromatographic overlay of 11 runs shows outstanding repeatability Min Page 30
Trace Impurities in Benzene Analysis >99% benzene is still visible without exceeding the instrumental dynamic range if drawn to full scale Sample size: 0.5uL, Split ratio:30:1 Oven temperature program: 75 C (10 min); 3 C/min to 100 C Quantitative analysis of samples containing both very high and very low concentrations in a single run Page 31
Trace Impurities in Benzene Analysis RSD% Cyclohexane Nonane Bezene Toluene 1,4-dioxane Ethylbenzene Peak Area Mean 430588.36 861794.27 900519436 590497.3 56348.45 688515.09 %RSD 1.59 1.66 1.66 1.59 1.49 1.61 Retention Time Mean 3.562 4.504 5.370 7.398 8.006 10.564 %RSD 0.02 0.03 0.02 0.01 0.02 0.01 Excellent repeatability for both peak area and RT thanks to EPC C control and automatic injection
7820A FID Wide Linear Dynamic Range 1.00E+08 Response Factor 1.00E+07 1.00E+06 1.00E+05 1.00E+04 1E-09 1E-08 1E-07 1E-06 1E-05 0.0001 0.001 0.01 0.1 Mass(g) 空气 H2 + 尾吹气 喷嘴 Benefit: (high and low concentrations coexisting in the sample) No longer needs either external or internal standard method, easy touse Area Normalization method will help generate the same good quality of data No need to change scale, all compound tested in one sample injection Page 33
Application Highlights Environmental Organochlorine pesticides in drinking water analysis μecd s provides high sensitivity and selectivity for organochlorine pesticides analysis. Meets the rugged related regulation across borders. Using Nitrogen as the carrier gas tremendously saves cost compared with helium ALS and EPC ensure good repeatability and ease of use. Page 34
Organochlorine Pesticides Standard Analysis 1. α BHC 2. Lindane 3. β BHC 4. δ BHC 5. p,p DDE 6. o,p DDT 7. p,p DDD 8. p,p DDT Hz 160 155 150 145 140 135 130 125 1 1 2 2 3 3 4 4 0.5 μg/l (0.5 ppb) pesticides standard Sample size: 1uL, Splitless Oven temperature program: 50 C (3 min); 30 C/min to 210 C (30min) μecd s s high sensitivity ensures the trace organochlorine pesticides analysis a at 0.5 μg/l with good S/N 5 5 12 14 16 18 20 Minutes 22 24 26 28 30 Min 6 6 7 7 8 8 Page 35
Organochlorine Pesticides in Drinking Water Analysis 1. α BHC 2. Lindane 3. β BHC 4. δ BHC Hz 2000 1800 1600 1400 1200 1 10 ppb pesticides spiked drinking water 2 5. p,p DDE 6. o,p DDT 7. p,p DDD 8. p,p DDT 1000 800 600 400 200 μecd s s high sensitivity and selectivity ensures the trace organochlorine pesticides in real sample. 3 4 5 6 7 8 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 Sample size: 1uL, Splitless Oven temperature program: 50 C (3 min); 30 C/min to 210 C (30min) Min Page 36
Organochlorine Pesticides Aanalysis linearity Peak Compounds Linear Corresponding No. range(ppb) Coefficient ( R 2 ) 1 α-bhc 0.5-500 0.9998 2 β-bhc 0.5-500 0.9998 3 lindane 0.5-500 1 4 δ-bhc 0.5-500 0.9996 5 p,p -DDE 1-500 0.9998 6 o,p -DDT 1-500 0.9998 7 p,p -DDD 0.5-500 0.9999 8 p,p-ddt 0.5-500 0.9993 Unique turbulent mixing and electrical design offer wide linear response range for μecd
Summary Reliable, ease of use but cost saving solution is 7820A GC customer s need Excellent reliability, high sensitivity, wide dynamic range and costsaving solution is demonstrated in two application examples HPI down stream, food safety, and environmental are 7820A GC target industries 7820 is the easy choice for your routine analysis