YOUNG LIN ACME 9000 HPLC

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YOUNG LIN ACME 9000 HPLC Young Lin Acme 9000 HPLC provides accuracy and precision required LC technology with 17 years experience and dedication in developing chromatography systems.

2 YOUNG LIN ACME 9000 HPLC Young Lin Acme 9000 HPLC provides accuracy and precision required LC technology with 17 years experience and dedication in developing chromatography systems. The Acme 9000 HPLC gives you the perfect solution for a wide range of applications-semi-prep and narrow bore applications as well as general analytical application. Young Lin softwares would be satisfied with user s demands by controlling the HPLC modules such as pumps, detectors, column oven and an autosampler. Also the sophisticated softwares ensure you data acquisition and management capabilities required to increase productivity. Vacuum Degasser & Mixer - Solvent mixer for low pressure gradient - Up to 4 solvents use available -Teflon AF degassing membrane -Effective vacuum degassing Gradient Pump -Excellent flow precision(< 0.1 %) -Wide range of flow rates( 49 ml/min) - Auto-flushing function - Built-in gradient controller UV/Vis Detector - Simultaneous dual wavelength detection - High speed wavelength scanning - Easy maintenance and use

Solutions for Liquid Chromatograph Young Lin supports the best analytical solution for a wide range of applications by delivering specific systems as your needs.

3 Solutions for Liquid Chromatograph Young Lin supports the best analytical solution for a wide range of applications by delivering specific systems as your needs. Autochro Satisfied with 21 CFR - Control of multi-system at the same time - No risks of data loss Cost Effective Valuable Flexible HPLC SYSTEM Autochro Easy control of system at low cost - Compatible with MS-Windows XP - Data acquisition in real time Autochro-GPC - Special software for polymer analysis - Simple and intuitive control Column Oven - Reliable analysis results with stable temperature control and programming - Easy installation of up to 30 cm columns - Safety function

A cme 9000 HPLC Analytical HPLC Young Lin Analytical HPLC consists of Gradient Pump has superior flow precision, wide flow range and auto-flushing function, UV/Vis Detector performs simultaneous dual

4 A cme 9000 HPLC Analytical HPLC Young Lin Analytical HPLC consists of Gradient Pump has superior flow precision, wide flow range and auto-flushing function, UV/Vis Detector performs simultaneous dual wavelength analysis, wavelength scanning and remote control function, Vacuum Degasser & Mixer is used to degas and mix with solvents for low pressure gradient, Column Oven ensures precise temperature control and complete safety function, Autochro series Data System provides full control of instruments, data acquisition and management. Young Lin Analytical HPLC provides optimized systems in low and high pressure gradient application as well as isocratic application for routine analysis. Stability Automatic compressibility compensation function of the Gradient Pump provides stable flow by minimizing pulse from interruption during piston moving or refilling cycle. Vacuum Degasser & Mixer ensures very accurate mixing and stable degassing rate. Also forced air heat exchange control of the column oven keeps column temperature stably during HPLC analysis, and RI effect compensation function of the Dual Wavelength Detector by minimizing noise and drift give you optimized analysis results as stable baseline. Sensitivity Young Lin Analytical HPLC system provides high detectable sensitivity through precise flow control, stable baseline and perfect excluding from outside environment Gradient Pump - Flow range : ml/min - Precision : 0.1 % at 1 ml/min - Accuracy : 1 % at 1 ml/min UV/Vis Detector - Wavelength range : nm - Spectral bandwidth : 5 nm - Dual Wavelength

Detector for biogenic amines(catecholamines), amino acid, vitamin, ions, etc.

5 4 5 Stability, Sensitivity, Selectivity Selectivity Young Lin Analytical HPLC can be configured by various type of detector for specific application as well as UV/VIS detector for routine analysis. We provide - RI Detector for sugar and polymer analysis - Fluorescence Detector for analysis of PAHS, cabamate pesticide, alfatoxin, etc - Conductivity Detector for ion analysis - Electro chemical Detector for biogenic amines(catecholamines), amino acid, vitamin, ions, etc. - Evaporative Light Scattering Detector Powerful Control Autochro softwares are 32-bit chromatograph data system which performs instrument control, data acquisition, data management and report generation on a PC. The software can perfectly control the system including autosampler, pump, column oven, etc. Autochro-3000 Autochro-3000 is the software that is 32 bit and fully compatible with fully compatible with MS Windows XP. It provides independent module to manage data (Analysis) and control instruments (System) for optimized analysis condition. Vacuum Degasser & Mixer - Max flow rate : 10 ml/min - Teflon AF degassing membrane - Vacuum degassing Column Oven - Forced air heat exchange control - Temp. range : ambient to 85 - Precision : Temperature ramping programming - Easy view of statistics and overlay - Satisfied with 21 CFR - Strengthened user authentication for data reliability - Control of multi-system at the same time - Various analysis method applications - No risks of data loss Autochro-2000 The Autochro-2000 consists of instrument controlling part, data acquisition part and Data handling part. - Sophisticated and intuitive user interface - Report generation by MS Excel and MS Word - Data acquisition from up to 4 channels - Connectivity of Young Lin HPLC, GC - Data acquisition for non-young Lin detectors with AD module

A cme 9000 HPLC Semi-prep HPLC Maximum flow rate : 49 ml/min, The best Choice for Preparation of samples Our Acme Semi-preparative HPLC, configured with Semi-prep Gradient Pump, Solvent Mixer,

01-49 ml/min - Operating Pressure : 3,500 psi Semi-prep UV/Vis Detector - Exterior valve control for sample Purify ug - 10 s mg ug - mg Column ID 3.9-30 mm 3.9-19 mm Fluid handling unit - Max.

6 A cme 9000 HPLC Semi-prep HPLC Maximum flow rate : 49 ml/min, The best Choice for Preparation of samples Our Acme Semi-preparative HPLC, configured with Semi-prep Gradient Pump, Solvent Mixer, Semi-prep UV/Vis Detector or RI Semi-prep Detector and Fraction collector provide preparation, separation and purification of up to milligrams samples Semi-prep Gradient Pump - Flow range : ml/min - Operating Pressure : 3,500 psi Semi-prep UV/Vis Detector - Exterior valve control for sample Purify ug - 10 s mg ug - mg Column ID mm mm Fluid handling unit - Max. Flow rate Acme Semi-prep - 49 ml Acme Analytical - 16 ml preparation and solvent recovery - Wavelength range : nm Path length : 3 mm, Cell volume : 5.3 ul FC203B Fraction Collector The FC 203B is a perfect compact fraction collector, capable of handling a wide variety of collection vessels, including microplates, vials and tubes. The built-in keypad makes set up with simple operation [Specification] Collection Modes : Manual, Time, Peak and time, Peak and drop Programmable Time Units : min per tube Multi Cycle Operation : Max. 99 cycles Multiple Column Collection : Simultaneous collection from up to 8 columns with installation of optional multiple column adaptor

7 6 7 Microbore HPLC Very convenient tool for the separation of Small Molecules in the Presence of Large Biomolecule HPLC analysis of small molecules contained with a protein matrix can be a difficult and time consuming task. The analysis often involves multi-step pretreatment procedures including centrifugation, extraction and filtration. Regis s RAM(Random Access Media) HPLC allows for the HPLC resolution of small molecules in the presence of much larger analytes without extensive sample pretreatment. With RAM direct injection HPLC columns, a variety of complex sample matrices can be injected directly, without sample clean-up, and drugs, drug metabolites, and other analytes can be separated and detected in minutes. RAM Direct Injection Advantages - Elimination of multiple sample pretreatment steps : Such as precipitation, centrifugation, solvent evaporation and residue dissolution steps. Simply filter samples and inject directly on to the column - Useful with a variety of sample matrices : Such as plasma, serum, whole blood, urine, plant and tissue extract - Compatibility with automated sample processing : Allows the use of automated HPLC system - Reduction of potentially dangerous sample handling : By elimination of multiple sample treatment steps - Reduction of bioharzardous waste : Compared with SPE sample preparation - The low cost solution : By simple sample preparation, just requires filtering Analysis Automation Our narrow bore HPLC with the RAM technology provides you with the best solution for automated separation of small molecules contained in the protein matrices. In the RAM column the smaller molecules are retained and concentrated, while most of the larger molecules are passed to waste. A stronger mobile phase is then used to elute the analytes onto a second column-often octadecylsilyl(ods)-where they are separated and analyzed. Recent column switching work involves the use of short RAM guard columns. The guard column is used to separate the analytes from the matrix before switching to an analytical column is an inexpensive and simpler alternative to Solid Phase Extraction(SPE). There are two RAM Direct Injection Technologies; - ISRP(Internal Surface Reverse Phase) such as GFF and GFF II for drugs, their metabolites and the resolution of peptides - SPS(Semi-Permeable Surface) such as Nitrile, Octyl C8, ODS C18 and Phenyl for analytical separation

A cme 9000 HPLC GPC system Acme GPC system can be used to determine average molecular weight and molecular weight distribution for polymers, rubbers, plastics and synthetic fibers.

As even a little error in measuring average molecular weight or molecular weight can impact the physical properties of final polymer products considerably, flow accuracy of pump and stability of RI

8 A cme 9000 HPLC GPC system Acme GPC system can be used to determine average molecular weight and molecular weight distribution for polymers, rubbers, plastics and synthetic fibers. It provides all the information necessary to identify physical properties of polymers. As even a little error in measuring average molecular weight or molecular weight can impact the physical properties of final polymer products considerably, flow accuracy of pump and stability of RI Detector are critical factors for reliable GPC analysis. Autochro-GPC work station adds simple and convenient control for Acme GPC system The RI Detector as the detector for Acme GPC system provides high sensitivity, stability and reproducibility of the analysis result. with sensing difference of physical properties between polymers in detail RI Detector - Optical system of RI Detector - - Detection method : Deflection - RI Range : 1.00 to 1.75 RIU - Typical flow rate : 0.2 ~ 3.0 ml/min - Noise : 1.3 x 10-8 RIU - Auto zero range : 40 x 10-5 RIU - Auto zero resolution : ~ 5 x RIU - Recorder output : 1 V - Linear dynamic range : 80 x 10-5 RIU - Drift rate : 8 x 10-8 RIU - Cell volume : 9 ul - Cell pressure : 6 kg/cm 2 (84 psi) - Volume into cell : 24 ul - Temperature control : 35 ~ 55 - Digital interface : RS-232C - Digital input : Purge, Auto Zero - Dimension : 297 x 198 x 495 mm(w x H x D) - Power Requirements : 110/ % V, 50/60 Hz

www.younglin.com 8 9 IC system Cation analysis by Acme IC system Acme IC system performs ion analysis quickly and accurately.

control by high performance pump - Very stable base line by suppressor during anion analysis - High sensitive detectors (conductivity Detector, Electrochemical Detector) Isocratic HPLC

Young Lin Isocratic system is the best solution for customers who operate analysis with single solvent in single wavelength detection from 190 to 600 nm.

9 8 9 IC system Cation analysis by Acme IC system Acme IC system performs ion analysis quickly and accurately. The system also ensures sensitivity and reproducible ion analysis at up to ppb concentration level for ion analysis - Modular design for the flexibility as your needs - Precise flow control by high performance pump - Very stable base line by suppressor during anion analysis - High sensitive detectors (conductivity Detector, Electrochemical Detector) Isocratic HPLC Isocratic HPLC is for simple analysis that needs no change in solvent composition with economic price. Young Lin Isocratic system is the best solution for customers who operate analysis with single solvent in single wavelength detection from 190 to 600 nm. Isocratic Pump - Stable flow rate and pressure - Head volume : 64 ul - Available flow rate range : ~ 1 0 ml/min - Flow rate Accuracy : 2 %(at 1.0 ml/min) - Flow rate Precision : 0.2 %(RSD) UV Detector - Wavelength Range : 190~600 nm - Spectral Bandwidth : < 8 nm - Wavelength Accuracy : 1.0 nm - Wavelength Reproducibility : 0.1 nm - Monochromator Type : Czerny-Turner Mount

A cme 9000 HPLC System Automation Young Lin offers autosamplers from Spark Holland, our Autosampler OEM manufacturer, for a variety of tasks, ranging from general HPLC needs up to dedicated solutions

- Basic Marathon Autosampler : designed specially for Quality Control HPLC - Midas Autosampler : with column oven, programmable injection volumes, reagent addition capability and sample tray cooling,

A wide range of sample vials can be used and peltier cooling is available for sample tray.

10 A cme 9000 HPLC System Automation Young Lin offers autosamplers from Spark Holland, our Autosampler OEM manufacturer, for a variety of tasks, ranging from general HPLC needs up to dedicated solutions for high sample throughput. - Basic Marathon Autosampler : designed specially for Quality Control HPLC - Midas Autosampler : with column oven, programmable injection volumes, reagent addition capability and sample tray cooling, Midas is an ideal autosampler for demanding routine analysis. - Triathlon Autosampler : with micro-sample handling, reagent addition and inert sampling with PEEK or fused silica needles. A wide range of sample vials can be used and peltier cooling is available for sample tray. Select one as variable functions, models, specifications Basic Marathon MIDAS Triathlon Sample capacity 96 vials 84 vials 96 vials(std) Methods Injection method Full loop Full / partial loop Full / partial loop Partial(optional) ul pick up ul pick up Injection volume ul ul ul Replicate injection Up to 9 Up to 9 Up to 9 Reproducibility RSD 0.5 % RSD 0.3 % RSD 0.3 % Memory effect < 0.2 % < 0.05 % < 0.01 % MIDAS Autosampler Manual Sample Injector The 316 stainless steel model 7725i and PEEK model 9725i are Rheodyne s most advanced manual sample injectors for analytical HPLC. Rheodyne manual sample injectors are also available for narrow bore, analytical and preparative scale analyses. Analytical Semi-prep Model 7725i 9725i 3725i i Materials 316SS PEEK 316SS PEEK Max. Pressure 7000 psi 5000 psi 5000 psi 4000 psi Max. Temperature Range of Loop Vol 80 2 ul - 5 ml 50 2 ul - 10 ml 50 2 ml - 20 ml 7725i Injector MX Semi-Automatic Switching Valve MX modules can be operated by push button, allowing them to function as a manual valves, or by contract closure for automated remote control. MX modules are also available in Analytical-Scale six-port and Ten-port switching valves with low dispersion. The MX modules are designed to increase productivity, expand laboratory capabilities, save time, and make life easier. MX series

www.younglin.com 10 11 Optimized HPLC Post-Column Derivatization system Pickering Laboratories, Inc.

11 Optimized HPLC Post-Column Derivatization system Pickering Laboratories, Inc., California, USA, a leading company of post-column derivatization chemistries and technology, has made a contract to supply the post-column derivatization system based on our Acme 9000 HPLC system. The PINNACLE PCX combined with Young Lin HPLC system offers the complete package of chemicals, columns, methods and post-column systems and reflects the ease of use, reliability and ruggedness you have come to expect. Applications - Powerful Software Control - Electronic Syringe Pump & Valve - Flexible Reactor - Column Heater Fast & Stable - Usability Design - Special Columns & Chemistries Aminoglycoside Antibiotics, Amino Acids, Biogenic Amines, Bromate, Carbamate Pesticides, Chromium VI, Formaldehyde, Glyphosate Herbicide, Guanidinos, Hexosamines, Mycotoxins, Paralytic Shellfish Toxins, Paraquat & Diquat, Polyphospates/Phosphonates, Polyether Antibiotics, Sulfa Drugs, Transition/Rare, Earth Metals, Vitamins B1, B6, and more Specifications of Pinnacle PCX series Reagent Pump - Pulse free syringe pump - Single piece ceramic barrel - Programmable flow rate - Flow range : ul/min - Automatic piston wash - Automatic reagent flush Reactor - Heated reactor : Easy replacement coil Thermal safety switch Column Heater - Temperature Programmable - Easy Column access Safeguards - In line check valve : prevent reagent back flow - Replaceable column & reagent filters - Post column system over pressure - Back pressure regulator : prevent detector noise Access to all components of the PINNACLE PCX is from the front of the instrument. All substitutions and installations can be performed by the user.

A cme 9000 HPLC Others Evaporative Light Scattering Detector(ELSD) The ZAM 3000 ELSD can detect any compound less volatile than the mobile phase to low nanogram levels as universal detector at an

$It is used to analyze components which do not have UV absorption, cannot be separated with an isocratic solvent and must use a gradient elution, which can t be used with a Refractive Index Detector.$ flow controller for the additional drying gas.

flow controller for the additional drying gas.

compressed air. The nitrogen gas is essential product to operate LC/MS or LC/MS/MS for saving cost and improving safety.

-Noise value : 46 db -N2 gas pressure : 0.

12 A cme 9000 HPLC Others Evaporative Light Scattering Detector(ELSD) The ZAM 3000 ELSD can detect any compound less volatile than the mobile phase to low nanogram levels as universal detector at an affordable price. It is used to analyze components which do not have UV absorption, cannot be separated with an isocratic solvent and must use a gradient elution, which can t be used with a Refractive Index Detector. Light Source : LED Detector : Photomultiplier Temperature Range : Ambient to 70 Gas Flow for Nebulizer : 1 L/min Gas Flow for additional rotatory Drying Gas : 2 L/min Gas Flow controlls : - Built-in flow controller for the additional drying gas. - EPC (Electronic Pressure Control) for the Nebulizationgas - Instrument Control : Keyboard and RS232 Nitrogen Generator for LC-MS The nitrogen generator produces high purity nitrogen gas from compressed air. The nitrogen gas is essential product to operate LC/MS or LC/MS/MS for saving cost and improving safety. [AT Series Nitrogen Generator] -Oil free compressor built-in - Drain processing needlessness - Maintenance Free - Five-kind filter built-in -N2 gas mass flow : 16 L/min -N2 gas concentration : 99 % -Noise value : 46 db -N2 gas pressure : 0.69 MPa In line Degasser - High Efficiency Degassing - Continuous Monitoring for Leaks and Errors - Smallest Foot Print Available - Quiet, Long-Life Operation - Two and Four Channel Models Electrochemical Detector DECADE II ECD is a detector for HPLC applied to variable analyses biogenicamines, phenols, vitamins, DNA adducts, inorganic ions and amino acids. Sensitive : strongly improved noise suppression by ADF Accurate : integrated, shielded column/flow cell oven Flexible : time-based, full parametric control Versatile : dual flow cell control [Application] -Toxicology : Overdose monitoring -Diagnostics : Catecholamine / Homocysteine -Pharmaceutical : Drug Discovery / Micro Dialysis - Environmental : Phenols / Pesticides -Food : Carbohydrates Radio-HPLC Detector [Special Detector for Radioisotope Analysis] The most important use of radioisotopes in bio-medical research is to label compounds so that quantities too small for chemical analysis can be traced through biological processes. The B Ram and r Ram Detectorcan use to detect very small quantities by labeling compounds. - RAM detector - RAM detector

www.younglin.com 12 13 Fluorescence Detector The detector is a highly sensitive,scanning fluorescence detector forliquid chromatography.

$- Optical design Dual monochromators using concave holographic diffraction gratings; stepper-motor driven - Wavelength range 200 to 650 nm excitation and emission; 200 to 800 nm emission with$ spectro-photometer based on diode array technology] The Smartline UV Detector 2600 can simultaneously measure at up to four freely programmable detection channels with high sensitivity and

spectro-photometer based on diode array technology] The Smartline UV Detector 2600 can simultaneously measure at up to four freely programmable detection channels with high sensitivity and

13 Fluorescence Detector The detector is a highly sensitive,scanning fluorescence detector forliquid chromatography. It providesexceptional optical performance and operational flexibility for routine and trace analyses. - Optical design Dual monochromators using concave holographic diffraction gratings; stepper-motor driven - Wavelength range 200 to 650 nm excitation and emission; 200 to 800 nm emission with optional extendedrange(red-sensitive) PMT - 4 user files protected in nonvolatile memory, Spectral scanning(automatic or manual; 100 steps per second) Smartline UV Detector 2600 [ Multi-wavelength spectro-photometer based on diode array technology] The Smartline UV Detector 2600 can simultaneously measure at up to four freely programmable detection channels with high sensitivity and continuously record spectra in a selectable scan-range. With the level and event outputs, it is even possible to set up software-independent solvent recycling by just adding a 3-port solenoid valve. Diode Array : 256 diodes (1.25 nm /diode) Wavelength Range / Channels : nm / 4 (data recording) Light Source : deuterium Wavelength Accuracy / Bandwidth : 1 nm (254 nm) / 4-25 nm (selectable) Spectra Scan : max. 10 scans per second Noise / Drift (ASTM E ) : 1x10-5 AU /h 5x10-4 AU/h Programming : max. 20 programs Vector PCX Post-Column Derivatization Instrument [ SIGNIFICANT SAVINGS AND DEPENDABLE, UNPARALLELED ACCURACY] Low-pulsation metering pumps and state of the art flow conditioners provide cleaner readings than other post-column systems, allowing the consistent detection of low concentrations of analytes with extreme specificity and the highest degree of sensitivity, stability and reproducibility. No computer required for operation Positive displacement reciprocating pumps State of the art pulse dampening system Precision heated reactor Software-controlled pump flow rates Low pulsation precision metering pumps Basic Marathon [ Cost effective autosampler with great performance] Many samples require refrigeration to keep them stable and many lab's require instruments with a small footprint because bench space is expensive. The BasicMarathon offers both. The compact size of the standard unit remains unchanged when the thermo-electric (Peltier) cooling device is installed inside its cabinet. With 96 vial capacity and vial volume up to 5 ul this autosampler is really a small giant. Precision : flushed loop injections: RSD < 0.5 %, partial loop-filling : RSD < 1 % Carry over : < 0.2 %, using wash between injections. Replicate injections : Up to 9 Tray capacity : Standard : 96 vials of 1.8 ml, in 4 removable segments

A cme 9000 HPLC Specifications Gradient Pump - Selectable - Model Pump Head Volume Flow Range(ml/min) Operation Pressure (psi) In-line Filter(micron) Flow Path material Narrow Bore 25 ul x 2 0.

14 A cme 9000 HPLC Specifications Gradient Pump - Selectable - Model Pump Head Volume Flow Range(ml/min) Operation Pressure (psi) In-line Filter(micron) Flow Path material Narrow Bore 25 ul x ~ ,000 2 PEEK Sapphire Zirconium Analytical Semi-prep 64 ul x ul x ~ ~ 49 6,000 3, SUS316, Sapphire Zirconium [Specification] - Solvent delivery mode : Ultra-stable dual reciprocating parallel pistons - Flow precision : 0.1% RSD - Flow accuracy : 1% - Pressure pulsation : 1% Amplitude at 1 ml/min - Constant Pressure Mode - Compressibility compensation : Automatic - Master & slave function for High pressure gradient - GLP Feature : Elapsed Time, Delivery Volume, Viscosity, Ratio, Pressure, Flow Rate, Composition - Control Mode : Isocratic, Constant Pressure, Gradient, Slave - Control and Communication : RS - 232C - Low Pressure Gradient : up to 4 Solvents - High Pressure Gradient : up to 3 Solvents - Composition Precision : < 0.1 % - Composition Accuracy : < 0.5 % - System Volume for High Pressure : 0.8 ~ 1.1 ml - System Volume for Low Pressure : 0.5 ~ 1.0 ml - 40 Gradient and Event Programs Store - Event Control : Gradient Table, Event Table, TTL and Solenoid Switch 1 ~ 3, Pressure Out,Composition Out, Alarm, Gradient Table Chain - Gradient Profiles with Linear, Step and Exponential - Automatic plunger wash and flushing - Prime/purge - Display : 2 lines, 20 characters LCD - Dimensions : 297(W) x 198(H) x 495(D) mm - Power Requirements : 110/220 V, 50/60 Hz Vacuum Degasser & Mixer - Max. Flow Rate : 10 ml/min per channel - Degassing Channel Tubing : Teflon AF degassing membrane - Degassing Channel Pressure Rate : 70 PSIG(testing pressure) - Vacuum Wetted Materials : Teflon AF, Peek, Class-filled PTFE - Valve electrical specification : DC 12 V, 2.5 W, 211 ma, F - Valve module leak rate : < 1 x 10-6 cc/sec Helium ATM - Power requirements : AC 220 V, 50/60 Hz, 25 W - Dimensions : 297 x 135 x 495 mm (W x H x D)

www.younglin.com 14 15 UV/ Vis Detector - Selectable - Model Path Length(mm) Cell Volume (ul) Tubing (ID) Cell Pressure(psi) Flow Path Material Narrow Bore 5 6 0.

15 UV/ Vis Detector - Selectable - Model Path Length(mm) Cell Volume (ul) Tubing (ID) Cell Pressure(psi) Flow Path Material Narrow Bore > 1,500 PEEK Teflon Sapphire Analytical Semi-prep > 1,500 > 1,000 SUS316 Teflon Zirconium [Specification] - Wavelength range : nm - Spectral bandwidth : 5 nm - Wavelength Accuracy : 1 nm - Wavelength Precision : 0.1 nm - Monochromator type : Czerny-Tuner Mount (Blazed Holographic Grating) - Baseline noise : < 2 x 10-5 AU at 254 nm - Baseline drift : < 2 x 10-4 AU at 254 nm - Linearity : > 99.5 % at 1.0 AU (acetone, 254 nm) - Simultaneous dual wavelength detection with two lamps (Deuterium lamp, 2,000 hrs life, 0.5 mm Arc and tungsten lamp used) - Attenuation : 0.5 x Time Constant : 0.1 to 9.9 sec - Flow cell type : Cone type, 10 ul cell volume - Display : 2 Lines x 20 Characters - Dimension : 297(W) x 198(H) x 495(D) mm - Power Requirements : 110/220 V, 50/60 Hz Column Oven - Wide Temperature Range : Ambient to 85 - Accuracy : Temperature Heating Rate : 7 /min - Stability : Temperature Programs : 20 files / 40 steps - LCD display : current and setup temperature, error, elapsed time, 16 characters x 2 lines - Safety function : Upper temperature limit, leak sensor, flammable gas sensor, Over-heat protection, Lower temperature limit, Alarm for oven door opening. - Total installable column : up to 30 cm and 4 columns - Dimension : 210 x 550 x 415 mm (W x H x D) - Power Requirements : AC 110/220 V, 50/60 Hz, 3A

16 These products are manufactured by Young Lin ISO 9001-certified facility that is periodically audited by the registering body to ensure compliance Publication No.: YL-MKT-040 Date: November Hogye-dong, dongan-gu, Anyang, Kyounggi, , Korea TEL: FAX : younglin@younglin.com Homepage :

ION CHROMATOGRAPHY SYSTEM S 150

ION CHROMATOGRAPHY SYSTEM S 150 WATER ANALYSIS ENVIRONMENTAL ANALYSIS ANION & CATION ANALYSIS ION CHROMATOGRAPHY IIon Chromatography is an analytical separation technique based on ionic interactions. Dissolved