Transcription
Agilent LC Capillary Supplies Selection GuideConfidently buildhigh performanCe ConneCtionsfrom raw sample to analytiCal result
Your LC system’s components are onlyas reliable as the connections between themThink of your LC system as a chain from analyte to pump to column to detector to waste. Everylink must operate at maximum efficiency, or the whole chain risks failure – compromising your results.agilent lC capillaries:your link to analytical successAt Agilent, we invest heavily in the quality of our capillary connections. All are engineered andmanufactured to the same quality standards as our columns and instruments, so you can protectthe integrity of your results at every step of your LC flow path.Using our flexible stainless steel and polymer capillaries and fittings can provide:Agilent’s unique laser welding process ensures thatthe capillary ends are absolutely flat, eliminatingany chance of capillary-induced dead volume. Tight, leak-free connections Zero dead volume connections An inert surface (when using polymer or PEEK/stainless steel bio-inert capillaries) High flexibility without sacrificing durability Easy cutting to the exact length you need (PEEK tubing) Predefined lengths for specific flow path locations (capillaries)In addition, all Agilent capillaries are precision cut with square ends, are burr-free, have noinner-diameter distortion, and come in a variety of materials to suit your needs.To learn more about Agilent LC capillary supplies, or to order now, visitwww.agilent.com/chem/lCcapillaries2
table of contentsFast LC capillaries and connections.4Agilent 1200 and 1100 Prep LC Systems .15Information on capillary description and color coding.7Agilent miscellaneous capillaries.16Capillaries materials.8Agilent 1260 Bio-inert LC System .19Capillaries for routine applications .10Agilent 1200 and 1100 Micro Nano LC Systems.20Fittings overview.11Agilent Loop Capillaries .21Capillaries ordering information .12Agilent 1220/1120 Infinity Series LC Systems .22Agilent 1260/1200/1100 Infinity Series LC Systems.12Agilent capillaries and fitting kits.23Agilent 1290 Infinity Series LC Systems.13LC Capillary Tubing ordering information .23Agilent 1290 valve head.14Tips and tools .32engineering of agilent CapillariesThe same professional engineers in our LC manufacturing facility in Germany who design our industry-leading LC instruments, also playa critical role in developing capillaries and fittings for your instrument. Their attention to detail helps you to get the best performance possiblefor your applications.Our LC manufacturing tools – like high-end, special laser-cutting machines – result in completely tight, smooth and perfect-cut capillaries.Our broad selection of capillaries is made only from the highest-quality materials and will meet any of your application needs.Avoid chromatographic issues – like peak broadening and system leaks – by choosing Agilent’s selection of premium capillaries.Agilent is committed to Fast LC and high-productivity performance, together with accurate quantitation.advantages for bio Capillaries laser-welded capillary tip for precise capillary cut metal-free connection for all HPLC applications peeK and stainless steel design allows you to exceed typical pressure limit reachedwith conventional polymer.To learn more about Agilent LC capillary supplies, or to order now, visitwww.agilent.com/chem/lCcapillaries3
Fast LC capillaries and connectionsFast LC performance comes from the right instruments,columns and connectionsEveryone’s looking for increased throughput these days.The Agilent 1200 Infinity Series LC Systems give you UHPLCperformance at every price range, whether you need a“workhorse” LC system for routine analysis or a sophisticated,high resolution LC/MS system.the 1200 infinity series arms you with the tools forhigh performance fast lC. here, we'll provide someadditional tips about how to get the most from yourfast lC instruments and columns.optimizing your instrument for fast lC performancePair your UHPLC instrument with an Agilent Fast LC Column – ZORBAX Rapid Resolution HighDefinition (RRHD), 1.8 µm, stable to 1200 bar, ZORBAX Rapid Resolution High Throughput (RRHT),1.8 µm or Poroshell 120 superficially porous columns for high efficiency performance up to 600 bar.You’ll get the best performance from your high efficiency column when you ensure your system isoptimized for a Fast LC Column: Minimize extra-column volume by selecting the right length capillaries for your connections,and by using the most narrow diameter tubing that you can for your application.Capillaries with 0.12 mm id (red)are recommended capillaries forthe 1200 Infinity Series Make sure your data collection rate is optimized for your Fast LC column – set the detector tothe fastest setting, then to the second fastest setting and evaluate if the resolution is different. Use a semi-micro flow cell or micro-flow cell: The standard flow cells on older instruments maydiminish the performance you can achieve with your Fast LC column. Smaller volume flow cellssuch as the semi-micro (6 mm/5 µL), micro (3 mm/2 µL), or newer DAD cartridge flow cells(e.g. Ultra-Low Dispersion Max-Light Flow Cell, see next page) are recommended forhighest resolution.To learn more about Agilent LC capillary supplies, or to order now, visitwww.agilent.com/chem/lCcapillaries4
Fast LC capillaries and connectionsImprove your Ultra-Fast LC results with ZORBAX RRHDcolumns and ultra-low dispersion capillariesThe 1290 Infinity LC operates up to 1200 bar, providing premium UHPLC capabilities – more power,more sensitivity, more flexibility for your analyses. Agilent ZORBAX Rapid Resolution High Definition(RRHD) columns are recommended to use on the 1290 Infinity LC, due to their 1200 bar stability.This offers you greater flexibility with solvent selection and flow rates. And, with more than17 phases, including HILIC and 300Å configurations for protein analysis, you have many optionsto refine your separation.To optimize the performance of your 1290 Infinity LC, be sure to pair the right flow cell with yourcolumn. The universal Agilent Max-Light Cartridge Standard Cell with 10 mm optical path lengthand a dispersion volume of V(s) 1.0 µL is a good choice for most applications on 2.1 mm,3 mm and 4.6 mm id columns. For highest sensitivity on 3.0 and 4.6 mm id columns, use the 60 mm high sensitivity,V(s) 4.0 µL Max-Light Cartridge Cell (p/n G4212-60007) Optimal column performance for narrow columns is obtained with Agilent Ultra-Low DispersionCapillaries, 0.08 mm id (p/n 5067-5189) and the Agilent Ultra-Low Dispersion Max-LightCartridge Flow Cell , V(s) 0.6 µL (p/n G4212-60038).ultra-low dispersion enhances uhplC performancedefault agilent 1290 infinity lC system,9.7 µl extra-column volumeColumn:ZorbaX rrhd eclipse plus C182.1 x 50 mm, 1.8 µm959757-902 1021MobilePhase:A: H20B: CH3CNIsocratic:0.4 mL/min60% BInjection:1.0 µLTCC:26 CDAD:Sig 254, 4 nm; Ref OffPressure 230 barRs5,6 2.36N4 5450N8 9714N9 100680.80.60.40.20optimized agilent 1290 infinity lC system,3.9 µl extra-column volumeSample:1. Thiourea (v0 marker)2. Acetanilide 10213. AcetophenonePressure 240 barRs5,6 2.7818% increaseN4 763040% increase15% increaseN8 11196N9 109679% increase0.80.60.44. Propiophenone5. Butyrophenone6. Benzophenone7. Valerophenone0.28. Hexanophenone09. 5.66Response units (%) versus acquisition time (min)See Agilent pub. no. 5990-9502EN "Ultra-low dispersion optimizes performance of small dimension LC columns" for more details.510. Octanophenone
Fast LC capillaries and connectionsAgilent lC rack can help you reduce capillary lengths –and minimize extra-column volumeWhile the 1290 Infinity LC System is traditionally stacked with the binary pump on the bottom due to its weight, usingan Agilent LC system rack (p/n 5001-3726) allows the pump to be safely located at the top of the stack (see illustration).This permits use of the shortest possible capillaries. A shorter 220-mm length capillary connects the autosampler valveto the column inlet (as compared to 340 mm in the default configuration) and the same length capillary, 220 mm, is usedto connect the column outlet to the detector flow cell. The result is a 60% reduction in extra-column volume from thedefault 1290 configuration (9.7 µL) to the optimized configuration (3.9 µL).Recommended HPLC Stack Configurationagilent 1290 infinity lC system:with lC system rack and ultra-lowdipersion optimizationsagilent 1290 infinity lC system:default staking and capillarytubing configurationNeedle Seat Capillary:0.11 x 100 mm 0.9 µLALSTCC Capillary:0.08 x 220 mm 1.1 µLSolvent TrayNeedle Seat capillary:0.12 x 100 mm 1.1 µLSolvent TrayDiode Array DetectorFlow CellColumn CompartmentTCC DAD capillaryAutosamplerNeedleseatcapillaryBinary PumpALS TCCcapillaryBinary PumpALSTCC capillary0.12 x 340 mm 3.8 µLTCCDAD Capillary:0.08 x 220 mm 1.1 µLTCCDAD Capillary:0.12 x 220 mm 2.5 µLAutosamplerNeedleseatcapillaryFlow Cell V(s)1.0 µL 2.3 µLtotal extra-column volume 9.7 µlVolume of 2.1 x 50 mm column 172.3 µLVoid volume of column 103.9 µLALS TCCcapillaryVolume of 2.1 x 50 mm column 172.3 µLVoid Volume of Column 103.9 µLColumn CompartmentTCCDAD capillarypercent extra-column Volume 9.3%Diode Array Detector60% reductionin extra-column volumeFlow Cell6Flow Cell V(s)0.6 µL 0.8 µLtotal extra-column volume 3.9 µlpercent extra-column volume 3.7%
Fast LC capillaries and connectionssyntax for capillary descriptionThe tables below will be your guide to identifying the proper specifications for your capillary. On all capillaries, dimensions are noted in id (mm),length (mm) and where applicable, volume (µL). When you receive your capillary, these abbreviations are printed on the packaging.using the guide: This fitting is coded as "SPF", for Swagelok, PEEK, Fingertight.materialtypefitting left/fitting illaryConnection capillariesSSStainless steelWSwagelok 0.8 mm Port idLoopSeatTubeHeatexchangerLoop capillariesAutosampler needle seatsTubingHeat ed fused silica*Stainless steel-coated PEEK**PTFEFused silicaSMEULXHGNFVBSwagelok 1.6 mm Port idMetric M4 0.8 mm Port idMetric M3 1.6 mm Port idSwagelok unionLongExtra longLong headSmall head SW 4 mmSmall head SW 5 mmFinger-tight1200 barBioPPEEK*Fused silica in contact with solvent**PEEK in contact with solventThe type gives some indication on the primary function, like a loop or a connection capillary.The material indicates which raw material is used.The fitting left/right indicate which fitting is used on both ends of the capillary.at-a-glance color-coding keysThe color of your capillary will help youquickly identify the capillary id – see thechart to the right for reference.Color-coding key for agilent capillary tubinginternal diameter in mmColor rple0.12Red0.17Green0.20/0.25Blue0.3Grey0.50Bone Whitetip: As you move to smaller-volume, high efficiency columns, you’ll want to use narrow id tubing,as opposed to the wider id tubing used for conventional HPLC instruments.7
Capillaries materialsagilent capillary supplies are made froma variety of top-quality materialsto suit your lab’s every needstainless steel: good resistance to pitting corrosionStainless steel is ideal for most standard applications – except where bio-inertness is required, inwhich case we recommend PEEK-lined or Bio-inert titanium capillaries. Agilent’s 0.6 mm od flexiblegrade 316L stainless steel capillaries (chrome/nickel/molybdenum bearing grade) are also mucheasier to handle than conventional, rigid 1.6 mm od capillaries.titanium: high inertness for biological applicationsAnalyzing metal-sensitive proteins and biotherapeutics presents challenging solvent conditions forLC instruments. In addition, bio-molecules tend to bind non-specifically to surfaces. For thesereasons, bio-inert titanium is the best choice for these applications. Titanium is biocompatible,making Bio-inert Titan capillaries perfect for applications where bio-inertness is paramount.8
Capillaries materialsstainless steel-coated peeK:high-pressure bio-inertness and robustnessIn bio-chromatography, capillaries and connectors should be inert to ensure the lowest interactionwith protein samples. They must also be highly robust to withstand harsh cleaning procedures.Unfortunately, metal-free PEEK capillaries can only withstand pressures of up to 200 bar in athermostatically controlled cabinet with acetonitrile; even then, flexibility is compromised. To meetthe growing need for bio-inertness, robustness, and higher operating pressures, Agilent hasengineered a bio-inert PEEK liner clad with high-strength stainless steel to withstand pressures ofat least 600 bar. This same technology is used in Agilent capillary fittings – giving you a strong,metal-free, capillary/connector flow path for bio-inert applications.peeK-coated fused silica: rugged and pliableSince their introduction in the early 1980s, fused silica capillaries have become the industry standardfor many GC and LC applications – as well as capillary electrophoresis. Agilent fused-silica capillariesare made from high-purity silicon dioxide, and coated with PEEK for strength, durability, and pliability.peeK: durable and abrasion-resistantAgilent PEEK capillaries are best for standard and bio-inert applications. PEEK (polyetheretherketone)is a thermoplastic polymer that resists mechanical and solvent damage, even at high temperatures.Because it is less vulnerable to corrosion than stainless steel, PEEK can be used in place of stainlesssteel when the capillary’s external diameter is 1/16 in or less. It also resists abrasion, making it anexcellent coating for fused silica capillaries. tip: Use our color-coded PEEK fittings to track inlets andoutlets of valves, columns, and detectors.To learn more about Agilent LC capillary supplies, or to order now, visitwww.agilent.com/chem/lCcapillaries9
Capillaries for routine applicationsagilent capillaries for routine applicationsinternaldiameter(mm)pressurelimit 4ü Where ultimate bio-inertnessis essential0.170.616001-14Stainless-steel-coated PEEKü Universal for standardand bio-inert applicationsü UHPLC bio-inert applications0.1712001-14ü Metal-free flow pathü Robustü Flexibleü Resists corrosion better thanstainless steelPEEK-coated fused silicaü Industry standard for mostLC applications0.0250.0500.0750.1000.1256901-10ü Mechanically strongü Consistent, rigid flow pathü Ideal replacement forstainless steelü To avoid permanent tube damage,always usepre-cut lengthsPEEKü Most HPLC applications0.130.180.250.50480*200**1-14ü Smooth internal surfaceminimizes turbulencefor improved resolutionü Flexible, easily cut to lengthü Use with PEEK orstainless steel fittingsü Excellent solvent compatibilityCategoryapplicationsStainless steelü All capillary applications, exceptwhere bio-inertness is requiredü 1/32 in od designedfor Agilent 1100 systemsü 1/16 in and 1/8 in odfor most applicationsTitanium*At ambient temperature with water**Wiith acetonitrile at non-ambient temperature10Commentsü Flexible for easy routingü Ready to use: cleaned and passivated to a high standardü Pre-cut capillaries are optimizedfor the lowest internal volumeü Use pre-cut lengths to maintainzero-dead-volume performance
Fittings overviewFittings for a strong, capillary flow pathAgilent offers more than 20 fitting varieties for Swagelok-type or metric M4/M3-type connections.Depending on your application, different materials must be used: Stainless steel or PEEK delivers permanent high-pressure sealing performance for connectionssuch as valves, heaters, and columns Stainless steel ensures permanent high-pressure sealing and optimal performance throughoutyour LC system up to 1200 bar Finger-tight fittings (polymeric for 400 bar and polyketone for 600 bar) are a convenient option;They allow easy end fitting adjustment, so you can seat the capillary into the column properly,preventing extra-column voids and leaks High-pressure fittings, which can be used with pressures up to 1200 bar, can be removedand replaced It’s a good idea to use stainless steel nuts and ferrules for instrument connections, and PEEK nutsand ferrules for column and guard column connections, since these are changed most frequentlyagilent fittings for leak-free connectionsfitting typeadvantages/tipsSwagelok-type fittingsü Suitable for most connectionsü Available in a variety of combinations:ü One piece or multiple pieces with nut front and back ferrulesü Stainless steel, PEEK, polyketone, or a stainless steel/PEEK combinationMetric M4/Metric M3ü For micro valve connectionsStainless steelü At least 1200 barü Most popular material for permanent, high-pressure sealingü Use our slitted socket wrench (Part No. 8710-2391 or 5023-0240) for optimal tightness1200 bar removable fittings for 1290 Infinity LCü 1200 barü Available in standard, long, and extra-long sizes for compatibility with columns that have differentsized nutsü Removable and replaceableü Use our slotted socket wrench (Part No. 8710-2391 or 5023-0240) for optimal tightnessPEEKü Up to 400 bar (at ambient temperature with water)ü Easy, finger-tight column connectionsü Ideal for frequently changed connections, such as column connectionsü Pressure is less criticalPolyketoneü 600 bar (600 bar pressure rating)ü Easy, finger-tight column connectionsü Fits stainless steel tubingTo learn more about Agilent LC capillary supplies, or to order now, visitwww.agilent.com/chem/lCcapillaries11
LC Capillaries ordering informationagilent 1260/1200/1100 infinity series lClength(mm)fittingtypefromfittingtypetofrom (a)to (b)materialid(mm)notespart no.PumpAutosamplerSS0.17900SSPre-swaged on AG1329-87300PumpAutosamplerSS0.17700SSPre-swaged on A and BG1312-87304PumpAutosamplerSS0.17500SSPre-swaged on AG1312-67305PumpAutosamplerSS0.17400SSPre-swaged on A and BG1312-87303PumpAutosamplerSS0.17380SSPre-swaged on A and B01090-87306Pre-swaged on AManual injectorColumnSS0.17180SSManual ed on A;thermal isolationG1315-87311TCC\VWDMSSS0.12500SSPre-swaged on AG1316-87309ColumnVWDPK0.17600Finger-tight fittings notincluded (0100-1516, 2/pk)5062-8522Pump Purge ValveWastePK1.35000*No fitting ht fittings notincluded (0100-1516, 2/pk)5062-2462VWDWastePK0.25500Finger-tight fittings notincluded (0100-1516, 2/pk)5062-8535AutosamplerTCCSS0.12180SSPre-swaged on A; can also beconnected to low dispersionheat .12280SSPre-swaged on A; can also beconnected to low dispersionheat exchanger01090-87610TCCColumnSS0.12105SSPre-swaged on A01090-87611ColumnDADSS0.12150SSPre-swaged on AG1315-87312SS0.17150SSS and FS0.17150SFemale adapterfor connectinglong columnsPurge Valve**Waste*Capillary is intended to be cut to the right length for your need.**Calibration capillary assemblymaterialKeydescriptionSSStainless steelPKPEEKPTFE PTFEFSFused silicaSSwagelok 1.6 mm port idSHSwagelok 1.6 mm port id, long headUSwagelok union12G1313-87305G1315-87303UG1312-67500
LC Capillaries ordering informationagilent 1290 infinity series lCfittingtypefromfittingtypetofrom (a)to (b)materialid (mm)length(mm)notespart no.PumpAutosamplerSS0.17300SSPre-swaged on A and re-swaged on A and B5067-4658AutosamplerTCCSS0.12340SSPre-swaged on A5067-4659ColumnDADSS0.12220SSPre-swaged on A5067-4660Pre-swaged on A1290 SystemCTC AutosamplerSS0.17600SSHCTC 00*5067-46705067-4669Finger-tight fittingsnot included(0100-1516, 2/pk)5062-2462*Capillary is intended to be cut to the right length for your need.Stainless steel fittings (S), 5062-2418Finger-tight PEEK fitting (SPF),0100-1516Stainless steel back ferrule, 5180-4114To learn more about Agilent LC capillary supplies, or to order now, visitwww.agilent.com/chem/lCcapillaries13
LC Capillaries ordering informationagilent 1290 Valve headlength(mm)fittingtypefromfittingtypetofrom (a)to (b)materialid(mm)AutosamplerValve withSwagelokportSS0.12340SSXPre-swaged on AAutosamplerValve withSwagelokportSS0.12340SSXPre-swaged on BAutosamplerValve withM4 portSS0.12340SLVAutosamplerValve withM4 portSS0.12500HeatValve withexchanger10/32Swagelok portSS0.12Valve withM4 portHeatexchangerSSShort columnValve withM4 portShort columnnotesValve informationpart no.5067-4684G4231A/B 2 Position/6 Portvalve head, 600/1200 bar5067-4647MG4232A 2 Position/10 Portmicro valve head, 600 bar5067-4744SLVMG4234A/B 6 column selectorvalve, 600/1200 bar5067-474590SXSPre-swaged on Aand BG4231A/B 2 Position/6 Portvalve head, 600/1200 bar5067-46490.1290MSLPre-swaged on BG4232A 2 Position/10 Portmicro valve head, 600 bar5067-5106SS0.12130SVMG4234A/B 6 column selectorvalve, 600/1200 bar5067-4735Valve withM4 portSS0.12150SVMG4232A 2 Position/10 Portmicro valve head, 600 bar5067-5104Long columnValve withM4 portSS0.12280SVMG4232A 2 Position/10 Portmicro valve head, 600 bar5067-5107Short columnValve withSwagelokportSS0.12150SLSXG4231A/B 2 Position/6 Portvalve head, 600/1200 bar5067-4650Short columnValve with10/32SwagelokportSS0.12150SLSXG4232B 2 Position/10 Portvalve head, 1200 bar5067-4686Long columnValve withSwagelokportSS0.12280SLSXG4231A/B 2 Position/6 Portvalve head, 600/1200 bar5067-4651Long columnValve withSwagelokportSS0.12280SLSXG4232B 2 Position/10 Portvalve head, 1200 bar5067-4687Pre-swaged on BPre-swaged on B(Continued)Stainless steel extra long fitting (SX),5065-99671200 bar removable long fitting (SLV),5067-4738Stainless steel fittings (S),5062-2418M4 stainless steel screw,5067-1558Stainless steel ferrule (M),5067-155714
LC Capillaries ordering informationagilent 1290 Valve type tonotesValve informationpart no.ValveDetectorSwagelok portSS0.12200SXSPre-swagedon A and BG4231A/B 2 Position/6 Portvalve head, 600/1200 bar5067-4653Valve withDetectorSwagelok portSS0.12200SXSPre-swagedon AG4232B 2 Position/10 Portvalve head, 1200 bar5067-4689Valve withM4 portDetectorSS0.12250MSLVG4232A 2 Position/10 Portmicro valve head, 600 bar5067-4746HeatexchangerValve withM4 portSS0.1790SLMG4232A 2 positions/10 portsvalve head, 1200 bar5067-5109ColumnValve withM4 portSS0.1790SVMG4232A 2 positions/10 portsvalve head, 1200 bar5067-5110ColumnValve withM4 portSS0.17150SVMG4232A 2 positions/10 portsvalve head, 1200 bar5067-5111ColumnValve withM4 portSS0.17280SVMG4232A 2 positions/10 portsvalve head, 1200 bar5067-5112SS0.17250SLMG4232A 2 positions/10 portsvalve head, 1200 bar5067-5113from (a)to (b)G4232A2 positions/10 portsvalve head,1200 barPre-swaged on APre-swaged on Aagilent 1200 and 1100 prep lC systemsfromtoPrep IsocraticAutosamplermaterialid SSnotespart no.Pre-swaged onA and Key descriptionSSStainless steelSSwagelok 1.6 mm port idSHSwagelok 1.6 mm port id, long headSLSwagelok 1.6 mm port id, longStainless steel fittings (S), 5062-2418Stainless steel extra long fitting (SX), 5065-99671200 bar removable fitting (SV), 5067-4733PEEK fittings, plugs (MP), 5065-4410SLV Swagelok 1.6 mm port id, long, 1200 barSXSwagelok 1.6 mm port id, extra-longMMetric M4 0.8 mm port idTo learn more about Agilent LC capillary supplies, or to order now, visitwww.agilent.com/chem/lCcapillaries15
LC Capillaries ordering informationmiscellaneous Capillariesmaterialid(mm)length(mm)fittingtype from(a)fittingtype otespart no.G1316-87303Restriction Capillary5022-2159SS0.121051.61.6Capillary without fitting5021-1820SS0.124001.61.6Capillary without fitting5021-1823SS0.121501.61.6Capillary without fitting5021-1821SS0.122801.61.6Capillary without fitting5021-1822SS0.125001.61.6Capillary without fitting5065-9964SS0.122001.61.6Capillary without S0.12340SM0.8G1316-87317Pre-swaged on A and B79841-87610Pre-swaged on AG1316-87305*1.6 mm 1/16 in(Continued)materialKeydescriptionSSStainless steelPKPEEKPK/SS PEEK and Stainless steelTiTitaniumSSwagelok 1.6 mm port idUSwagelok unionSLSwagelok 1.6 mm port id, longSLBSwagelok 1.6 mm port id, long bioSVSwagelok 1.6 mm port id, 1200 barSLVSwagelok 1.6 mm port id, long, 1200 barSXSwagelok 1.6 mm port id, extra-longStainless steel fittings (S), 5062-241816
LC Capillaries ordering informationmiscellaneous Capillariesmaterialid(mm)length(mm)fittingtype from(a)fittingtype S0.1275SM1.60.8G1316-87306notespart 67-4688SS0.171051.61.6Capillary without fitting5021-1816SS0.174001.61.6Capillary without fitting5021-1819SS0.171501.61.6Capillary without fitting5021-1817SS0.172801.61.6Capillary without fitting5021-1818SS0.172801.61.6Pre-swaged on A01090-87304SSSS0.172001.61.6Capillary without fitting5065-9931SS0.176001.61.6Capillary without fitting5065-9933SS0.178001.6Pre-swaged on A01048-87302Capillary without 1.61.61.65065-9963G1316-87321Capillary without Pre-swaged on A and BG1367-87304G1316-87323SS0.17150SS1.61.6Pre-swaged on A and BG1312-87305SS0.17800SLS1.61.6Pre-swaged on A01078-87305SS0.17105SS1.61.6Pre-swaged on A and BG1312-87306SS0.17280SXS1.61.6Pre-swaged on A and B5067-4608Pre-swaged on A and 60.85067-46485067-4737Pre-swaged on A5067-5120*1.6 mm 1/16 in(Continued)Stainless steel extra long fitting (SX), 5065-9967Stainless steel ferrule (M), 5067-1557To learn more about Agilent LC capillary supplies, or to order now, visitwww.agilent.com/chem/lCcapillaries17
LC Capillaries ordering informationmiscellaneous Capillariesmaterialid(mm)length(mm)fittingtype from(a)fittingtype to(b)od(mm)a*od(mm)b*notespart no.SS0.17280SXSX1.61.6Pre-swaged on A and B5067-4607SS0.17280SXS1.61.6Pre-swaged on A and B5067-4608SS0.174001.61.6Capillary without Pre-swaged on A5067-4609SS0.176001.61.6Capillary without fitting5065-9933PK/SS0.171001.61.6Capillary without fitting5067-4777PK/SS0.171501.61.6Capillary without fitting5067-4778PK/SS0.172001.61.6Capillary without fitting5067-4779PK/SS0.173001.61.6Capillary without fitting5067-4780PK/SS0.174001.61.6Capillary without fitting5067-4781PK/SS0.175001.61.6Capillary without fitting5067-4782SS0.253201.61.6Pre-swaged on A and B79835-87638SSSS0.51051.61.6Capillary without fitting5065-9927SS0.51501.61.6Capillary without fitting5022-6509SS0.52001.61.6Capillary without fitting5022-6510SS0.58001.61.6Capillary without fitting5065-9926*1.6 mm 1/16 inmaterialKeydescriptionSSStainless steelPKPEEKPK/SS PEEK and Stainless steelTiTitaniumSSwagelok 1.6 mm port idUSwagelok unionSLSwagelok 1.6 mm port id, longSLBSwagelok 1.6 mm port id, long bioSVSwagelok 1.6 mm port id, 1200 barSLVSwagelok 1.6 mm port id, long, 1200 barSXSwagelok 1.6 mm port id, extra-longStainless steel fittings (S), 5062-2418Stainless steel extra long fitting (SX), 5065-996718Stainless steel ferrule (M), 5067-1557
LC Capillaries ordering informationsupplies for the agilent infinity 1260 bio-inert lC systemlength(mm)fittingtypefromfittingtypetofrom (a)to (b)materialid(mm)notespart swaged on AG5611-60501PumpManualinjection valveTi0.17900SLBSLVPre-swaged on AG5611-60502Pre-swaged on .17400SVSVG5667-60500Manual plerinjection valveAutosampleranalytical headTi0.17160SLBSVPre-swagged on AG5611-60503DamperPump headTi0.6234SLBSLBFor pump only. Pre-swagedon A and BG5611-67301Outlet ball valveDamperTi0.6248SLBSLBFor pump only. Pre-swagedon A and BG5611-67300Autosamplerinjection valveColumnPK/SS0.17100SVSVIncluded in the Bio Capillary starterkit; used for 2 position/6 portand 4 column selector valveG5667-60502Autosamplerinjection valveColumnPK/SS0.17150SVSVIncluded in the Bio Capillarystarter kitG5667-60503Autosamplerinjection valveColumnPK/SS0.17200SVSVIncluded in the Bio Capillarystarter kitG5667-60504Autosamplerinjection valveColumnPK/SS0.17300SVSVIncluded in the Bio Capillary starterkit; used for 2 position/6 portand 4 column selector valveG5667-60505Autosamplerinj
Void Volume of Column 103.9 µL Volume of 2.1 x 50 mm column 172.3 µL total extra-column volume 3.9 µl Flow Cell V(s)0.6 µL 0.8 µL ALS TCC Capillary: 0 .8x 2 m 1µL Needle Seat Capillary: 0.11 x 100 mm 0.9 µL 60% reduction in extra-column volume Volume of 2.1 x 50 mm column 172.3 µL total extra-column volume 9.7 µl
