TABLE OF CONTENTS · 2009. 1. 3. · TABLE OF CONTENTS 800-669-9015 5 43 Agilent, Hewlett Packard 46 Beckman, Altex 48 Bio-Rad 49 Bischoff 50 Dionex 51 Hitachi 52 Jasco 53 LKB, Pharmacia

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WELCOME TO THE 2005 OPTIMIZE TECHNOLOGIES CATALOG!

It’s been twenty years since we first opened our doors for business in 1985. Much has changed since then, but one thing hasremained constant at Optimize Technologies: our dedication to providing our customers with the highest quality product available.

In the following pages, you will find a listing of HPLC and LC/MS products available from Optimize Technologies. In designingour products, we look to improve upon conventional design to deliver unbeatable performance and ease of use. You can seethis in OPTI-LYNX, an incredibly innovative new way to make LC connections in a quarter-twist. You can also see this mentality in our replacement parts offering. Whether it is designing our own unique blend of polymers to provide the ultimatein piston seal performance, or making sure the ball and seat in a check valve are perfectly mated, nothing is overlooked in thedesign process.

This year’s catalog has been no exception to our commitment to design efficiency. In an effort to streamline the presentation ofour product line, we decided to group all of our products into families. Now if you want a guard column, simply go to theguard column section and see what we have to offer: OPTI-GUARD 1mm, OPTI-LYNX Guard Column, or OPTI-GUARD 3mm.The same holds for each of our other product families. Also, in response to customer request, we have provided more information on the trapping technique in the Trap Cartridge section.

We have put a good deal of effort into trying to provide you with a catalog that is up to date, easy to use, and informative.However, we are constantly developing new products and expanding existing offerings. Please be sure to visit us on the webat http://www.optimizetechnolgies.com for the very latest in Optimize product information. You can also find our KnowledgeBase on the Optimize web page providing tech tips, applications, and other useful information.

From everyone at Optimize Technologies, we thank you for your business and look forward to hearing from you soon.

Optimize Technologies, Inc.

Administrator

TABLE OF CONTENTS

w w w . o p t i m i z e t e c h . c o m4

ABOUT OPTIMIZE6 Company Profile

WHAT IS OPTI-LYNX?8 OPTI-LYNX Overview

10 OPTI-LYNX Applications11 OPTI-LYNX Hardware

FILTRATION 12 Filtration Overview13 OPTI-SOLVTM Reservoir Filter14 OPTI-SOLV In-Line Filter15 OPTI-LYNX In-Line Filter16 Mini and µ-Filter17 OPTI-LYNX Pre-Column Filter

GUARD COLUMNS18 Guard Column Overview19 OPTI-GUARD® 1mm20 OPTI-GUARD 3mm21 OPTI-LYNX Guard Column

TRAP CARTRIDGES22 Trap Cartridge Overview23 Trapping Applications24 OPTI-LYNX Trap Cartridges25 OPTI-PAKTM Capillary Trap Cartridges

VELOCITY ® ANALYTICAL COLUMN SYSTEM26 Velocity Overview27 Velocity Applications29 Phases & Chemistries30 How Does Velocity Work?32 Building Velocity Part Numbers

COMPONENTS FOR OEM HPLC SYSTEMS34 Parts For OEM Systems Overview35 HPLC Finder36 OPTI-MAX® Overview38 Seals & Pistons Overview39 Seal Form Tool Kit40 Detector Lamps42 ABI, Kratos, Gynkotek

TABLE OF CONTENTS

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43 Agilent, Hewlett Packard46 Beckman, Altex48 Bio-Rad49 Bischoff50 Dionex51 Hitachi52 Jasco53 LKB, Pharmacia54 Perkin-Elmer56 Shimadzu58 SSI59 LDC, Milton Roy (ThermoSeparations)60 Spectra Physics (ThermoSeparations)62 Rainin/Gilson (Varian)63 Varian64 Waters68 HEAD•LOCKTM, OPTI-PRIME®

70 Components for Waters WISPTM Autosamplers71 Other OEMs (Isco, Kontron, Knauer)

BACK PRESSURE REGULATORS72 Pressure Regulators

FITT INGS, TUBING & ADAPTERS73 Fittings, Tubing & Adapters Overview74 High-Pressure Fittings76 Low-Pressure Fittings78 OEM Specific Fittings80 Tubing82 Adapters

OPTI-LYNX COLUMN HARDWARE AND CUSTOM MANUFACTURING83

PATENTS AND TRADEMARK INFORMATION84

ORDERING INFORMATION85

INDEX86


ABOUT OPTIMIZE

ABOUT OPTIMIZE

It was nearly 20 years ago, in 1985, that the vision of Douglas Fordwas realized when he founded Optimize Technologies. Based on thesimple idea of offering the highest quality, innovative products forHPLC, the company has grown from simple beginnings to the presentlyworldwide recognized brand. Though much has changed since 1985- e.g., we have expanded our product line from HPLC to also includeLC/MS users – the foundation of the company has always remainedthe same: to bring you innovative products that offer unmatched performance, quality and ease of use, and back them with the mostresponsive and effective customer service in the industry.

OPTIMIZE INNOVATION: THE DRIVING FORCEIt is innovation that started Optimize, and it is innovation that continuesto fuel its progress. The spirit of Optimize has always been to carve anew swath in the forest of HPLC products. This attitude is exemplifiedby products such as the auto-adjusting stem, OPTI-MAX check valvesystem, and OPTI-LYNX quick-connect hardware. Each of these resultedfrom not letting good enough rest, but by pushing the limits to excellence. It is shown in everything we do at Optimize.

OPTIMIZE R&D: THE HEART OF PROGRESSResearch and Development is somewhat of an obsession at OptimizeTechnologies; when as a company you define and pride yourself onprogress, it is hard not to be. Our team of engineers and chemists isconstantly engaging in the evaluation of existing product designs andconceptualization of new ones. We realize that people look toOptimize for products that push the boundaries of conventional product design, and therefore, contribute a large part of our time andresources to the R&D process. Our many collaborative efforts with various OEMs and pharmaceutical research companies have resultedin customized components and devices for each of their unique applications, increasing our experience beyond the realm of HPLC.

OPTIMIZE MANUFACTURING: MACHINING PRECISIONMost of our products are machine-manufactured by skilled machinistsat our facility in Oregon City, Oregon. To meet our exacting standardsfor performance and reliability, many of our component designs pushthe limits with respect to manufacturing tolerance. To ensure that thesetight dimensional tolerance controls can be maintained for every partwe produce, we individually machine each component, and avoidthe use of mold-based manufacturing techniques. And we ensure theconsistency of our manufacturing process through constant ongoingevaluation as part of a rigorous quality control program.

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ABOUT OPTIMIZE

OPTIMIZE CUSTOM: SPECIFIC NEEDS, SPECIFIC RESULTSHaving virtually all fabrication occurring on site allows for changesin the production process to be implemented with the highest efficiency. Over the years, this has allowed us to take on manycustom projects, whether they have involved adaptation of existingdesigns to new instruments or applications, or have required anentirely new and novel solution. In the early days, this meant beingready to make a new piston seal or modify a check valve design.While this is still a part of what we do, our areas of expertise haveexpanded to include packed bed products, complex fluid handling devices, and quick-connect technology. And we are stilllooking for new areas to apply our 20 years of scientific and manufacturing expertise. Whether OEM or end-user, we invite youto contact us regarding your own custom product requirements.

HOW CAN WE HELP YOU?At Optimize, we take customer service very seriously. We realizethat our product is only as good as the support we can provide.To us, customer service is not a department - it is our business. Ournetwork of chemists, engineers, machinists, quality assurance professionals, and technical support specialists work as an integrated unit to provide the answers to your questions. Need apart number, price quotation, or a new catalog? Call us at800.669.9015 and speak to one of our highly trained customersupport personnel. If you have a particularly tough question, youcan be sure there will be a technical support specialist readilyavailable to address your needs. You can also contact us or findthe name of your local authorized dealer on the web athttp://www.optimizetech.com. Whatever way you choose tocontact us, you can be sure there will be someone at the other endready to provide effective, efficient service.

OUR GUARANTEEEvery component and product we offer is designed to offer unparalleled performance, and to meet or exceed original equipment specifications. Every Optimize product we sell mustmeet these criteria, and every product we sell carries our full guarantee of satisfaction.


WHAT IS OPTI-LYNXTM?

When OPTI-LYNX was first introduced, it was a revolution in the HPLC industry. No longer was there the need forgetting out wrenches for stainless steel fittings, or having to crank down those finger tights to prevent leaks. OPTI-LYNX was the first to fulfill the promise of a low dispersion, quick-connect system. Since that time, OPTI-LYNXhas found its way into a number of different laboratory applications. From the large scale high-throughput labs withthe need for replacing components with the utmost efficiency, to the single instrument lab that enjoys the ease of useOPTI-LYNX offers - many have realized the advantages of the OPTI-LYNX quick-connect system.

CONNECTIONSMaking a high-pressure connection, one that is rated to 6000 psi, cannot get much easier than a quarter-twist - and asimple quarter-twist is all that is needed to instantly make and break an OPTI-LYNX connection. An OPTI-LYNX connectionconsists of two components: a slotted side and a pinned side. Each half comes together around a specifically designedinsert that flawlessly connects via a low volume/low dispersion interface. This graceful design results in a minimal impacton your chromatographic system allowing OPTI-LYNX to be used anywhere - even the volume critical regions.

The very nature of OPTI-LYNX is conducive to a true zero-dead-volume connection. The inserts are designed specifically for the OPTI-LYNX hardware, making the connection identical every time with no dead spaces in the flowpath. And because the connecting end caps need only be plumbed one time, there is no handling of tubing -no need to ensure that the tubing is butted against the tube stop each time a connection is made.

VERSATILITYThe OPTI-LYNX modular design also provides the maximum in versatility for your system. OPTI-LYNX inserts can bevirtually anything - a filter, guard column, trap cartridge, analytical column - and since the interacting surfaces areidentical, the only thing you need to change is the holder tube. Install a guard column for one application and thenswitch to a pre-column filter for the next. Use an in-line filter with different porosities and diameters, just by changingthe insert. Switch out columns in an instant with the Velocity system, or retrofit current columns with the universal portadapter - we even offer columns with integrated OPTI-LYNX end fittings. You can even make and break flowpathsfor multiple detectors, or anywhere else a break in flow is frequently made. OPTI-LYNX allows all of this - without ever having to change out the basic components.

WHAT IS OPTI-LYNXT M?

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LIMITLESS POTENTIALThe potential of OPTI-LYNX goes beyond what is listed in this catalog. OPTI-LYNX was designed without constraintsin mind, and should be viewed as a hardware platform to make your applications easier, more efficient, or evenmore fun to do. At Optimize Technologies, we work hard to provide the ideal solution to our customer’s applications.If you have a special requirement for your stationary phase, or you need OPTI-LYNX in a custom dimension or configuration, please contact us.

Our best ideas come from the needs of our customers.

Set up a simple column-switching rigwithout the need for expensive high-pressure valves. Install OPTI-LYNXuniversal port adapters on yourcolumns and switch between differentcolumns quickly and easily. Whencolumns are not in use, seal themwith the OPTI-LYNX quick plug.

One method requires a filter, whileanother calls for a guard column - noproblem. Simply choose the insertyou want (guard, filter, or straightthrough connection), couple it withthe correct holder tube, and you’reoff and running. There is no need todisconnect any tubing, and the onlytools you need are your fingers.

If you use more than one detector, orif you need to re-route flowpaths withthe utmost efficiency, the OPTI-LYNXDirect-Connect In-Line Kit is youranswer. Simply terminate the columnoutlet line with a holder cap/tube,and get extra bayonet connectorsfor each inlet line. With this set-up,switching flowpaths becomes afacile task, not a huge production.


APPLICATIONS

OPTI-LYNX may be used for a number of different applications. Below are just three ways that OPTI-LYNX quick-connect hardware can be used; but do not let this limit your thinking. We are constantly developing new ways of applying the OPTI-LYNX system, from both our applications lab and our customers' imaginations.


COLUMN SWITCHING GOING WITH THE FLOW

flowpath 1

flowpath 2

flowflow

GUARDS TO FILTERS & BACK AGAIN

OPTI-LYNX In-Line D

irect-Connect Kit

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HARDWARE

All OPTI-LYNX hardware can be purchased separately as needed for your application. OPTI-LYNX hardware is precision machined, as are all of our manufactured products, to maintain the highest quality and strictest tolerances.

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11-02290-AA Universal Port Adapter (for all 10-32 female ports)

11-02212-AA Bayonet Connector (with 10-32 female port)

11-02333-AA Holder Cap

11-02293-AA Quick Plug (fits bayonet/pinned OPTI-LYNX hardware)

11-02307-AB Sealing Element (use when no filter is required)

11-02327-AA Short Holder Tube (for sealing elements)

11-02570-AA Filter Holder Tube (for filter inserts)

11-02328-AA Guard Holder Tube (for 15 mm guard column cartridges)

11-02225-AB OPTI-LYNX In-Line Direct-Connect KitIncludes: Holder Cap/Tube, Bayonet Connector, OPTI-LYNX Sealing Element and Fittings

OPTI-LYNX In-Line Direct-Connect KitMake quick-connect unions with the OPTI-LYNX Direct-Connect In-LineKit. This kit contains all the necessary components to disconnect or change solvent lines rapidly and conveniently. Forapplication ideas, please see page 10.


FILTRATION

Filtration is a necessary component in any HPLC system. Keeping particulates out of the flowpath prevents premature wear on vital components, wear that could lead to costly replacement or repairs. An holistic approach tofiltration, addressing potential particulates throughout the solvent flowpath, leads to a consistently and efficiently operating chromatograph. Ideally, there are three critical areas where filtration is necessary.

SOLVENT RESERVOIRWhile the availability of HPLC-grade solvents diminishes the need for pre-filtering solvents, it is still imperative that afiltration device be installed in the reservoir filter. Placing a filter in the reservoir is an economical way to filter particles that may result from buffer salt precipitation, improperly cleaned glassware, or microbial contamination; allof which are not remedied by the use of HPLC-grade solvents.

IN-LINE FILTRATIONThe great frictional forces generated at the piston/piston seal interface inevitably lead to particulate shedding.Placement of a filtering element between the pump and injector/autosampler removes these particulates, preventingthem from affecting downstream components, circumventing costly downtime and/or repairs.

PRE-COLUMN FILTRATIONIncompatibilities between sample matrix and mobile phase, septa coring from the sample needle, and shedding from moving parts in the injector: these all contribute to particulates in the region post-injector. Use of a low-impact, pre-column filter removes these particulates from the flowpath, saving your analytical column and detector from deleterious effects.

FILTRATION

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OPTI-SOLVTM RESERVOIR FILTER

If you want to keep particulates out of your system, and we are sure you do, you need to start at the most basic level -the reservoir bottle. OPTI-SOLV Reservoir Filters employ a unique conical design inside the filter housing preventing air bubbles from getting trapped and disturbing your analysis. A solid Teflon body keeps OPTI-SOLV in the bottom of the bottle where a bottom-mounted titanium frit provides unrestricted solvent access. As always, Optimize makes installationas simple as possible - no tools or fittings required.

We also offer Reservoir Filters with tube stems, made with Hastelloy C® for maximum corrosion resistance and inertness.

RESERVOIR FILTERS

PTFE body

Titanium frit

preparatory (for bottles with a neckID of 1” or larger)

analytical (for bottles with a neckID of at least 3/4”)

OPTI-SOLV RESERVOIR FILTERSANALYTICAL F ILTERS FOR 1/16” OD TUBING

10-04-00079 10-04-00080 2 µm

10-04-00081 10-04-00082 10 µm

ANALYTICAL F ILTERS FOR 1/8” OD TUBING

10-04-00047 10-04-00050 2 µm

10-04-00051 10-04-00053 10 µm

ANALYTICAL F ILTERS FOR 3/16” OD TUBING(WATERS STYLE)

10-04-00054 10-04-00056 2 µm

10-04-00057 10-04-00058 10 µm

All o f the above f i l te r s a re supp l ied wi th 5 fee t o f PTFE tub ing pre ins ta l led

RESERVOIR FILTERS WITH TUBE STEMFOR 1/16" ID TUBING

10-04-00071 10-04-00072 2 µm

10-04-00073 10-04-00074 10 µm

FOR 1/8" ID TUBING(WATERS STYLE)

10-04-00115 10-04-00119 2 µm

10-04-00111 10-04-00114 10 µm

Reservoir Filters with tube stems are made with Hastelloy C® for maximum

corrosion resistance and inertness

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PEEK hand-tight version


OPTI-SOLVTM IN-LINE FILTER

OPTI-SOLV In-Line Filters are the perfect choice for removal of particulate matter from the flowpath. Installed between the pumpand injector/autosampler, they prevent damage to downstream components - damage that can cost you in both instrumentdown time and troubleshooting labor.

OPTI-SOLV’s unique swivel design allows frits to be changed without removing the connecting tubing. Just plumb it once andleave it. Hand-tighten the PEEK holder to make a high-pressure seal, or for those who prefer wrenches, we also have awrentch-tight stainless steel version. The user-friendly design is well suited for a number of applications, such as high temperature environments, where quick, easy changes are imperative.

IN-LINE FILTRATION

OPTI-SOLV IN-LINE SOLVENT FILTER10-04-02372 0.2 µm, PEEK Hand-Tight

10-04-00386 0.5 µm, PEEK Hand-Tight

10-04-00391 2 µm, PEEK Hand-Tight

10-04-02371 0.2 µm, SS Wrench-Tight

10-04-00383 0.5 µm, SS Wrench-Tight

10-04-00390 2 µm, SS Wrench-TightAl l o f the above inc lude ho lder, f i t t i ngs and 2 f i l te r e lemen ts

REPLACEMENT FRITS10-04-02370 0.2 µm Replacement Frits, 10/Pk

10-04-00100 0.5 µm Replacement Frits, 10/Pk

10-04-00103 2 µm Replacement Frits, 10/Pk

PEEK knob with gorilla-grip knurls

total swept volumeis 0.2 µL for minimalextra column effects

FEP sealing surface and 316 stainless steel frit

316 stainless steel for total solvent

compatibility

stainless steelwrench-tight version

OPTI-LYNX FILTER INSERTS11-02595-CD 11-02797-CD Low Volume Filter Insert, 0.5 µm/0.062” diam.

11-02595-CE 11-02797-CE Low Volume Filter Insert, 2.0 µm/0.062” diam.

11-02595-CF 11-02797-CF Medium Capacity Filter Insert, 0.5 µm/0.125” diam.

11-02595-CG 11-02797-CG Medium Capacity Filter Insert, 2.0 µm/0.125” diam.

11-02595-CH 11-02797-CH High Capacity Filter Insert, 0.5 µm/0.187” diam.

11-02595-C I 11-02797-C I High Capacity Filter Insert, 2.0 µm/0.187” diam.

11-02595-CJ 11-02797-CJ Semi-Prep Filter Insert, 2.0 µm/0.250” diam.*11-02595-CL 11-02797-CL Semi-Prep Filter Insert, 10.0 µm/0.250” diam.*

OPTI-LYNX IN-LINE FILTER KITIncludes: Bayonet Connector, Holder Cap/Tube, Fittings (OPT I - LYNX f i l t e r i n se r t s a re o rde red separa te ly )11-02225-AA

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OPTI-LYNXTM IN-LINE FILTER

Tired of needing to be a finger contortionist to change out your in-line filter? With HPLC systems getting smaller and more compact, the areas to work with are also decreasing in size. This often makes getting at those components that need frequent changing quite a task - especially if you need wrenches!

The OPTI-LYNX In-Line Filter System features Optimize Technologies' proprietary OPTI-LYNX hardware, allowing filter changesto be done in a quick quarter-turn. Twist the OPTI-LYNX open, slap in a new filter cartridge, and use the time saved to grab acup of joe. OPTI-LYNX In-Line Filters also offer unmatched versatility with a choice of eight different filter insert porosity/diametercombinations for every possible filtering need.

The OPTI-LYNX In-Line Filter Kit comes with all the hardware you need to upgrade your current system to OPTI-LYNX using yourexisting HPLC tubing.

IN-LINE FILTRATION

simple, compact, versatile - no other in-linefilter system is as easy to use as OPTI-LYNX

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*OPTI-LYNX Semi-Prep Filter Inserts are rated for use at pressures of up to 4,000 psi (other OPTI-LYNX products are rated to 6,000 psi unless otherwise stated)


MINI & µ-FILTER

The OPTI-SOLV Mini Filter provides low-impact filtering in a package no larger than a finger tight fitting. Use them to prolong the life of your analytical column, or before your mass spectrometer as a last line of defense against debris.

Perfect zero-dead-volume connections are obtained every time with our patented automatic tube stop depth adjustment. Unique depth-filtering elements allow for greater capacity with no band spreading or loss in performance.The efficient two-piece design needs no holder and threads into any 10-32 port.

For your volume critical filtering needs, we now offer the OPTI-SOLV µ-Filter. Based on the same design that has madethe Mini Filter a huge success, the µ-Filter cuts the internal volume to less than 200 nL, but retains the Mini Filter’s easeof use and functionality.

PRE-COLUMN FILTRATION

OPTI-SOLV™ MINI FILTER10-04-00095 OPTI-SOLV Mini Filter, 0.5 µm, 5/pk

10-04-00097 OPTI-SOLV Mini Filter, 2.0 µm, 5/Pk

OPTI-SOLV™ µ-FILTER10-04-03357 OPTI-SOLV µ-Filter, 1.0 µm, 5/Pk

depth-filter design delivers highercapacity with low volume

floating tube stem provides ZDV connection into any port

U.S. PATENTNO. 5,525,303

PEEK body

2-piece design automatically adjusts to fit all brands of columns

5 µm SS frit 2 µm SS frit(or 0.5 µm)

NEW!

µ-filter for volumecritical applications

To change an OPTI-LYNX pre-column filter, simply grab the holder and twist - no tools required.

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OPTI-LYNXTM PRE-COLUMN FILTER

Pre-Column Filters can help extend the life of your analytical column by catching particulates that would otherwise clogthe column inlet frit. The OPTI-LYNX Pre-Column Filter System brings unparalleled versatility to pre-column protection, withthe added convenience of quick-connect operation.

With OPTI-LYNX, accessing and changing the filter insert takes only a quarter-turn. Replace filters or change filter diameter or porosity in seconds, without tools. OPTI-LYNX filter inserts come in several combinations of diameter andporosity, allowing you to find your own balance between filtering capacity and extra-column volume.

The OPTI-LYNX Pre-Column Filter System comes complete with the hardware you need to quick-connect any analytical column with pre-column filtration. Filter inserts are ordered separately - see the complete listing on page 15.

PRE-COLUMN FILTRATION

OPTI-LYNX filter inserts are all the same size on the outside, allowing you to usedifferent diameters and porosities with thesame hardware.

OPTI-LYNX™ PRE-COLUMN FILTER KITIncludes: Universal Port Adapter, Holder Cap/Tube, Fitting (OPTI-LYNX Filter Inserts are ordered separately - see page 15)11-02226-AA


GUARDCOLUMNS

Despite all the complexity of the LC system, the heart of any separation is the column - and quite often, the most problematic. That is why it is crucial to protect your column investment; an investment that goes beyond financial, but also consists of time spent in method development, verification, and troubleshooting. A guard columncan filter out particulates and trap irreversibly binding impurities, making it one of the simplest ways to protect ananalytical column. This results in more consistent, reproducible behavior and extended column lifetime.

Ideally, a guard will have a negligible impact on separation, both in plate count efficiency and extra-column contributions. Optimize Technologies Guard Columns are all designed to have the smallest possible effect on your LC system. With innovations like an auto-adjusting stem, OPTI-LYNX quick-connect technology, and narrowboreIDs, they will provide the essential protection required of any guard column - without any negative impact on thechromatographic separation.

GUARD COLUMNS

2 µm frit

5 µm frit

1 x 14 mm packed bed

floating tube stem provides ZDV connection into any port

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OPTI-GUARD® 1 mm

OPTI-GUARD 1 mm Guard Column set the standard for low-impact, easy to use pre-column protection. Designed for use withany HPLC column, the unique floating stem design automatically adjusts to any manufacturer's tube stop depth for a zero-dead-volume connection every time. No larger than a standard fitting, the OPTI-GUARD 1 mm requires no special connecting hardware or tools for installation.

The elegant design of the OPTI-GUARD 1 mm also lends to its effectiveness as a low-impact guard column. Special packing materials are selected to compliment the OPTI-GUARD’s narrowbore ID, providing effective protection for your analytical column without influencing your chromatography. Fully disposable, simply switch out the OPTI-GUARD 1 mm asneeded to maintain effective column protection.

GUARD COLUMNS

OPTI-GUARD® 1 mm GUARD COLUMN10-02-00007 C18, 5/Pk

10-02-00010 C8, 5/Pk

10-02-00014 Silica, 5/Pk

10-02-00018 Phenyl, 5/Pk

10-02-00022 Cyano/CN, 5/Pk

10-02-00026 Amino/NH2, 5/Pk

10-02-00030 Anion Exchange, 5/Pk

10-02-00034 Cation Exchange, 5/Pk

10-02-01714 Method Development Kit (5-pack Assorted)

U.S. PATENT NO.5,525,303

OPTI-GUARD 3 mmsilica cartridge


OPTI-GUARD® 3 mm

If you like the features of the OPTI-GUARD 1 mm, but have a need for more capacity, the OPTI-GUARD 3 mm was designed withusers like yourself in mind.

The OPTI-GUARD 3 mm maintains the tool-free connectivity of the OPTI-GUARD 1 mm, but incorporates a cartridge-based formatto allow for a larger bed with more capacity. The two part holder is designed for use with any analytical column providing vital protection from dirty samples and strongly retained contaminants. An auto-adjusting stem conforms perfectly to anytube stop depth resulting in a perfect zero-dead-volume connection. Connecting the OPTI-GUARD requires no extra tubing, maintaining the minimal impact philosophy that has made the OPTI-GUARD line so popular.

OPTI-GUARD 3 mm is available packed with high quality packings in four different chemistries. As always, we provide custom packing services in the material of your choice.

GUARD COLUMNS

3 x 15 mm packed beddisposable cartridge

stainless steel

PEEK

2 part holder

5 µm packing

auto-adjusting stem

U.S. PATENT NO. 5,525,303

OPTI-GUARD® 3 mm GUARD COLUMN10-02-01482 C18 Cartridge, 3/Pk

10-02-01485 C8 Cartridge, 3/Pk

10-02-01488 NH2 Cartridge, 3/Pk

10-02-01491 Silica Cartridge, 3/Pk

10-02-01495 OPTI-GUARD 3 mm PEEK/SS Holder

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OPTI-LYNXTM GUARD COLUMN

The OPTI-LYNX Guard Column System is a high-performance, cartridge-based guard system suitable for use with any silica-based analytical column. Some cartridge-based guard column products offer convenience with a price - higher internal volumes. At Optimize Technologies, we refuse to compromise performance for anything. OPTI-LYNX utilizes low dispersion component interfaces to keep extra-column volume to a minimum: the connection paths to the guard cartridgehave a total internal volume of less than 2 µL. You get quick-connect convenience and low dispersion, all in one package.

The OPTI-LYNX Guard Column System fits any analytical column with 10-32 ports. Start with ourOPTI-LYNX Guard Column Holder Kit, then select OPTI-LYNX Guard Cartridges in the chemistriesyou require - they are available individually and in five packs.

GUARD COLUMNS

02255 singles02630 five packs

OPTI-LYNX™ GUARD COLUMN CARTRIDGES

11 — —

packing codequantity code

EA C18EB C8EC SilicaED PhenylEE Cyano/CNEF Amino/NH2EG Anion/SAXEH Cation/SCX

CODE PACKINGCODE QTY

Use the guard column cartridge code table above to find the five digits that match the

quantity you require. Then find the two letter packing code for your sorbent/phase. Finally,

complete your guard column cartridge part number by using these codes in the part

number template located directly below the code table. Example: A five-pack of C18 guard

cartridges would have part number 11-02630-EA.

3.0 x 15 mm

OPTI-LYNX™ GUARD COLUMN HOLDER KIT (for direct connection to analytical columns)Includes: Universal Port Adapter, Guard Holder Tube, Holder Cap, Fitting (guard cartridges ordered separately - see table above)11-02232-AA


TRAP CARTRIDGES

TRAPCARTRIDGES

Often a sample bound for HPLC or LC/MS analysis requires some type of clean-up to ensure optimal results. Detergentsor salts can affect the ionization process, while overly dilute samples can be swamped out by background noise, making them undetectable. There are many methods to treat samples, but most require lengthy off-line procedures thatinvolve significant sample handling. These procedures not only consume valuable time, but also can result in appreciablesample loss.

Optimize Technologies trap cartridges are an elegant and efficient means for sample processing. Trap cartridges aresmall packed beds that use the adsorptive properties of analytes to effectively concentrate dilute samples, desalt, removedetergents, and more. Unlike off-line procedures that require significant sample handling and potential sample loss,Optimize trap cartridges have the advantage of being able to be used in a completely on-line environment. On-line cleanup not only increases recovery, but is also amenable to automation for unattended use and higher throughput.

Traps work on the principle of "digital chromatography." This is the most apt description because there are typically onlytwo states of the analyte: bound or unbound. This on/off behavior is exploited by either trapping the analyte and lettingsample matrix and contaminants go to waste; or by trapping the undesirable components and allowing analytes to passunimpeded. The discontinuous interaction of the analyte in a trap cartridge prevents dilution and dispersion that mayoccur in larger beds with a more distributive partitioning effect. For some ideas on the use of trap cartridges, please seethe following pages.

Optimize Technologies offers two lines of trap cartridges to suit any trapping need. The OPTI-PAK capillary traps aredesigned for ultra-low volume applications where any excess in volume could be detrimental to the assay. OPTI-LYNXtraps offer higher capacity, as well as the OPTI-LYNX quick-connect hardware for the ultimate in connection simplicity.Both formats are available in a number of different phases and support materials; choose the trap design and materialthat best fits your needs.

Optimize Technologies also offers custom dimensions and packings. If you have a special need or application, give usa call. We are always ready and excited to apply our engineering, manufacturing, and scientific expertise to the solution of any problem.

8 0 0 - 6 6 9 - 9 0 1 523

TRAPPING APPLICATIONS

TRAP CARTRIDGES

waste

aux pump

LC column

gradient pump

gradient pump

LC column

waste

auxpump

waste

auxpump

gradient pump

LC column

waste

aux pump

gradient pump

LC column

Fig. 1a

Fig. 1b

Fig. 2a

Fig. 2b

Though Optimize trap cartridges can be used for a number of different applications, two of the most commonare sample concentration/desalting and detergent removal. The general procedures listed below outline apossible approach to these applications and illustrate the basic concepts of the trapping technique.

SAMPLE CONCENTRATION/DESALTINGSome samples contain an unacceptable concentration of salts and/or are in a volume that is too great forthe analytical technique being used. In these instances, a trap cartridge may be used to trap the analyte,effectively removing salts and eluting the analyte in a smaller, more concentrated volume of eluent.

To successfully concentrate and/or remove salts, the optimal strategy is that of trapping the analyte withinthe trap cartridge and allowing undesirable components to go to waste. This can be done most efficientlyby plumbing a switching valve as shown in Figure 1a. The chemistry of the trap cartridge should be chosensuch that there is good selectivity for the analyte of interest, with little to no affinity for the salts or other con-taminants. Loading should be done with weak solvents to prevent the analyte from dispersing in the bed.Prudent selection of bed volumes can also prevent unwanted sample dispersion. Optimize traps come in avariety of different volumes and dimensions to facilitate the best trapping environment with minimal broadening or dispersion effects.

Once the sample has been sufficiently processed, the analyte is eluted from the trap. This can be done byrunning a gradient through the trap and onto an LC column, or it can be performed with a plug of a strongsolvent eluting the sample in one tight band. While the latter of these two options is best, it is not alwayspossible. Using the plumbing diagram from above, the elution valve position is displayed by Figure 1b.

DETERGENT REMOVALThe second strategy for trapping is exemplified by the application of detergent removal. Detergents may bepresent as carryover from SDS PAGE analysis, or have been added to help solubilize the sample. Whateverthe reason, detergents greatly hinder MS analysis and, therefore, must be removed from the sample matrix.One of the most common detergents is the ionic detergent sodium dodecyl sulfate (SDS). Fortunately, removalof SDS is a fairly simple task when using Optimize trap cartridges.

Ionic detergents like SDS can usually be removed using an ion exchange trap. SDS is an anionic detergent,so a strong anion exchanger (SAX) is the packing material of choice. The approach for detergent removal isexactly the opposite of desalting/concentrating outlined above: the undesired component, i.e., the detergent,is retained in the trap cartridge while the analyte is flushed directly through to the LC column or MS. For thespecific removal of SDS from a protein mixture, it is best to keep the mobile phase pH at 4.4 or lower to keepthe anionic amino acid sidechains protonated and less likely to interact with the SAX functionalities.

One possible configuration for plumbing this set up is shown in Figures 2a and 2b. The first valve positionputs the gradient pump directly in-line with the trap, removing detergent from the sample matrix and sendingdetergent-free matrix and analyte on for further analysis. The second position takes the trap out of the mainflowpath so that it may be regenerated for subsequent runs. With a judicious choice of loading and regenerating conditions, Optimize trap cartridges can be reused numerous times.

Most trapping applications can be performed with the myriad of silica based packings we carry. For otherapplications requiring extreme pH, there is also the choice of polymeric packing materials. We also offercustom packing to ensure that you will always have a solution available for your trapping and chromatographic needs.


OPTI-LYNXTM TRAP CARTRIDGES

Built on the OPTI-LYNX quick-connect platform, OPTI-LYNX trap cartridges provide a versatile, easy-to-use cartridge based trapping system.OPTI-LYNX traps are available in a number of different phase and bed volume options, all housed within a quick-connect cartridge. Each cartridge shares the same external dimensions, so that switching chemistries or capacities is only a matter of a quarter-twist.

OPTI-LYNX traps are packed with special large particle silica and polymeric based materials to strike the perfect compromise betweensample capacity and backpressure. This choice of material gives OPTI-LYNX trap users a myriad of sample processing options. An OPTI-LYNX trap cartridge may be set up in the loop of an injection or switching valve to facilitate on-line trapping. Alternatively, the largeparticle size is amenable to off-line, hand-loading applications. You can even combine the two: loading a trap off-line and then installingit in your LC for elution directly into the solvent flowpath. Additionally, OPTI-LYNX’s elegant hardware interface is ideal for automation orhigh-throughput environments.

OPTI-LYNX traps are available in a number of different chemistries to support all of your varying applications. We do realize, though,there is often a need for specific and/or special chemistries - do not fear. Optimize Technologies specializes in custom packing solutions.Please contact us if you do not see the phase/sorbents you require.

TRAP CARTRIDGES

bed code

OPTI-LYNX Trap Holder withTube Set for Rheodyne Valves

CODE BED

02868 4 µL

02870 20 µL

02872 40 µL

02874 100 µL

O P T I - LY N X ™ T R A P C A RT R I D G E S , 5 P K

11 — —

sorbent code

TA C18TB SCX

TD C18AQ

TE SAX

TF C8TG C4TH DVB

CODE SORBENT

Use the trap cartridge code table above to find the five digits that match the bed/volume yourequire. Then find the two letter packing code for your sorbent/phase. Complete your trap car-tridge part number by using these codes in the part number template located directly below thecode table.Example: a five pack of 20 µL trap cartridges with SCX sorbent would havepart number 11-02870-TB.

OPTI-LYNX™ TRAP HOLDER HARDWARE

11-02225-AAOPTI-LYNX In-Line Trap Cartridge Holder Includes:bayonet connector, holder cap/tube, fittings (OPTI-LYNX trap cartridges are ordered separately - please use the table above to find your part number)

10-20-02877 Tube Set, for OPTI-LYNX Trap Cartridges (Rheodyne Injection Valve)

10-20-02878 Tube Set, for OPTI-LYNX Trap Cartridges (Valco Injection Valve)These tube se t s come wi th two 30 cm leng ths o f 0.003” ID PEEK tub ing and 2 va lve por t f i t t i ngs des igned fo ruse wi th the spec i f ied in jec t ion va lve. Can a l so be used fo r mak ing in - l i ne connec t ions .

8 0 0 - 6 6 9 - 9 0 1 525

OPTI-PAKTM CAPILLARY TRAP CARTRIDGES

The OPTI-PAK Capillary Trap Cartridge utilizes the ultimate in engineering and fluidic design to deliver a trap column that is both easyto use, and extremely effective.

The OPTI-PAK is specially designed for use in today’s low volume applications. With bed volumes ranging from 0.12 µL to 5.0 µL, youcan be sure to find the perfect balance between sample capacity and trap volume. A packed stem, enabled by a proprietary methodof frit placement, places the packed bed directly into the flowpath, eliminating all excess swept volume. Less swept volume translates toan absolute minimum in sample dilution and dispersion. The unique hardware design integrates a PEEK holder with an auto-adjustingstem that fluidly interfaces to any 10-32 port, providing a zero-dead-volume connection no matter what the tube stop depth.

Install an OPTI-PAK into the outlet of a switching valve to facilitate the trapping, desalting, and pre-concentration of an analyte mixture.With OPTI-PAK’s versatility, you can even add a second trap downstream in the loop of an injection valve and effectively perform a 2Dseparation. The elegant, flexible design of OPTI-PAK makes it amenable to virtually any trapping application.

OPTI-PAK is available in a number of sorbents and chemistries to fit any application. Custom packing is also available - please contactus if you do not see the materials you require.

TRAP CARTRIDGES

with OPTI-PAK, trap cartridges with bed volumes as low as 0.12 µL can be installed into any 10-32 port

auto-adjusting stem for ZDV connection into any part

OPTI-PAK can be installed directly into the fitting port of aninjection valve. You can also install two or more OPTI-PAKsside by side in the same valve stator without interference.

U.S. PATENT NO.5,525,303

OPTI-PAK™ TUBE SETS10-13-02875 Tube Set, for OPTI-PAK Trap Cartridges (Rheodyne Injection Valve)

10-13-02876 Tube Set, for OPTI-PAK Trap Cartridges (Valco Injection Valve)These tube se t s come wi th one 30 cm leng th o f 0.003” ID PEEK tub ing and a va lve por t f i t t i ng des igned fo r usewi th the spec i f ied in jec t ion va lve. Can a l so be used fo r mak ing in - l i ne connec t ions . For vo lume -c r i t i ca l app l ica -t ions , we a l so o f fe r PEEKs i l t ub ing, wi th inner d iamete rs as low as 50 µm - p lease con tac t us fo r par t numbersand pr ic ing.

bed code

CODE BED

03328 0.12 µL

03324 0.25 µL

03317 0.50 µL

03225 1.00 µL

03229 2.00 µL

03233 5.00 µL

O P T I - PA K ™ T R A P C A RT R I D G E S , 5 P KI N C L U D E S : 5 O P T I - PA K h o l d e r s a n d c a r t r i d g e s

10 — —

sorbent code

TA C18TB C18AQ

TC C8TD C4TE SCX

TF SAX

TG DVB

CODE SORBENT

Use the trap cartridge code table above to find the five digits that match the bed/volume yourequire. Then find the two letter packing code for your sorbent/phase. Complete your trap car-tridge part number by using these codes in the part number template located directly below thecode table.Example: a five pack of 0.5 µL trap cartridges with SCX sorbent would havepart number 10-03317-TE.


VELOCITY® ANALYTICAL COLUMN SYSTEM

VELOCITY®

ANALYTICALCOLUMNSYSTEM

Liquid chromatography is no longer limited to the one-column one-assay set-up. Researchers are now being asked todo more, to screen thousands upon thousands of compounds, all in less time. This is why Optimize Technologiesoffers Velocity - a true quick-connect analytical column system.

Velocity incorporates the OPTI-LYNX system to provide connection in a quarter-twist. Rated to 6000 psi, Velocitycolumns are individually quality tested and certified to guarantee analytical performance. OPTI-LYNX quick-connecttechnology allows columns to be changed effortlessly. Scale down column dimensions, switch between stationaryphases, or swap methods in seconds - without the use of tools. Need to use a pre-column filter or guard column?With Velocity’s integral pre-column protection hardware, adding or changing guard columns and filters is as easy aschanging Velocity columns - just grab and twist.

Most importantly, Velocity and OPTI-LYNX hardware will not adversely affect your chromatographic applications.Velocity is not plagued by the shortcomings of other cartridge column designs - excessive dead volumes or hardwarethat is not an improvement over conventional designs. Velocity has been meticulously engineered to the most stringent of standards. All connections conduct liquid through low-volume interfaces eliminating hardware contributions to dispersion and peak broadening.

Velocity was designed with the researcher in mind. Our desire is to offer LC and LC/MS users a new way toapproach column hardware, and the discovery process in general. We invite you to browse the following pagesand discover how Velocity can help with your application.

Velocity: Keeping pace with the speed of discovery.

8 0 0 - 6 6 9 - 9 0 1 527

VELOCITY® APPLICATIONS

VELOCITY® ANALYTCAL COLUMN SYSTEM

Fmoc-derivatized amino acids are separated on a 30 mm Velocity column.

mAU

20

15

10

5

m0.5 1.0 1.5 2.0 2.5 3.0 3.5

ANALYTES1. Fmoc-Ala2. Fmoc-Trp OH3. Fmoc-Arg (PMC)-OH

EXPERIMENTAL CONDITIONSColumn: Velocity 4.6 x 30 mmPacking: Monitor C18 3 µmMobile Phase:

A: CH3CN with 0.035% TFAB: H20 with 0.05% TFA Gradient: 10-99% A in 5 minutes

Flow Rate: 3.5 mL/minDetection: UV @ 220 nm

FMOC AMINO ACIDS

Fmoc Amino Acid data courtesy of Dupont Pharmaceuticals Research Labs, San Diego CA.

V E L O C I T Y ®

mAU

160

140

120

100

80

60

40

20

0

2 4 6 8 10 12 14 min

ANALYTES1. Pyrilamine2. Chlorpheniramine3. Brompheniramine


20:80 CH3CN:Phosphate Buffer(20 mM, pH 2.5)

Flow Rate: 1mL/minDetection: UV @ 254 nm

ANTIHISTAMINES

Three common antihistamines are separated in a pH 2.5 phosphate buffer with 20% acetonitrile on a 4.6 x 50 mm Velocity column.


VELOCITY® ANALYTICAL COLUMN SYSTEM

Five tricyclic antidepressants are separated isocratically on a 50 mm Velocity column packed with Monitor C18.

mAU

200

175

150

125

100

75

50

25

min2 4 6 8 10 12 14

ANALYTES1. Protryptyline2. Nortryptiline3. Doxepin4. Imipramine5. Amitriptyline


15:85 CH3CN:Phosphate Buffer (20 mM, pH 7.0)

Flow Rate: 1mL/minDetection: UV @ 254 nm

TRICYCLIC ANTIDEPRESSANTS

0.04

0.03

0.02

0.01

0.00

min20

TOCHOPHEROLS

V E L O C I T Y ®

A gradient separation of Tochopherol, Chopherol &Tochopherol Acetate. This separation was performed usinga standard 150 mm column equipped with OPTI-LYNX quick-connect end-fitting hardware. See page 83 for more information.

ANALYTES1. Tochopherol2. Chopherol3. Tochopherol acetate

EXPERIMENTAL CONDITIONSColumn: Velocity 4.6 x 150 mmPacking: Monitor C18 5 µmMobile Phase: 4:96 H2O:CH3OHFlow Rate: 0.5 mL/minDetection: UV @ 292 nm

8 0 0 - 6 6 9 - 9 0 1 529

VELOCITY ANALYTICAL COLUMN SYSTEM

V E L O C I T Y ®PHASES & CHEMISTRIES

SPECS ADVANTAGESManufacturer: Column Engineering, Inc.Particle Size: 3 µm, 5 µmPore Size: 100 ÅCarbon Loading: 17.5%Surface Area: 350 m2/grampH Range: 1 - 9.5C8

Manufacturer: Eka NobelParticle Size: 3 µm, 5 µmPore Size: 100 ÅCarbon Loading: 17.5%Surface Area: 300 m2/grampH Range: 2 - 9.0Silica, C8, C4, C1, NH2

Manufacturer: Column Engineering, Inc.Particle Size: 3 µm, 5 µmPore Size: 100 ÅCarbon Loading: 16.0%Surface Area: 200 m2/grampH Range: 2 - 9.0Silica, C8, C4, C1, CN

-Improved peak shape forbasic and acidic compounds

-Very reproducible results-Low back pressure for longercolumn life

-Low back pressure-Cost-effective for scale-up-Good peak symmetry forbasic compounds

-Chemical and mechanical stability

-Reproducibility-Cost-effective

MO

NIT

OR

C1

8K

RO

MA

SIL

C1

8R

ELIA

SIL

C1

8

Velocity cartridge columns are available standard in three ODS materials,each available in 3 µm and 5 µm particle sizes. We also offer a selection of custom phases at non-custom prices.

VELOCITY® - STANDARD PHASESMONITOR C18Monitor C18 is a top-quality phase, providing excellent stability andreproducibility, and minimal secondary interaction. Monitor is a perfectchoice for reversed phase separations requiring thoroughly base-deacti-vated columns, and excels in challenging pharmaceutical and peptideseparations.

KROMASIL C18Kromasil C18 is a popular material for pharmaceutical/bioscience applications. Kromasil offers excellent chemical and mechanical stability.

RELIASIL C18Reliasil is an oligomerically derivatized silica gel. It is preferred by manychromatographers for its chemical stability and effectiveness in thereversed phase separation of peptides, pharmaceuticals and derivatizedamino acids.

VELOCITY® - CUSTOM PHASESThese custom phases are available without a custom surcharge (a smallminimum order requirement and short lead time do apply). Please seepage 33 for details on the bonded phases we offer.

INERTSIL® : (150 Å, 3 µm or 5 µm) Made by: G.L. Sciences Inc., JapanInertsil sees extensive use in the pharmaceutical industry. ODS-2 and C8bonded phases elute many basic pharmaceutical compounds with goodsymmetry and resolution.

NUCLEOSIL® : (100 Å or 300 Å, 3 µm or 5 µm)Made by: Machery-Nagel, GermanyUsed worldwide for a variety of applications, Nucleosil packings areavailable with a broad range of pore diameters beyond those listed here- please enquire.

. . . . . . . . . . . . . . . . .Silica, ODS-2, C8, C4, Phenyl

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Silica, C18, C8, C4, CN, NH2

HARDWAREVelocity is based on the OPTI-LYNX system, and therefore,uses the same four basic components: bayonet connector,insert, slotted connector, and holder cap. All columns ofthe same length share the same external dimensions, soswitching between different IDs and packings requires no change inthe hardware configuration. Need to change column lengths? Noproblem. Just unscrew and install the appropriate slotted connectortube - no need to re-plumb any solvent lines. Once you are ready to go, a simple quarter-twist engages the OPTI-LYNX connection. And the actuation torque is so small, youwill have more trouble opening a pickle jar.

Velocity Hardware Base Kits contain all the components you need to use Velocity cartridgecolumns with your HPLC system. These kits differ only in the number and length of holdertubes included. Choose your base kit according to the column lengths you’ll be using, or geta complete set at once.


HOW DOES VELOCITY® WORK?


velocity cartridge holder capbayonet connector slotted connector

- HA Discovery Set (15, 30 & 50 mm holder tubes) - HB Complete Set (15, 30, 50 & 100 mm holder tubes)- HC 15 mm holder tube only- HD 30 mm holder tube only- HE 50 mm holder tube only- HF 100 mm holder tube only

VELOCITY® HARDWARE BASE KITIncludes: Holder Cap, Bayonet Connector, Fittings, and the following Holder Tubes (as listed below).12-02398 - **

Replace the asteriskswith the two-lettercode for the holdertubes you require in your velocityhardware base kit.

V E L O C I T Y ®

Use Velocity columns of any length with the same quick-connect hardware -just install the right holder tube, and you're ready to go.

Velocity Hardware Base Kit (Discovery Set)

8 0 0 - 6 6 9 - 9 0 1 531

INTEGRATED PROTECTIONThe synthesis of OPTI-LYNX with analytical columns provides the simplest way to connect and changecolumns, whether it is for application development, highthroughput screening, or any other application. But in additionto its ease of use, OPTI-LYNX also provides a means for easily integrating pre-column protection to your Velocity columns.

The Velocity Coupler allows pre-column protection devices to be coupled directly toyour Velocity analytical column without the need for additional connecting tubing or fittings. To add pre-column protection, simply remove the bayonet connector andreplace it with a coupler. Install the insert of your choice, filter or guard, to provide thedesired level of pre-column protection.


50 mm

30 mm

15 mm

100 mm

V E L O C I T Y ®

coupler pre-column filter or guard cartridge

Velocity Coupler Upgrade Kit

VELOCITY® COUPLER UPGRADE KIT12-02407-AA Velocity Coupler Upgrade Kit Includes: Coupler, Holder Cap,

Guard Column Holder Tube, Filter Holder Tube, and FittingFor de ta i l s and order ing in fo rmat ion on pre -co lumn f i l te r s and guard co lumns, p lease see pages 15 and 21, respec t i ve ly.


VELOCITY®BUILDING PART NUMBERS

V E L O C I T Y ®

CHOOSE YOUR DIMENSION, CHOOSE YOUR PHASE, AND BUILD YOUR VELOCITY CARTRIDGE PART NUMBER

Velocity cartridge columns use a modular part number structure of the form12-01234-PC. The five middle digits are a dimension code correspondingto a unique column bed length and diameter, while the two letters at the endare a packing code denoting a specific packing material (brand, bondedphase, particle size, and porosity). Once you know the column dimensionand packing material you need, you can build your Velocity part number.

Use the dimension code table to find the five digits that match the diameter/length you require. Then find the two letter packing code for your phase in the packing code table. Finally, complete your Velocity column part number by using these codes as shown in the part number template below.

12 — —packing codedimension code

8 0 0 - 6 6 9 - 9 0 1 533

BUILDING PART NUMBERS

V E L O C I T Y ®

BUILDING YOUR PART NUMBER

Looking for a 2.1 x 50 mm Velocity column packed with Monitor 5 µm C18material? The dimension code for 2.1 x 50 mm is 02403, and the packingcode for Monitor C18 5 µm is MB. All Velocity part numbers start with 12, sothe part number for this column will be 12-02403-MB.

If you need a 4.6 x 100 mm Velocity column packed with Reliasil 100 Å/3 µmSCX, your dimension code is 02424 and your packing code is RQ. Therefore,the part number for this Velocity column will be 12-02424-RQ.

✝ denotes standard/stocked phases, all others listed are custom phases

INERTSIL 100 Å KROMASIL 100 Å MONITOR 100 Å NUCLEOSIL 100 Å RELIASIL 100 Å RELIASIL 300 Å

IB ODS-2 5 µm KA C18 3 µm ✝ MA C18 3 µm ✝ NA C18 3 µm RA C18 3 µm ✝ LA C18 3 µmID C8 5 µm KB C18 5 µm ✝ MB C18 5 µm ✝ NB C18 5 µm RB C18 5 µm ✝ LB C18 5 µmIF C4 5 µm KC C8 3 µm MC C8 3 µm NC C8 3 µm RC C8 3 µm LC C8 3 µmIN Phenyl 5 µm KD C8 5 µm MD C8 5 µm ND C8 5 µm RD C8 5 µm LD C8 5 µmIP Silica 5 µm KE C4 3 µm NI Amino 3 µm RE C4 3 µm LE C4 3 µm

KF C4 5 µm NJ Amino 5 µm RF C4 5 µm LF C4 5 µmKG C1 3 µm NK Cyano 3 µm RI Amino 3 µm LG C1 3 µmKH C1 5 µm NL Cyano 5 µm RJ Amino 5 µm LH C1 5 µmKI Amino 3 µm NO Silica 3 µm RK Cyano 3 µmKJ Amino 5 µm NP Silica 5 µm RL Cyano 5 µmKO Silica 3 µm RQ SCX 3 µmKP Silica 5 µm RR SCX 5 µm

RS SAX 3 µmRT SAX 5 µm

VELOCITY PACKING CODES: STANDARD & CUSTOM codes in gold

VELO

CIT

YDI

MEN

SIO

NC

OD

ES

CODE ID LENGTH

02401 2.1 mm 15 mm

02402 2.1 mm 30 mm

02403 2.1 mm 50 mm

02404 2.1 mm 100 mm

02411 3.0 mm 15 mm

02412 3.0 mm 30 mm

02413 3.0 mm 50 mm

02414 3.0 mm 100 mm

02421 4.6 mm 15 mm

02422 4.6 mm 30 mm

02423 4.6 mm 50 mm

02424 4.6 mm 100 mm


ORIGINAL EQUIPMENT MANUFACTURERS

PARTS FOR OEMSYSTEMS

OPTIMIZE COMPONENTS FOR HPLC SYSTEMSIn the following pages, you will find a list of replacement HPLC components designed specifically for OEMHPLC/solvent delivery systems. At Optimize Technologies, we precision machine our components to the most exacting standards in the industry. Everything in the manufacturing process is controlled to ensure the continuing quality that has long been associated with the Optimize name, from the individual matching of check valve ball andseat sets to the proprietary blend of materials in our seals - that’s the Optimize advantage.

OPTIMIZE AND OEM COMPONENTSMost instrument manufacturers will tell you quite emphatically that for optimal instrument performance, you should onlyuse components that fit their performance specifications. At Optimize, we could not agree more. That is why everyreplacement component we offer is designed to meet or exceed original equipment specifications - guaranteed. Infact, several major OEM manufacturers incorporate Optimize components as original equipment on their new HPLCinstruments. They realize the impact Optimize quality can have on instrument performance.

OPTIMIZE INNOVATIONAt Optimize, innovation is the driving force. Although we offer a comprehensive selection of components for mostbrands of HPLC systems, we are always in the process of R&D to discover new products that will save your laboratory time and money. If you have a need for a product you do not see in this catalog, please call a technicalsupport representative to discuss your particular fluid handling needs.

8 0 0 - 6 6 9 - 9 0 1 535

HPLC FINDERTMHPLC BRAND MODELS PAGE NO.

ABI/Kratos Spectraflow 400 42

Agilent 1050, 1090, 1100 43-45

Alcott Micromeritics 760 49

Anspec SM 909 49

Beckman/Altex 100A, 110A/B, 112/112M, 114/114M, 116, 118, 125, 126, 127, 128 46-47

Bio-Rad 1330, 1350, 1350T, 2700 48

Bischoff 2200 49

Dionex DQP, GPM-1&2, DRP, DXP, AGP, 2000, 4000, GP-40, IP-20 50

ESA Model 580, 582 56-57

Gilson (Varian) All Pumps with 5, 10 or 25 mL S/SC Heads 62

Gynkotek 300, M480 42

Hewlett Packard See Agilent 43-45

Hitachi 655, L-6000, L-6200/6200A, L-7100/LaChrom 51

Isco 2300, 2350 71

Jasco BIP-1, 880/980 Series 52

LDC/Milton Roy All Analytical Pumps (including Constametric, Minimetric, Minipump) 59

LKB 2150, 2248 53

Perkin-Elmer Series 1, 2, 3, 3B, 4, 10, Model 250, 200, 400, 410, 620, Integral 4000 54-55

Rainin (Varian) HP, HPX, HPXL, SD 200/300 62

Shimadzu LC-10AT, LC-10ATVP, LC-10AD, LC-10ADVP, LC-10AS, LC-9A, LC-600, LC-8A 56-57

Spectra-Physics 8700, 8800, 8810, IsoChrom, P-Series 60-61

SSI 200 Series, Model 300 58

ThermoSeparations See LDC, Spectra-Physics for model listings 59-61

Varian 2010, 2510, 9000 Star/9000 Series (also see Gilson/Rainin) 63

Waters Alliance/2690, M45/45G, 501, 510, 515, 590, 600/600E, 610, 64-69616, 625/626, 650, 6000, 6000A, DeltaPrep 3000 (#4 and #6 Heads)

HPLC FINDER


OPTI-MAX®

OPTI-MAX®

Check valves are a crucial, yet often overlooked component of the HPLC system. While a properly functioning checkvalve is virtually unnoticeable, an improperly functioning check valve can lead to a noisy baseline, pressure fluctuations, and inconsistent flow. Because a check valve can have such a large impact on the performance of yourpump, it is imperative when choosing your replacement check valves you choose the very best. Of course, webelieve that the OPTI-MAX check valve system is the very best - we wouldn't sell it if we didn't. But don't take ourword for it; read on for the innovations Optimize Technologies has done for the check valve. And as with anyOptimize part, if you’re not satisfied, return it for a refund.

BEST SEAT IN THE HOUSEA check valve can only function effectively if it is seating properly, reacting to changes in the piston direction. Theseating process is fairly simple - the ball lands on the seat and creates a seal - but there are many factors that contribute to optimal seating. At Optimize Technologies, we have engineered our check valves to be as responsiveas possible, scrutinizing every possible detail.

Each ball and seat set is individually matched to ensure a lock and key fit. This guarantees 3 bubbles/minute orless in the industry standard nitrogen bubble test; common acceptable standards are 12 bubbles or less. We havealso cut down on the ball travel distance within the check valve: less distance to travel means quicker seating andresponse. OPTI-MAX check valves are also available with a ceramic ball and seat. Ceramic is the recommendedmaterial because it is denser than ruby and can result in better performance in certain solvents.

8 0 0 - 6 6 9 - 9 0 1 537

OPTI-MAX®

stainless steel cartridge

PEEK cartridge

ceramic ball & seat

ruby ball w/sapphire seat

When mechanical strength is paramount and biocom-patibility is not a requirement, stainless steel car-tridges are the best choice.

Use PEEK cartridges for biocompatible HPLC systemswith non-metallic flowpaths, for high temperatureapplications, and with high percentages of THF.

Advantageous in some situations due to its higherdensity, which can make the valve more responsive,and help the ball seat faster in lighter solvents.

The classic ball and seat combination - each pairmatched to the same exacting standards as ourceramic ball/seat sets.

OPTI-MAX® CARTRIDGES: A UNIVERSAL SOLUTIONA single OPTI-MAX cartridge is interchangeable across multiple pump brands andwill function in either the inlet or outlet position. The same OPTI-MAX cartridge willfit into OPTI-MAX housings for pumps by Waters, Shimadzu, Agilent/HP, andmost other OEM solvent delivery systems. This allows you to minimize the numberof spare check valve cartridges you keep on hand and dramatically reduce thecost of inventory required to cover your maintenance needs.

FREE-TURNTM HOUSINGMake it easier for the user: that is somewhat of a mantra at Optimize. We were the firstto introduce the concept of the free-turn housing: a housing where the thread that tightensthe housing into a pump head spins independently from the inner housing body. Thisenables you to change out a check valve without having to disconnect any tubing - a greatidea, born in efficiency. Most OPTI-MAX check valve housings feature the Free-Turn design.To see if they are available for your system, look for the Free-Turn logo next to the OPTI-MAX listings for your HPLC.

A CHOICE OF MATERIALSOPTI-MAX cartridges are available in several different sizes and combinations of body and ball/seat materials, all manufactured andleak-tested to meet the same high standard of performance.

OPTI-MAX Free-Turn housings can be removed withthe tubing still attached, speeding check valvemaintenance and reducing fitting wear.

the same OPTI-MAX cartridge can be used withmany different HPLC systems, in either the inlet oroutlet position

C A R T R I D G E M A T E R I A L O P T I O N S

The second middle digit denotes cartridge andball/seat material - modifythis digit if you want to ordera different cartridge materialcombination.

The first middle digit specifies ball size. For betterperformance at microboreflow rates, microbore (1/16”)cartridges can be substitutedfor the standard (1/8”) size.High flow (3/16”) cartridgesare not interchangeable withthe other two sizes.

CODE BALL SIZE OPTIONS

CODE

X X X X X

6 SS/Ceramic

7 SS/Ruby

8 PEEK/Ceramic

9 PEEK/Ruby

MATERIAL OPTIONS

XX — —

4

5

Microbore - 1/16”

Standard - 1/8”

ball sizecode

materialcode

C A R T R I D G E M A T E R I A L C O D E S


SEALS & PISTONS

SEALS &PISTONS

OPTI-SEAL® OR ITBOptimize Piston Seals are the longest lasting seals you can buy. Machined from either of two proprietary polymerblends, UHMW-PE or ITB, Optimize Seals provide the ultimate in high-pressure sealing capacity. For mostly aqueous/aqueous-buffered mobile phases, the OPTI-SEAL UHMW-polyethylene is the wisest choice. Speciallydesigned to be more resistant to abrasion and wear than standard polyethylene-based seals, they can last up toseven times longer under mostly aqueous conditions. Despite the UHMW-PE’s ruggedness, it has a coefficient of friction approaching that of Teflon. The homogenous polymer nature leads to less shedding, but when shedding doesoccur, a larger, stringier particle is produced that is easily caught by a filter frit.

PTFE-based Improved Teflon Blend (ITB) seals are a superior choice for applications with elevated temperatures, highorganic content, or when the broadest possible solvent compatibility is required. ITB seals tend to be softer than thosemade from UHMW-PE making them more forgiving at high pressures where piston side-loading or misalignment mayoccur. This softer nature also leads to more shedding, but the ITB proprietary blend is designed to shed particles thatare large enough to be caught at the surface of a standard 2 µm frit, not embed within it.

PISTONSOptimize sapphire pistons offer optimal concentricity and resistance to wear. Each sapphire rod is specifically cut inrelation to the grain of the crystal lattice, giving maximal resistance to breakage and superior wear characteristics.Attachment of the rod to the piston ferrule, an often overlooked procedure, is performed through a proprietary processensuring concentricity, an important parameter that has a direct effect on seal lifetime.

Seals and pistons are, by design, a consumable part of the HPLC pump and should be replaced on a regular preventative maintenance schedule. To maintain peak performance and unplanned downtime, piston seals shouldbe replaced every three to six months, while sapphire pistons require inspection every six months with yearly or as-needed replacement.

8 0 0 - 6 6 9 - 9 0 1 539

SEAL FORM TOOL KIT

Installing a piston seal can be a tricky undertaking. You have to fit a relatively small seal intothe seal cavity, and do it in such a way to ensure that it is pressed in evenly without distortion or damage. The Optimize Seal Forming/Insertion Tool Kit was specificallydesigned to aid in this endeavor.

This kit contains three tools to accommodate all of your HPLC piston seals. One end has abeveled cavity for seal forming, while the other end is an insertion support for perfect sealinstallation. Also included with each kit are complete instructions for maximizing seal life,and a solvent compatibility guide to aid in prudent seal material selection.

SEAL FORM TOOL KIT

first, the piston seal is formed bypressing the tool onto the seal jacket

then, the seal is pressed into the pump headseal cavity using the insertion support.

Seal Forming/Insertion ToolSeal Forming/Insertion Tool Kit

10-10-02695 Includes: Three Forming/Insertion Tools (S, M, L),Instruction Booklet & Solvent Compatibility Chart

Tip: For best performance, always use methanol or isopropanol to presoak piston seals for five to ten minutes prior to installation, and to wet all matingsurfaces (seal, piston, seal cavity) as the seal is formed and installed.

forming cavities in three different sizes let you pick the best toolfor the seal you are installing


LAMPS

LAMPS

Optimize offers a broad selection of lamps for OEM HPLC detectors. The high quality standardlamps come with a guaranteed 1,000 hour lifetime. We also offer our DX2 DoubleLife Lamps.These long-life lamps are made using only top quality components and come with a 2,000 hourlifetime guarantee. Find standard and DX2 deuterium lamps for your detector in the tables onthese pages, or within the OEM component sections of this catalog.

Agilent/HP27-32-02844

Agilent/HP27-32-02817

ABI/Kratos21-32-02812

Agilent 110027-32-02846

Agilent 1100 27-32-02845

Gilson/Rainin26-32-01295

Hitachi28-32-02829

Bischoff24-32-02838

LampsPART # OEM LAMP TYPE MODEL OEM #21-32-02812 ABI/Kratos DX2 DoubleLife D2 2900-0489

27-32-02817 Agilent/HP Deuterium 1050 VWD A-Series (lamp only - no holder) 79853-6002

27-32-02827 Agilent/HP Deuterium 1100 CE

27-32-02844 Agilent/HP DX2 DoubleLife D2 1050 DAD, 1090

27-32-02845 Agilent/HP DX2 DoubleLife D2 1100 DAD 5181-1530

27-32-02846 Agilent/HP DX2 DoubleLife D2 1100 VWD

22-32-02830 Beckman DX2 DoubleLife D2 M-168 240295

22-32-02833 Beckman DX2 DoubleLife D2 M-166/163, Altex 166 239372

22-32-02834 Beckman DX2 DoubleLife D2 P/ACE 2000

23-32-02081 Bio-Rad Deuterium MDL 1790

23-32-02716 Bio-Rad Deuterium 1350A/1306 (lamp only - no holder) 9300566

23-32-02828 Bio-Rad Tungsten MDL 1790

24-32-02818 Bischoff Deuterium Lambda 1000

24-32-02838 Bischoff DX2 DoubleLife D2 SP6, LATEK VISI-6

25-32-02081 Dionex Deuterium VDM-1, DSA-1

25-32-02820 Dionex Deuterium CES I, VDM-2

26-32-01295 Gilson/Rainin Deuterium 112 (lamp only - no holder)

26-32-02813 Gilson/Rainin Deuterium Spectrochrome (lamp only - no holder))

26-32-02819 Gilson/Rainin Deuterium Holochrome

26-32-02826 Gilson/Rainin Deuterium 115, 116, 117, 118, 119

28-32-02829 Hitachi DX2 DoubleLife D2 885-1000

42-32-02841 Jasco DX2 DoubleLife D2 870, 875, 975 A-Series

42-32-02842 Jasco DX2 DoubleLife D2 970, UV-1570, -1575, 975 B/C Series

31-32-01295 LDC/Milton Roy Deuterium 3100, 3200, 4000, 4100, 4200,

Spectromonitor I-II-III-D (lamp only - no holder)

31-32-02824 LDC/Milton Roy Deuterium 5000 (PDA)

200, 300, 330, 340, 2000, 3200, L2500, -3000, -4000, -4200, -4250, -4500, -7000, LaChrom L7400, -420, -450, DAD, 655A22, U1100, -2000, -3210, -3410, -3501, -4001

SF 757, 759A, 770, 773, 783, 783A, 785A, 970, 980, 15X, 120A, 130A, 230A, 270A, 471A

8 0 0 - 6 6 9 - 9 0 1 541

LAMPS

LDC/Milton Roy31-32-01295

Perkin-Elmer33-32-02829

Shimadzu34-32-02836

Shimadzu34-32-02837

Spectra-Physics35-32-02081

LampsPART # OEM LAMP TYPE MODEL OEM #32-32-02815 LKB Deuterium 2140 (lamp only - no holder)

32-32-02816 LKB Deuterium 2141 (lamp only - no holder)

32-32-02821 LKB Deuterium Ultraspec I-II-III

32-32-02832 LKB DX2 DoubleLife D2 2151

33-32-02829 Perkin-Elmer DX2 DoubleLife D2 200, 320, 330, 340, 556, 557

33-32-02840 Perkin-Elmer DX2 DoubleLife D2 AAS 1100 (B), AAS 2100, AAS 4100

33-32-02843 Perkin-Elmer DX2 DoubleLife D2 LC 290

34-32-02082 Shimadzu Deuterium SPD-10A, -10AV, -M10A 228-34016-02

34-32-02836 Shimadzu DX2 DoubleLife D234-32-02837 Shimadzu DX2 DoubleLife D2 SPD-10A, -10AV, -M10A

34-32-02838 Shimadzu DX2 DoubleLife D2 SPD-2A, SPD-6A (V)

35-32-01295 Spectra-Physics Deuterium 8200, 8400, 8440, 8450, 8480, 8490 A1480-010

35-32-01333 Spectra-Physics Deuterium Focus 9551-0023

35-32-02081 Spectra-Physics Deuterium 9551-0202

38-32-01637 Varian Deuterium 2550

38-32-02716 Varian Deuterium 2050 (lamp only - no holder)

38-32-02814 Varian Deuterium

38-32-02831 Varian DX2 DoubleLife D2 Vista 5000-5500, UV-50, -100, -200, -9050

39-32-01175 Waters Mercury 440, 441 97323

39-32-01176 Waters Zinc 441 97723

39-32-01177 Waters Cadmium 441 97731

39-32-01178 Waters Quartz 150C 75631

39-32-01179 Waters Deuterium 484 80357

39-32-01185 Waters Incandescent, 5 pk Various 05093

39-32-01294 Waters Deuterium 450 98946

39-32-01295 Waters Deuterium 480, 481, 481AZ 99499

39-32-02822 Waters Deuterium 990, 991, 994

39-32-02823 Waters Deuterium 486

39-32-02825 Waters Deuterium 2487, Alliance S081142

39-32-02831 Waters DX2 DoubleLife D2 486 80678

39-32-02835 Waters DX2 DoubleLife D2 996

Varian38-32-01637

Waters39-32-02835

Waters39-32-02825

UV-120, -160(A), -240, -250, -260, -365, -625, -1200 Series, -1600 Series, -2100, -3000, -3100

100, 200, UV-100, -150, -200, -1000, -2000, Focus-2000, CE-100, -500, -1000, -2000

75 Series, AA 275, -400, -475, -775, -875, -975, -1275, -1475, -3000, Spectra AA10, -20, -30, -40, UV Superscan


ABI/KRATOS/GYNKOTEK

CHECK VALVES, SEALS, PISTONS & LAMPS

OPTI-MAX® Cartridge Check ValvesABI/KRATOS SPECTRAFLOW 400 OEM #21-■56-00451 OPTI-MAX Inlet Housing & Cartridge 7200-0060

21-■56-00460 OPTI-MAX Outlet Housing & Cartridge 7200-0062

10-■56-02004 OPTI-MAX Replacement Cartridges, 1/8" ball, 2/pk

GYNKOTEK 300 & M48044-■46-00451 OPTI-MAX Inlet Housing & Cartridge 5005-3200


10-■46-02004 OPTI-MAX Replacement Cartridges, 1/16" ball, 2/pkOPTIONS: Sta in less s tee l/ceramic OPT I -MAX car t r idges are l i s ted above. For o ther op t ions , change shaded boxes accord ing ly - p lease see page 37.

Seals & PistonsABI/KRATOS SPECTRAFLOW 400 OEM #21-36-00437 OPTI-SEAL UHMW-PE Piston Seal 7200-0087

21-36-00439 OPTI-SEAL UHMW-PE Piston Seal, 10/pk 7200-0087

21-34-00434 Sapphire Piston 1400-1970

GYNKOTEK 300 & M48044-36-00437 OPTI-SEAL UHMW-PE Piston Seal 2266-0304

44-36-00439 OPTI-SEAL UHMW-PE Piston Seal, 10/pk

44-34-00434 Sapphire Piston 2267-0032

LampsABI/KRATOS SPECTRAFLOW 400, GYNKOTEK 300 & M480 OEM #21-32-02812 DX2 DoubleLife Lamp, D2 2900-0489

OPTI-MAX forABI/Kratos/Gynkotek

21-34-00434

inlet

outle

t

ABI/Kratos21-32-02812

SF 757, 759A, 770, 773, 783, 783A, 785A, 970, 980, 15X, 120A, 130A, 230A, 270A, 471A

8 0 0 - 6 6 9 - 9 0 1 543

AGILENT

PURGE VALVE UPGRADE KIT FOR AGILENT 1100/1050

In-line filtration is a necessity for protecting downstream components from damage andblockages due to particulates. But what use is a filter if it is never replaced? The placementof the Agilent/HP PTFE filter is buried deep within the pump head making what is usually aquick job, into a laborious procedure. Optimize continues its tradition of innovative solutionswith the Purge Valve Upgrade Kit.

The Purge Valve Upgrade Kit resolves this difficulty by permanently replacing the PTFE filterwith a low volume PEEK insert, and then relocating the filter frit to an easily accessibleholder on the side of the purge valve. What once was a cumbersome production of changing the filter becomes a quick and easy task.

PURGE VALVE UPGRADE KIT

Purge Valve Upgrade Kit27-31-02277 Purge Valve Upgrade Kit for Agilent/HP 1100, 1050

Includes: Filter Holder, PEEK Insert and 2 Filter Elements (2.0 µm)

10-04-00100 Replacement Frits, 0.5 µm, 10/Pk

10-04-00103 Replacement Frits, 2.0 µm, 10/Pk

filter is relocated to aneasily accessible holder- never remove yourpurge valve again!

PEEK insert replaces original PTFE frit

our free-turn filter holder lets you change frits with-out removing any tubing


AGILENT


OPTI-MAX® Cartridge Check ValvesAGILENT/HP 1050, 1100 OEM #27-■56-01330 OPTI-MAX Outlet Housing & Cartridge 01018-60008

10-■56-02004 OPTI-MAX Replacement Cartridges, 1/8" Ball, 2/pk

27-38-02363 Replacement Cartridge for Active Inlet Valve 5062-8562OPTIONS: Sta in less s tee l/ceramic OPT I -MAX car t r idges are l i s ted above. For o ther op t ions , change shaded boxes accord ing ly - p lease see page 37.

OEM-Type Check ValvesAGILENT/HP 1090 OEM #27-38-00680 Inlet Housing & Cartridge 79835-25211 & 79835-67101

27-38-00682 Outlet Housing & Cartridge 79835-25211 & 79835-67101

27-38-00672 Replacement Cartridges, 2/pk 79835-67101

Seals, Pistons and Other PartsAGILENT/HP 1050, 1100 OEM #27-36-01570 OPTI-SEAL UHMW-PE Piston Seal 0905-1420


27-36-01572 ITB PTFE Piston Seal 5063-6589

27-36-01573 ITB PTFE Piston Seal, 10/pk

27-36-02364 OPTI-SEAL UHMW-PE Wash Seal 0905-1175

27-36-02366 ITB PTFE Wash Seal 0905-1175

27-36-02851 Gasket Wash Seal, 6/pk 5062-2484

27-04-02852 PTFE Frits, 5/pk 01018-22707

27-31-02853 2-in-1 Seal Cap* 5062-2485/5001-3707

27-34-00658 Sapphire Piston 5063-6586see nex t page fo r more sea l s and p is tons

Active InletCheck Valve Cartridge

OPTI-MAX forAgilent/HP

Agilent/HP 1090, outlet housing & cartridge

27-36-0157027-36-02364

27-36-01572

27-34-00658

27-36-02366

8 0 0 - 6 6 9 - 9 0 1 545

SEALS, PISTONS & LAMPS

Autosampler Replacement PartsAGILENT/HP 1100 OEM #27-31-03212 Rotor Seal Assembly 0100-1853

27-31-03215 Needle G1313-87201

27-31-03329 Needle Seat Assembly G1313-87101

Seals & PistonsAGILENT/HP 1090 OEM #27-36-00663 OPTI-SEAL UHMW-PE Piston Seal 0905-1194




27-34-00671 Sapphire Piston 3980-0672

Lamps OEM #27-32-02817 D2 Lamp, 1050 VWD A-Series (lamp only - no holder) 79853-6002

27-32-02827 D2 Lamp, 1100 CE

27-32-02844 DX2 DoubleLife Lamp, D2, 1050 DAD, 1090

27-32-02845 DX2 DoubleLife Lamp, D2, 1100 DAD 5181-1530

27-32-02846 DX2 DoubleLife Lamp, D2, 1100 VWD

* 2-in-1 Seal Cap for Agilent/HP 1050, 1100

Our 2-in-1 Seal Cap replaces both the OEM outletgold seal and outlet cap with a single component.Use it on your purge valve, OEM outlet check valve,or anywhere else on your 1100/1050 systemwhere gold seals and outlet caps are required.

2-in-1 Seal Cap on Agilent purge valve base

see previous page for ordering info

27-36-00665 27-36-00663

27-34-00671

Agilent 1100 DAD 27-32-02845

Autosampler Replacement Parts

NEW!


BECKMAN/ALTEX

CHECK VALVES, SEALS & PISTONS

OPTI-MAX® Cartridge Check Valves110A, 110A/B, 112/112M, 114/114M, 116, 118, 125, 126, 127, 128 OEM #22-6■6-00516 OPTI-MAX Inlet Housing & Cartridge 240720

22-6■6-00520 OPTI-MAX Outlet Housing & Cartridge 240721

10-6■6-02005 OPTI-MAX Replacement Cartridges, 3/16" Ball, 2/pkOPTIONS: Sta in less s tee l/ceramic OPT I -MAX car t r idges are l i s ted above. For o ther op t ions , change shaded boxes accord ing ly - p lease see page 37.

OEM-Type Check Valves100A, 110A/B OEM #22-38-00503 Inlet Check Valve Assembly (Old Style) 243054

22-38-00506 Inlet Check Valve Rebuild Kit (rebuilds one)

112/112M, 114/114M, 116, 118, 125, 126, 127, 12822-38-00504 Inlet Check Valve Assembly (Old Style) 243038

22-38-00507 Inlet Check Valve Rebuild Kit (rebuilds one)

100A, 110A/B, 112/112M, 114/114M, 116, 118, 125, 126, 127, 12822-38-00505 Outlet Check Valve Assembly (Old Style) 243040

22-38-00502 Outlet Check Valve Rebuild Kit (rebuilds one)

Seals & Pistons100A, 110A/B OEM #22-36-00498 OPTI-SEAL UHMW-PE Piston Seal 887138


22-36-00492 ITB PTFE Piston Seal 887138


22-34-00477 Sapphire Piston, 100A 243044

22-34-00475 Sapphire Piston, 110A/110B, 112/112M 243053

22-36-00498

Inlet Check Valve Assembly (Old Style).

Outlet Check Valve Assembly (Old Style)

22-36-00492

22-34-00477

OPTI-MAX for Beckman/Altex

inlet

outle

t

8 0 0 - 6 6 9 - 9 0 1 547

SEALS, PISTONS & LAMPS

Seals & Pistons105,110 PREP OEM22-36-00484 OPTI-SEAL UHMW-PE Piston Seal 887139




112/112M22-36-00482 OPTI-SEAL UHMW-PE Piston Seal 236797

22-36-00483 OPTI-SEAL UHMW-PE Piston Seal,10/pk



22-34-00475 Sapphire Piston, 110A/110B, 112/112M 243053

114/114M, 116, 12622-36-00500 OPTI-SEAL UHMW-PE Piston Seal 241037

22-36-00501 OPTI-SEAL UHMW-PE Piston Seal,10/pk



22-34-00476 Sapphire Piston 240714

Lamps OEM22-32-02830 DX2 DoubleLife Lamp, D2, Beckman M-168 240295

22-32-02833 DX2 DoubleLife Lamp, D2, Beckman M-166/163, Altex 166 239372

22-32-02834 DX2 DoubleLife Lamp, D2, Beckman P/ACE 2000

22-36-00484

22-36-00486

22-36-00482

22-36-00494

22-34-00475

22-36-00500

22-36-00496

22-34-00476


BIO-RAD


OPTI-MAX® Cartridge Check Valves1330, 1350 OEM #23-■56-00546 OPTI-MAX Inlet Housing & Cartridge 125-0306


10-■56-02004 OPTI-MAX Replacement Cartridges, 1/8" Ball, 2/pkOPTIONS: Sta in less s tee l/ceramic OPT I -MAX car t r idges are l i s ted above. For o ther op t ions , change shaded boxes accord ing ly - p lease see page 37.

Seals & Pistons1330, 1350, 1350T, 2700 OEM #23-36-00534 OPTI-SEAL UHMW-PE Piston Seal 125-0302




23-34-00530 Piston, 1330, 1350, 1350T 125-0304

Lamps OEM #23-32-02081 D2 Lamp, MDL 1790

23-32-02716 D2 Lamp, 1350A/1306 (lamp only - no holder) 9300566

23-32-02828 Tungsten Lamp, Bio-Rad MDL 1790

23-36-00531

23-34-00530

23-36-00534

inlet

outle

t

OPTI-MAX for Bio-Rad

Bio-Rad23-32-02081

8 0 0 - 6 6 9 - 9 0 1 549

BISCHOFF


OPTI-MAX® Cartridge Check ValvesBISCHOFF 2200, ANSPEC SM909, ALCOTT MICROMERITICS 760 OEM #24-■56-00576 OPTI-MAX Inlet Housing & Cartridge 2200-0220



BISCHOFF 2200, ANSPEC SM909, ALCOTT MICROMERITICS 760 (microbore versions)24-■46-00585 OPTI-MAX Inlet Housing & Cartridge 2200-0120



Seals & PistonsBISCHOFF 2200, ANSPEC SM909, ALCOTT MICROMERITICS 760 OEM #24-36-01297 OPTI-SEAL UHMW-PE Piston Seal 2200-0212

24-36-01298 OPTI-SEAL UHMW-PE Piston Seal 10/pk



24-36-00569 Piston Seal Support Ring 2200-0211

24-34-00559 Sapphire Piston 2200-0210

BISCHOFF 2200, ANSPEC SM909, ALCOTT MICROMERITICS 760 (microbore versions)24-36-00571 OPTI-SEAL UHMW-PE Piston Seal 2200-0112




24-36-00574 Piston Seal Support Ring 2200-0111

24-34-00562 Sapphire Piston 2200-0110

Lamps24-32-02818 D2 Lamp, Bischoff Lambda 1000

24-32-02838 DX2 DoubleLife Lamp, D2, Bischoff, Gynkotek SP6, LATEK VISI-6

OPTI-MAX for Bischoff

24-36-01297

24-36-01303

24-36-00569

24-36-00573

24-36-00574

24-36-00571

24-34-00562

24-34-00559

inlet

outle

t

Bischoff24-32-02838


DIONEX


OPTI-MAX® Cartridge Check ValvesGP-40*/IP-20*, DQP, GPM-1, DRP, GPM-2, DXP, AGP (ANALYTICAL), 2000, 4000

OEM #25-■58-00613 OPTI-MAX Inlet Housing & Cartridge 38273

25-■58-00612 OPTI-MAX Outlet Housing & Cartridge 42761


*The OPTIM-Max Check Valves above fit GP-40/IP-20 pumps. Users of microbore versions of these pumps should order OPTI-MAX microbore (1/16") cartridges. Please see page 37.

Pistons & SealsGP40/IP20 (ANALYTICAL), DQP, GPM-1, DRP, GPM-2, DXP, AGP(ANALYTICAL),2000, 4000 OEM #25-36-00597 OPTI-SEAL UHMW-PE Piston Seal (Hastelloy C Spring) 40859

25-36-00598 OPTI-SEAL UHMW-PE Piston Seal (Hastelloy C Spring), 10/pk

25-36-00599 UHMW-PE Piston Seal, (Elastomer O-Ring) 35686

25-36-00600 UHMW-PE Piston Seal, (Elastomer O-Ring), 10/pk

25-36-00601 Back-Up Seal, for all models except GP40/IP20 36901

25-36-00602 Back-Up Seal, 10/pk

25-34-00596 Sapphire Piston, for all models except GP40/IP20 36904

Lamps25-32-02081 Deuterium Lamp, Dionex VDM-1, DSA-1

25-32-02820 Deuterium Lamp, Dionex CES I, VDM-2

OPTI-MAX for Dionex

25-36-00597

25-36-00599

25-36-00601

25-34-00596

Dionex25-32-02081

inlet

outle

t

8 0 0 - 6 6 9 - 9 0 1 551

HITACHI


OPTI-MAX® Cartridge Check Valves655, L-6000, L-6200/L-6200A OEM #28-■46-00703 OPTI-MAX Inlet Housing & Cartridge AN0-0833

28-■46-00712 OPTI-MAX Outlet Housing & Cartridge AN0-0834


L-7100 (LACHROM)28-■46-02092 OPTI-MAX Inlet Housing & Cartridge AN0-0836

28-■46-02094 OPTI-MAX Outlet Housing & Cartridge AN0-0837


OEM-Type Check ValvesHITACHI 655, L-6000, L-6200/L-6200A OEM #28-38-00694 Inlet Check Valve Assembly AN0-0833

28-38-00699 Outlet Check Valve Assembly AN0-0834

28-38-00701 Rebuild Kit (rebuilds 2)

Documents

TABLE OF CONTENTS · 2009. 1. 3. · TABLE OF CONTENTS 800-669-9015 5 43 Agilent, Hewlett Packard 46 Beckman, Altex 48 Bio-Rad 49 Bischoff 50 Dionex 51 Hitachi 52 Jasco 53 LKB, Pharmacia