GC Inlet L iners/Glass Inser ts

Shimadzu Gas Chromatography

Order online at http://store2.shimadzu.com/ or call 1 (800) 477-12272

Part # GC Model Description Deactivated? Wool? Qty. Bottom ----------------------- Top

Split Mode

220-90784-00 17A, 2010, 2014 Multi-purpose Split Liner, deactivated wool 35mm from top.

Y Y 5/pk.

220-90784-25 17A, 2010, 2014 Multi-purpose Split Liner, deactivated wool 35mm from top.

Y Y 25/pk.

220-90816-01 17A, 2010, 2014 Multi-purpose Split Liner with special siltek coating, deactivated wool 35mm from top.

Y-Siltek Y 5/pk.

220-90816-25 17A, 2010, 2014 Multi-purpose Split Liner with special siltek coating, deactivated wool 35mm from top.

Y-Siltek Y 25/pk.

220-94766-00 17A, 2010, 2014 Multipuropse split liner, more wool provides better reproducibility for higher mw compounds

Y Y 5/pk.

221-41444-01 17A, 2010, 2014 Low cost version of 220-90784-00 without wool. Not silanized. Good for use with stable, non-reactive compounds.

N N each

Splitless Mode

220-94767-00 17A, 2010, 2014 General purpose low cost splitless liner. Y Y 5/pk.

221-48876-02 17A, 2010, 2014 General use splitless liner, wool placement high for greater thermal mass helps volatize higher mw compounds. This is the stock liner in new GC instruments. This liner used in installation performance testing.

Y Y 5/pk.

221-48876-03 17A, 2010, 2014 General use splitless liner, wool placement low to minimize compound degradation and filter non-volatile components. This is the stock liner in new GCMS instruments.

Y Y 5/pk.

220-94734-01 17A, 2010, 2014 Drilled Uniliner, hole near the top. Splitless analysis for Chlorinated Pesticides, Aqueous Injections and compounds of interest that elute away from tailing solvent peak.

Y N 5/pk.

220-94734-02 17A, 2010, 2014 Drilled Uniliner, hole near the bottom. Splitless analysis for volatile compounds that elute near the tailing solvent peak.

Y N 5/pk.

220-94734-03 17A, 2010, 2014 Drilled Uniliner, hole near the top. Splitless analysis for Chlorinated Pesticides, Aqueous Injections and compounds of interest that elute away from tailing solvent peak. Top restriction holds sample cloud for greater column loading.

Y N 5/pk.

220-94734-04 17A, 2010, 2014 Drilled Uniliner, hole near the bottom. Splitless analysis for volatile compounds that elute near the tailing solvent peak. Top restriction holds sample cloud for greater column loading.

Y N 5/pk.

Order online at http://store2.shimadzu.com/ or call 1 (800) 477-12273

Part # GC Model Description Deactivated? Wool? Qty. Bottom ----------------------- Top

Direct-Wide Bore Capillary Column Mode

220-94768-00 17A, 2010, 2014 General purpose megabore (0.53 mm ID) column, direct injection liner.

Y N 5/pk.

220-94735-01 17A, 2010, 2014 General purpose w/Wool, for dirty samples wool acts as a filter for non volatile components in sample.

Y Y 5/pk.

Direct-Stainless Steel Packed Column Mode

221-48886-00 2010 FID, ECD, FPD and FTD. 87 mm long. N N each

221-14093-00 2014 (Packed Inj.) FID, TCD, ECD, FPD and FTD. 139 mm long.

N N each

Direct-Glass Packed Column Mode

221-41484-00 17A General use glass packed column liner. 83 mm long.

N N each

221-48886-00 2010 FID, ECD, FPD and FTD. 87 mm long.

N N each

221-48993-00 2010 TCD only. 87 mm long.

N N each

221-14093-00 2014 (Packed Inj.) FID, TCD, ECD, FPD and FTD. 139 mm long.

N N each

PTV (Programmed Temperature Vaporization) Mode

221-42223-00 17A PTV liner, Quartz glass for inert performance, reduces catalytic degradation of reactive compounds.

N N each

220-90816-03 17A PTV liner, general use. Y Y 5/pk.

220-90816-02 17A Siltek Deactivated for PTV-17. Y-Siltek Y 5/pk.

221-49300-00 2010 PTV liner, Quartz glass for inert performance, reduces catalytic degradation of reactive compounds.

N each

OCI (On Column Injection) Mode

221-42222-91 17A Metal insert for 0.53 ID column, On-column Adapter

N N each

221-49298-91 2010 Metal insert for 0.53 ID column, On-column Adapter

N N each

SPME, P&T, Narrow Bore Capillary Column (Fast GC) Mode

220-94769-00 17A, 2010, 2014 Use this liner for Purge and Trap or SPME applications.

Y N 5/pk.

Simple OCI (Near On Column) Mode

221-49381-02 2010 For “Simple On-column” or “Near On-column” use in the OCI 2010. Columns with a smaller than 0.53 mm ID can be used with this liner, no pre-column needed.

Y N each

Founded in 1875, Shimadzu Corporation, a leader in the development of advanced technologies, has a distinguished history of innovation built on the foundation of contributing to society through science and technology. We maintain a global network of sales, service, technical support and applications centers on six continents, and have established long-term relationships with a host of highly trained distributors located in over 100 countries. For information about Shimadzu, and to contact your local office, please visit our Web site at www.shimadzu.com.

SHIMADZU CORPORATION International Marketing Division 3. Kanda-Nishikicho 1-chome, Chiyoda-ku, Tokyo 101-8448, Japan Phone: 81(3)3219-5641, Fax: 81(3)3219-5710 URL: www.shimadzu.com

SHIMADZU SCIENTIFIC INSTRUMENTS, INC.7102 Riverwood Drive, Columbia, Maryland 21046, U.S.A.Phone: 800-477-1227/410-381-1227, Fax: 410-381-1222URL: www.ssi.shimadzu.com

GC Excellence, Plus

Realize dramatic improvements in productivity with the new GC-2010 Plus. Out of the box, it’s ready to perform high-speed GC utilizing the latest in ultra narrow-bore capillary columns. The fourth generation Advanced Flow Controller delivers up to 1200 ml/min, 140 psi of pressure and supports split ratios of 9000:1. With fast data collection and rapid cooling, the ultimate in fast GC capabilities has arrived. Combined with world-class sensitivity limits, it’s simple: the new GC-2010 Plus is the clear winner.

The GC-2010 Plus features:• New family of best-in-class detectors – addresses increasing sensitivity demands for trace-level analysis• Rapid oven cooling• Long-term stability of retention times• Excellent precision• Advanced Flow Technology Accessories – Reduce analysis times, provide enhanced chromatographic resolution, and enable application-specific configurations without compromising performance: • Multidimensional GC – delivers enhanced separation power, making it ideal for complex matrices • Backflush – shortens run times for improved productivity • Detector Splitting – Saves time/money, and enables confident peak identification