Bulletin 11B03A03-01E

www.yokogawa.com/an/

The GC1000 Mark@ offers two new process gas chromatographs:the Isothermal Oven type which sets new standards for easy operation and reliable performance; and the Programmed-Temperature Oven type which has the same easy operation plus features optimized for capillary column applications.

GC1000 Mark@

Process Gas Chromatograph

32

Vast Experience and Original TechnologyIt is now more than 30 years since Yokogawa shippedits first process gas chromatograph. During those threedecades, we've put more than 6,000 units into operation.As Japan's leading manufacturer of process gaschromatographs, Yokogawa has always offered itscustomers the most advanced gas chromatographtechnology available.

New Gas ChromatographResponds to Today's NeedsWith today's relentless emphasis on cost reduction,managers are demanding ever-tighter quality control inprocess operations. Together with the trends towardstricter environmental protection and the developmentof new product materials, this is creating the need fornew capabilities in process gas chromatographs. Thenew GC1000 has been developed to respond to thoseneeds, drawing on Yokogawa's extensive capabilities inthe following areas.

Column technologyThe column is the heart of a gas chromatograph.Yokogawa's application technology is backed by fieldexperience with thousands of column types.

Microprocessor application technologyYokogawa has been using microprocessors in its gaschromatograph for nearly 20 years.

Accumulated application knowhowColumn and sampling system designs are backed byfield experience with 6,000 units in every kind ofindustry.

Communications technologyCommunications technology finely honed in the DCSarena supports gas chromatograph networks of themost advanced design, anticipating the needs of thecoming era of open architecture.

Mechanical design technologyThe Yokogawa gas chromatographs have a wellestablished reputation for the long life and outstandingmaintainability of their valves and high-sensitivitydetectors.

Based on this solid technology foundation, the newYokogawa GC1000 series process gas chromatographsoffer everything you need to configure systems that fityour needs.

Our Advanced New Process Gas ChromatographGives you All You Expected ... And Even More

Dual oven typeFor capillary column applicationsThe GC1000 adds temperature pro-

gramming and valves designed es-pecially for capillary use making itthe perfect solution in applicationsthat need to take full advantage.

Isothermal oven typeStandard model for high-boiling points applicationsAnalyzes samples from room temperature up to high boil-ing points.

Hardware you can rely onThe hardware components that form the heart of theanalyzer ... the isothermal oven, liquid sampling valvewith vaporizer, etc. ... have been thoroughly refined.

Easy to operateComes with many features that enhance ease of use,such as auto gain setting and column end-of-lifewarning functions.

Superb maintainabilityEase of maintenance is greatly enhanced by mainte-nance terminal software designed to run on a personalcomputer or the analyzer bus.

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54

Dramatically Improved Ease of Use

Operating DisplayAll operations are easily accessed using the operatingdisplay panel keys. Analyzer information is displayed insimple English on the LCD display. You can easily callup all the information you need ... operating status, alarmdisplays, analysis results, temperature status,chromatograms, and operating parameters ... just bypressing single keys.

Liquid Sampling Valve With VaporizerThis high-performance liquid sampling valve vaporizesthe liquid sample in a temperature-controlled section andthen injects it directly into the column (packed or capillary)inside the isothermal or programmed-temperature oven,enabling analysis of high boiling point liquid samples.

Electronic CircuitsThe electronic circuits are mounted inside a pressurizedenclosure. This microprocessor-based unit providessignal amplification, waveform processing, sequencing,PID temperature control, and external communicationsprocessing.

Wiring TerminalsTerminal blocks are provided for connection of wiringbetween the gas chromatograph and the outside world.

Isothermal OvenThis Isothermal oven featuresexcellent temperature stabilityand pressurized construction. APID temperature controller holdsthe oven internal temperaturestable within 0.03C, of aconstant preset value. The ovenhouses the detectors, column,carrier regulators, and streamswitching valves.

Programmed-Temperature OvenThis oven provides program-controlled temperatureacross a wide temperature range. An air bath systemwith agitator fan ensures high temperature uniformitywithin the oven.

Flow Control UnitContains the carrier gas pressure regulator valve,pressure gauge, and purge air pressure regulator.EPC (Electronic Pressure Control) is also available.

Purge Controller Shutdown (Option)An automatic interlock system is available to remove powerto the GC1000 upon loss of pressure in the pressurizedenclosures. When this happens, electrical isolation is providedfor the power supply, all I/O, and the analyzer bus. When thearea is known to be non-hazardous, an override function isavailable to facilitate maintenance and adjustment with theenclosures open.

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Newly Developed Hardwareat the Heart of the AnalyzerSignificantly Enhances Analysis Reliability

New Isothermal and Programmed-Temperature Ovens AchieveOutstanding Temperature Stability and Repeatability

Highly stable temperature control in the isothermal orprogrammed-temperature oven is critical for stable gaschromatograph measurement per fo r mance.Temperature control accuracy, temperature programrepeatability, and heating rate in par ticular arefundamental to performance, and the GC1000instruments achieve outstanding characteristics in theseareas thanks to the following features:1)An air bath system enables fast control with even heat-

ing2)An internal agitator fan driven by the sample purge air

minimizes consumption and still ensures temperatureuniformity inside the oven.

3)A recirculating heating system like those used in labo-ratory gas chromatographs reduces heater thermalcapacity to nearly zero, permitting fast temperatureresponse and highly stable control.

Temperature Performance Specifications

Isothermal oven volume is 40L, and programmed-temperature oven volume is 8.6L. Exploiting theadvantages of the air bath system has enabled us tokeep generous amounts of space free for ease ofmaintenance.

Liquid Sampling Valve With Vaporizer Achieves Excellent SealingPerformance

The liquid sampling valve directly measures the amountof liquid sample, and contains a built-in vaporizationheater independent of the oven heating system. Aftersampling, the liquid is vaporized and injected into thecolumn at this heater's preset temperature.The newly developed valve used in the GC1000instruments features enhanced sealing performance anda simplified design in the seal area for easiermaintenance. The result is significantly increasedreliability of analysis across a much wider range of boilingpoints.

0.1C/10C

0.03C/10%

Heating rate

Ambient temperature influence

Power supply voltage influence

Carrier

Carrier +Sample

Sample IN

Sample OUT

1 to 30C/min(settable in 1C increments)

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Fast, Highly Sensitive Detectors for Those Sharp Capillary Column Peaks

Capillary Columns

Capillary columns offer separation capability an orderof magnitude faster than packed columns. Thus theyare highly attractive for analysis of high boiling point oradsorptive samples. Since The GC1000 featureshardware that enable laboratory GC analysis conditionsto be employed without compromise in processapplications, you can take full advantage of the highseparation capability of these capillary columns.

Highly Reliable, Field-Proven Stream Switching Valves

These stream switching valves are the fruit ofYokogawa's more than 30 years of process gaschromatograph experience and feature excellentmaintainability.Compared to those used in laboratory chromatographs,they are much better suited to the extreme conditionsof process applications, and are one of the definingdifferences between laboratory and process GChardware.The GC1000 is equipped with improved valves thatare even better able to withstand continuous high-temperature operation.

Carrier gasMeasurementMeasurementfilamentfilamentMeasurementfilament

Measurementfilament

Referencefilament

Referencefilament

Carrier gas +

Components to be analyzed

Output

Z1 Z2

Z3Z4

A fast-response detector with a mere11 l of cell volume.Handles a wide range of applications,from inorganic gases to hydrocarbongases.

TCD

Hydrogenflame

Jet pipe (nozzle)

Hydrogengas for

combustion

Photomultipliertube Amplifier

output

Carrier gas+

Componentsto be analyzed

Used for analysis of sulfur compoundsin minute quantities, due to selectivelyhigher sensitivity to sulfur components.

FPD

Superior S/N ratio permits high-sensitiv-ity measurement down to the 0 to 1 ppmrange.Used for analysis of hydrocarbon gasesin minute quantities.

FID

Hydrogenflame

Jet pipe(nozzle)

Output

Hydrogengas forcombustion

Ion collecting coil

+

-

++

+-

Carrier gas+

Componentsto be analyzed

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Easy Operation ViaUser Friendly Displays

Direct display of analytical data: Display operatingstatus information, chromatograms, and other datawith one touch via dedicated keys.

Column end-of-life warning function: A columnend-of-life warning can be obtained by settingnumeric criteria for column retention time,separation, and tailing factor according to theapplication.

Auto gate tracking function: Automatically variesgate time according to the retention time for aparticular peak.

No need for gain settings: Analyses can beperformed even without gain setting prior to analysisstart.

Selectable operating modes: The followingoperating modes are available for selectionaccording to the user's needs.

Process mode: Normal process measurementmode.

Lab mode: Similar functions to lab GC wherepeaks are automatically integrated withoutestablished gates.

Manual mode: Used dur ing star tup andadjustments.

Selectable user levels: Allows restricted accessto the LCD display according to password protecteduser levels ... from just displaying results, status,and chromatograms, to activating calibrations andchanging integration parameters.

Operating Display Unit

Alarm indicator lampsLED lights when alarms occur.

Dot-matrix LCDDisplays information such as op-erating status, alarm history, analy-sis results and history, temperaturestatus, chromatogram, operatingpattern parameters, etc.

Function KeysUsed to select functions in the vari-ous modes such as operating sta-tus display, alarm display, etc.

Display selection keysUsed to select display of informa-tion such as operating status,analysis results, chromatogram,etc. The "LOCAL/REMOTE" keyselects whether operations are tobe performed locally or by remotecontrol.

"POWER" lampLights when power is on.

Data entry keysUsed to enter componentnames and stream names.

Cursor movement keysUsed to shift the cursor onthe display.

Paging keysUsed to page forward andbackward through displays.

"LOCAL" indicatorLights when chromatograph is in local mode.

Main Features

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LCD Display Examples

Operating Status

Displays operating pattern information such as de-tector type(s) and temperature program mode.

Analysis Results

Displays data such as concentration and retentiontime for each peak in most recent analysis.

Chromatogram

Display of analysis results in chromatogram form.(Example 1)

Display of analysis results in chromatogram form withexpanded time axis. (Example 2)

Active Alarms

Displays alarms generated during analysis, with timeof occurrence and description of type.

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Capability That ProvesWorth in New Applications

Naphtha Analysis

Programmed-temperature operation dramaticallyshortens analysis time for wide boiling range liquidssuch as naphtha with no sacrifice in resolution.

Gasoline Analysis

With features such as pro-grammed-temperature oven, liq-uid sampling valve with vaporizer,and capillary columns, gasolineanalysis is now possible.

Simulated Distillation Analysis

Distillation analysis is a toolused to ensure the quality ofhydrocarbon mixtures. With it'shighly repeatable program-temperature oven and well-designed liquid sample valve,the GC1000 has proven veryreliable in providing results inaccordance with acceptableASTM methods.

(Temperature conditions) LSV: 250CThermostatic chamber: 150CTemperature-programmed chamber: 260C

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Analyzer Bus and Personal ComputerSoftware Enable Networking andPC-Based Maintenance

Maintenance Terminal Software

With our maintenance terminal software, you can operateyour GC1000 process gas chromatographs from a PC inthe control room, your office or any centralized location.This significantly simplifies maintenance.

Our State-of-the-Art Analyzer Bus Lets You Build A Total Maintenance Management System

Link all of your process analyzers via our Analyzer Bus to achieve centralized maintenance management and dataacquisition capabilities.

High-speed bus: 100 Mbps (TP cable or Fiberoptics).

Fully redundant configuration

Maximum number of connected units: 64 (analyzers+ interface units)/PCAS, 14 (PCAS)/1 Network

Field

* Maintenance terminal functions are provided by standard software that you can install on Windows 2000 or XP.

"Windows 2000 or XP" is a trademark of Microsoft Corp.

Upload Functions Analysis data Self-diagnostic and alarm

information Calibration data Validation data Chromatogram Analysis parameters Load factor data Preventive maintenance

data Auto peak tracking

information

Download Functions Mode change/startup

commands Stream/range changes Calibration/validation requests Analysis parameter changes Remote startup functions Data requests Remote maintenance

Control room or Office

PCAS

ASIU

Continuous Analyzer

PCAS :Server Software ASET :Analyzer engineering terminal

software (connected to PCAS)

ASGW : Analyzer server gateway software For data mapping, redundancy, OPC server

ASIU: Analyzer server interface unit

ASET FC

ASGW

LAN

ASET

Analyzer Bus Network (Ethernet)

V net/IP

FCS

GC1000 Mark IIGC1000 Mark II GC1000 Mark II

All Rights Reserved, Copyright 2001, Yokogawa Electric Corporation.Subject to change without notice.

c

Vig-PMK-GNL-10E

YOKOGAWA ELECTRIC CORPORATION

World Headquarters9-32 Nakacho 2-chome, Musashino-shi,Tokyo 180-8750, JAPANTel: +81-422-52-6316 Fax: +81-422-52-6619http://www.yokogawa.com/an/

North AmericaYOKOGAWA CORPORATION OF AMERICAGeorgia, U.S.Ahttp://www.yokogawa.com/us/

South AmericaYOKOGAWA AMERICA DO SUL LTDA.BRAZILhttp://www.yokogawa.com.br/

EuropeYOKOGAWA EUROPE B.V.European HeadquartersTHE NETHERLANDShttp://www.yokogawa.com/eu/YOKOGAWA ELECTRIC CIS LTD. RUSSIAN FEDERATIONhttp://www.yokogawa.ru/

Middle EastYOKOGAWA MIDDLE EAST B.S.C.(C)http://www.yokogawa.com/bh/

SingaporeYOKOGAWA ENGINEERING ASIA PTE. LTD.http://www.yokogawa.com/sg/

KoreaYOKOGAWA ELECTRIC KOREA CO., LTD.http://www.yokogawa.com/kr/

ChinaYOKOGAWA CHINA CO., LTD.http://www.yokogawa.com/cn/YOKOGAWA SHANGHAI INSTRUMENTATION CO., LTD.http://www.ysi.com.cn/YOKOGAWA SICHUAN INSTRUMENT CO., LTD.http://www.cys.com.cn/

TaiwanYOKOGAWA TAIWAN CORPORATIONhttp://www.yokogawa.com.tw/

IndiaYOKOGAWA INDIA LTD.http://www.yokogawa.com/in/

AustraliaYOKOGAWA AUSTRALIA PTY. LTD.http://www.yokogawa.com/au/

Printed in Japan, 006(KP) [Ed : 03/b]

Represented by:

General Specifications

Measurable object: Gas or liquidMeasurement principle:

Component separation ... Elution methodDetection ... TCD, FID, FPD

Measurable range:TCD ... 1 ppm to 100%FID ... 1 ppm to 100%FPD ... 1 ppm to 0.1%

Number of streams to be measured:Maximum of 31 (including standard sample)

Number of components to be measured: Maximum of 255Analysis period: Maximum of 99999.9 secMaterials in contact with sample:

Stainless steel (SS316), PTFE fluoro rubber, glassRepeatability: 1% of full scale (2)

Note that the value varies depending upon specifications andconditions. For details, contact YOKOGAWA.

Analyzer

Explosion protection: Pressurized protected constructionTIIS Certified Expd IIB + H2, T1 to T4FM/CSA X-purging, Y-purging

Class 1, Div 1, Grps B, C, and D T1 to T4CENELEC (ATEX) EEX pd IIB + H2, T1 to T4GOST Certified, China GB3836

Structure: Drip-proof and dust-proof construction (NEMA3R IP53)Operating ambient temperature: -10 to 50C, 95% RH or less.Weight: Approximately 120 kg

Isothermal Oven Type

Content volume: 40 LTemperature setting: Setting with fixed set-pointSetting temperature range:

55 to 225C (Temperature can be set on 1C basis.)Temperature control: PID controlTemperature control accuracy: 0.03C

Programmed-Temperature Oven Type

Content volume: 8.6 LSetting temperature range

Without cooler: 60 to 320CWith cooler: 5 to 320C

Temperature-rising program: Maximum 3 stepsTemperature-rising rate:

1 to 30C/min (Temperature can be set on 1C basis.)Temperature control: PID controlTemperature control accuracy: 0.03C

General Specifications

Input/Output

Analog input/output: 4 points/36 points 4 to 20 mA (isolated)Contact input/output: 8 points/8 points (dry contact)Personal computer communications: 38.4/19.2 K bps RS422DCS communications:

1200/2400/4800/9600/19200 bps (selectable) RS422 (For flam-mable areas, a special RS422/RS232-C convertor is available.)

Utility

Power supply: 100 to 120 V AC10%, 50/60Hz 5% or200 to 240 V AC, 10% (max. 250 V AC) 50/60Hz 5%

Power consumption: Maximum of 3.3 KVA (Dual oven type)Maximum of 1.6 KVA (Single oven type)Instrument air:

Pressure: 350 to 900 kPaFlowrate: 150 L/min or more (Dual oven type)

100 L/min or more (Single oven type)Carrier gas:

Kind of gases Any one or two of H2, N2, He, and ArPurity 99.99% minimum or more (Dew point -60C or less)Consumption 60 to 300 mL/min

H2 fuel for FID/FPD, burner air for FID/FPDPurity 99.99% minimum or more (Dew point -60C or less)Pressure: 400 to 700 kPaConsumption:

H2 fuel Approximately 40 mL/min per detectorBurner Air Approximately 300 mL/min per detector

External dimensions (FM/CSA Y-purging Type )

Unit:mm

20

50 20

1012

550

710

770

305

)(616 400300

)(1316

1000

460

Space foranalyzer maintenance

616 355

Space fSpace for or maintenance of maintenance of

analyzanalyzerer

Space for maintenance of

analyzer