agilent gc ms specification

7/26/2019 Agilent GC MS Specification

1/5

SUPPLY, DELTVER, INSTALL AND COMMISSIONING ONE UNIT OF GAS

CHROMATOGRAPH-MASS SPECTROMETER SYSTEM WITH ACCESSORIES

General

The GCMS should be PC based software driven Quadruple system.

All gas flow including septum purge should be lectronic ! digital controlled.

"isplay of all Gas Chromatograph and Autosapmler control should be at the GC or "ata

system

The system comes with all sorts of accessories.

Gas Chroa!o"ra#h $GC% S&s!e

The Gas Chroa!o"ra#h'( #er)oran(e sho*l+ hae re!en!'on !'e re#ea!a'l'!&

./0//12 or . /0///1 'n,

Area re#ea!a'l'!& sho*l+ hae .32 RSD

The system should comprise of the following modules#

Col*n Oen

Should be reliable$ lea%&free in&oven connections technology for analy'ing comple(

matrices$ as well as providing gains in productivity and data integrity.

Column )ven technology should be provides direct rapid heating and cooling of capillary

columns for e(tremely fast analytical cycle times and higher productivity.

Should be capable of temperature programming.

)ven temperature controllable from Ambient temperature *+ ,C to +- ,C with

/i0uid 12 cryogenic cooling# 34 to +- ,C and with

C)2 cryogenic cooling# 3+ to +- ,C.

Temperature setpoint resolution# .5 ,C.

Temperature accuracy# *& 56 of the set temperature.

1umber of programming ramps!hold should be# 2 to 25 with 1egative ramps.

Ma(imum achievable temperature ramp rate# 52 ,C!min

Ma(imum run time# 777.77 min

Cool down rate should be +-o C to -o C in + minutes.

Ambient re8ection# 9 .5 ,C per 5 ,C.

System should have capability to use :ltra ;nert Column of conventional si'e and :ltra ;nert inlet

liner.


2/5

;n8ection system should have gas saver mode to reduce gas consumption without

compromising performance.

System should have lectronic flow control to eliminate =ghost> pea%s.

Split!splitless inlet should be change liners 0uic%ly and easily without special tools.

S#l'! ra!'os ran"e sho*l+ e *# !o 8,9//73 !o ao'+ (ol*n oerloa+0

Pressure 1 h

"etector should be Triple A(is "etector with high energy dynode and long life electron

multiplier

;on source temperature should be 5-3E- ,C

Quadrupole temperature should be 5?32 ,C

;t must should have lectron ;oni'ation ;H$ Positive Chemical ioni'ation PC;H and1egative Chemical 1C;H ioni'ation modes

Pumping system should have high vacuum pump to utili'e an air&cooled high vacuum

turbo pump with minimum pumping speed of# 2-- /!s turbo pump with 2.- mE!hr

mechanical pump

Ma(imum analytical gas flow should be 5.- m/!min diffusionH

m/!min + m/!min standard turboH

/ine voltage re0uirement# 2232+ I -6$ -!? B'


3/5


4/5

Flae 'on'a!'on +e!e(!or$FID% 6'!h a+an(e+ ele(!ron'( (on!rol o+*les, )or #a(Be+

(a#'llar& (ol*n

&Dlame ioni'ation detector D;"H which will responds to most organic compounds.

&"etector should have minimum detectable level for tridecaneH# 9 5.+ pg C!s&/inear dynamic range# O5 56H.

&"ata rates up to - B' accommodate pea%s as narrow as 5 msec at half height.

&advanced electronic control modules for three gases#& Air# to 4 m/!min

& B2 # to 5 m/!min

& Ma%eup gas 12 or BeH# to 5 m/!min

& will be available in two versions# capillary column optimi'ed or adaptable for either pac%ed orcapillary columns.

& Should be flameout detection and automatic reignition

&Capable for +- ,C ma(imum operating temperature

So)!6are7

The "ata Processing software should file be automatic conversions on the MS "ata

Analysis.

/ong file name drag and drop function can be fully utili'ed.

System start&stop should be fully automated and controlled via the software.


5/5

The instrument should be designed and manufactured under a 0uality system registered to ;S)

75. The instrument complies with international regulatory$ safety$ and electromagnetic

compatibility re0uirements.K Ambient operating temperature# 5- ,C to E- ,C

K Ambient operating humidity# -6 to 7-6

K Storage e(tremes# 3+ ,C to ,CK /ine voltage re0uirements# 56 of nominal

G*aran!ee+ s*##or! )or !he s&s!e shall hae 'n'* !en &ear7 al*e "*aran!ee s*(h !ha!

en+or shall hae !en &ears "*aran!ee+ #ar!s an+ (o#rehens'e ser'(e aa'lale or "'e

res'+*al al*e (re+'! )or re#la(een!

S!an+ar+7 Ins!r*en! sho*l+ e ISO CE Cer!')'e+.

Co#*!er7 Lo(al or s*##l& )ro an*)a(!*rer7

;ntel Pentium ;I Processor$ Corei- )riginal ;ntel Motherboard with 1etwor% Card

)perating System Rindows.

MS )ffice )riginal /icensed version

Printer# /aser Printer$ Canon or BP

Gas "as re"*la!or7

agilent gc ms specification

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