Page 7 - Shimadzu Nexis GC-2030

Designed with the Analyst in Mind

STEP 01 STEP 02
System optimization Performing analysis

Automating the Procedures of Temp Minimizing Usage of Helium Gas – Gas Saving Function –
Experienced Analysts Noisy GOOD

– Clean Pilot Function – Conventionally With the split/splitless sample injection method, the carrier gas saving function can reduce the amount of carrier gas
released beyond the system from the split ow lines after transfer of the samples to the column during analysis.
²
At least XX hours Additionally, by using an optional gas selector, He can be switched to an alternative gas such as N when providing gas to the
units outside of analysis times. The gas can be saved when used in combination with the carrier gas saver function, or even
on standby First analysis Second analysis
with the total volume injection method where the carrier gas saver function cannot be used. Control is integrated with
Time
LabSolutions, enabling gas switching to be con gured seamlessly.
During typical GC startup and batch analyses, in order to Temp
dispose of impurities remaining within the column, the
operator has to implement conditioning by manually raising Automatic GOOD 2500 Alternative gas Gas selector
the oven temperature. Using the Clean Pilot function, Shor t e n s He Switching the gas used
Shortens
conditioning is performed automatically, leading to more Clean Pilot function a analysis time e 2000 About
na
s
i
im
t
lys
stable analytical results while easing the burden of lab Vaporization
chamber
work. At least XX hours Clean up First analysis 1500 reduction Normal AFC
on standby
Time Helium consumption(mL) 1000 mode He
He
Automatic Checks of Instrument Status – Baseline Check and System Suitability Test – 500 With saver function
0
Baseline stability is determined automatically before analysis starts. Results are always obtained while maintaining consistent Without saver With carrier gas saver
data quality. function function/gas selector
The system suitability check function automatically analyzes a standard sample and determines whether to proceed to the
analysis of actual samples based on peak area reproducibility and other information. A consistent quality of analysis results is Analysis time: 30 min. Split ratio: 100
therefore always obtained. Carrier gas saver function: Split ratio set to "10" one minute later
Total analysis time per day: 5 hours
Remote Operations and
Monitoring Analyze Analyze Analyze
Gas consumption Sample injection savings Sample injection Sample injection
– LabSolutions Direct Accommodates Remote Work – Carrier Gas selector
savings
gas
LabSolutions Direct is a remote access tool used to control or
monitor GC systems via a simple user inter face on a He N2 He
commercially-available smartphone or tablet. Consequently,
analyses can be performed while monitoring the status of GC Batch analysis N2 supply Standby for gas Batch analysis
replacement
instruments from locations away from the laboratory.
Directly access a GC unit in the laboratory from
a smartphone or tablet computer Carrier gas saver: Standard function Automatically switching Analysis start
Gas selector: Optional
Perform these main settings via a smart device
Protecting Columns Temperature region in which
• Starting and stopping the GC Temperature column protection is needed
• Starting and stopping analysis
• Monitoring chromatograms
High Medium Low
speed speed speed
• Checking instrument status
The column oven cooling speed can be con gured separately
• Browsing analysis results in PDF format from the oven temperature program. This protects columns,
which are sensitive to abrupt temperature changes.
• Checking the status of multiple instruments
Time
The column oven temperature during cooling

6 Gas Chromatograph 7