Shimadzu GC Driver Ver. 3 for Waters Empower

Shimadzu GC Driver Ver. 3 for Waters Empower

Nexis GC-2030 and HS-10 Can Now Be Controlled from Waters Empower

Seamlessly Controls Shimadzu GC Units 

Control Panel for Empower 3

Control Panel

The Shimadzu GC control panel displayed in the Empower sample analysis window has various helpful functions.

Functions include:

  • Directly control a Shimadzu GC, including ON/OFF capability
  • Monitoring to visually check the system's operarting status
  • Status check of consumables
  • Edit methods for each individual configured instrument
  • First time users support: instrument parameters, control operations, report output and audit trails

Able to Use Advanced Functions of the Shimadzu Nexis GC-2030 

Empower 3 - GC-2030 - Advanced Functions

Window for Editing GC Methods

Advanced functions of the GC-2030 include:

  • Detectors with world-leading sensitivity levels
  • PREP RUN and sleep functions to reduce energy consumption during standby
  • High separation capability and productivity using advanced flow technology
  • Shorter analytical cycles utilizing the autoinjector's overlapping function

Allows Liquid Analysis and Headspace Analysis on a Single GC 

Headspace analysis - GC-2030

Instrument method set to switch the HS-20 and AOC units in a smart manner

Both an autoinjector and headspace sampler can be installed on a single GC, and these units can be switched quickly by simply setting parameters in an instrument method. This eliminates complicated resetting of the system configuration and operations when changing units. If the Sample Set Method is used, analysis can be performed continuously while switching the autoinjector and headspace sampler for each sample set. Using this feature allows both liquid analysis and headspace analysis to be performed overnight.

 

Controllable Hardware

GC unit : Nexis GC-2030, GC-2010, GC-2010 Plus, GC-2014
Options: AOC-20i (Plus) autoinjector, AOC-20s autosampler, HS-20 headspace sampler, HS-10 headspace sampler

Nexis GC-2030
 
Unit Description
Sample Injector SPL-2030, WBI-2030, OCI-2030, PTV-2030
Detector FID-2030, TCD-2030, ECD-2010 Exceed, FPD-2030, FTD-2030, BID-2030
Advanced Flow Technology Backflush, detector splitting, detector switching, heart-cut system
Additional Temperature Controller Auxiliary temperature control unit
Additional Flow Controller APC (3 auxiliary channels), APC (1 auxiliary channel)
Options Low-temperature control solenoid valve set: CRG-2030
External equipment control relay PRG-2010 Plus, PRG BOX
 
GC-2014
 
Unit Description
Sample Injector GC-2014 : SPL-2014,WBI-2014,DINJ-2014,SINJ-2014
Detector GC-2014 : FID-2014,TCD-2014,ECD-2014,FPD-2014,FTD-2014(C)
Additional Temperature Controller Auxiliary temperature control unit
Additional Flow Controller APC (3 auxiliary channels), AMC (2 auxiliary channels) Note: AMC is an option for the GC-2014.
Options Low-temperature control solenoid valve set: CRG-2010
External unit control relay: PRG BOX
Dual-injection systems are not supported
Up to four Shimadzu GC units can be controlled on one data acquisition server (e.g. LAC/E32).
Both the Shimadzu LC driver and Shimadzu GC driver for Empower can be installed on one computer or data acquisition server.
It is possible to install the Shimadzu GC Driver for Empower and the Shimadzu LC Driver for Empower on the same PC or data server.
A Shimadzu GC system and Agilent GC system cannot be connected to the same data acquisition server (e.g. LAC/E32) at the same time. Provide a data acquisition server dedicated for the Shimadzu GC sysem.

Empower® is a registered trademark of Waters Corporation in the United States and/or other countries.

 

Software Functions (Video)

1. AOC HSS Switching

Switching Analysis Methods with a Single Nexis Instrument

2. Control Panel

Achieving Your Goals with Simple Operations

3. HSSAnalysis

Stress-Free Headspace Analysis

4. Shutdown

Daily operation with the shutdown method

5.SystemCheck

Managing Instrument and Consumables Status with System Checks

 

For Research Use Only. Not for use in diagnostic procedures.

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