Short Path™ Thermal Desorption System TD-5 (Catalog C4)

Short Path™ Thermal Desorption TD-5

C4

Phone: 908-788-5550

www.sisweb.com

Software

T

he SIS Thermal Desorption Software included

provides visualization and control of all thermal desorp-

tion operations through a user-friendly graphical user

interface. The user may configure system and thermal desorption

methods settings (e.g. times and temperatures) as well as monitor

the system status (e.g. temperatures and pressures) during a run.

The Thermal Desorption Software can be used fully indepen-

dent of the GC data system, or it can be fully integrated with cer-

tain GC data systems (e.g. Agilent ChemStation™

or Thermo

Xcalibur™

). When the software is integrated with ChemStation,

MassHunter, and Xcalibur™

thermal desorption parameters get

stored directly into the current ChemStation method so that GC

and thermal desorption method settings are linked. The run is initi-

ated from ChemStation, and methods may be changed between

samples to provide different desorption parameters for different

samples. For example, a separate high temperature bakeout or

blank method can be setup and run between samples to assure

the system is clean for the next sample. The software operates

Microsoft Windows operating systems.

View/edit TD method parameters

View sample log

Monitor run status

Load/save methods, run

samples, configure system

and browse help

SIS Thermal Desorption Software

Features:

•

Configure system parameters and limits

•

Configure thermal desorption methods

including desorption and cryo-trap times

and temperatures.

•

Monitor system status including actual

times, temperatures, pressures and status

during a run.

•

Log sample status and errors.

•

View online help system.

•

RS-232 (optional USB bridge) communication

with TD-5 instrument.

•

Optional Agilent ChemStation, MassHunter or

Thermo Xcalibur integration for method

load/save and sample run.

•

The Cryo-Trap may be operated separately for

syringe injections.