PERSEUS^® STA 449 F1/F3 Jupiter / TG 209 F1 Libra

The Revolution in Coupling

TG 209 F1 Libra with PERSEUS^® Coupling

STA 449 F1 Jupiter with PERSEUS^® Coupling

Affordable Gas Analysis

The unrivaled instrument alliance serves as an innovative coupling technique, even for a narrow budget. It has what it takes to become an integral part of any laboratory and indispensible for its future needs.

No Liquid Nitrogen required

The DLaTGS (DLaTGS = deuterated L-alanine doped triglycine sulphate) detector used does not require any liquid nitrogen cooling. This system is therefore particularly well-suited for test runs with an autosampler (ASC) or for measurements of longer duration.

No Separate Transfer Line

The built-in heated gas cell is directly connected to the gas outlet of the furnace via a heated tube. The low volume of this short gas path guarantees fast response and is quite advantageous in cases where condensable evolved gases are present.

Space-Saving Design

No separate FT-IR spectrometer is necessary, the footprint of the PERSEUS^® coupling is identical to that of an STA 449 F1/F3 Jupiter^® / TG 209 F1 Libra alone. This makes the coupled system ideally suited for labs in which space is scarce.

Key Technical Data

(subject to change)

Gas cell length/volume:
70 mm / 5.8 ml
(no mirror inside, beam conforming design)
Heating of transfer tube:
two options
(temperature-controlled; using a constant voltage supply source)
Heating of gas cell:
200°C in maximum,
software-controlled
Spectral range of FT-IR data:
6000 cm^-1 to 500 cm^-1
Gas cell:
Window ZnSe, sealing Viton^©
Detector:
DLaTGS

Accessories

Automatic Sample Changer

The automatic sample changer (ASC) similarly handles routine measurements in quality control as well as requirements for research and development. It works around the clock to free your time for other challenges and allows you to make optimal use of the PERSEUS^® coupling even during the weekend. Of course, each sample can be assigned a different measurement and evaluation program. Easy-to-understand input fields lead you through the programming of a series of measurements. Unplanned analyses can also be inserted into a pre-programmed series of measurements already in progress.

Application literature

Application Note: Why Machine Downtime Is Critical when Working with POM

Application literature

Application Note: Simultaneous STA-FT-IR on Biomass Straw

Application literature

Application Note: From Easy Handling to Power Evaluation TGA-FT-IR Measurement on Diclofenac Sodium

Application literature

Application Note: Identification of Polymers in Blends by Means of TGA-FT-IR and the NETZSCH-FT-IR Database of Polymers

Application literature

Application Note: Quantification of Ammonia Release from Polymer Blowing Agents by Means of TGA-FT-IR

Application literature

Application Note: Detection of Plasticizers in Sporting Goods and Toys by Means of TGA-FT-IR

Application literature

Application Note: Dehydration Kinetics and Long-Term Predictions for Calcium Hydrogen Phosphate Dihydrate

Application literature

Application Note: Material Characterization of Polymers by Methods of Thermal Analysis

Brochure

Fourier Transform Infrared (FT-IR) Spectrometers Coupled to Thermal Analysis

Brochure

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Application literature

Brochure

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