Automated performance verification to meet customer ISO/GLP requirements.
|Beam Splitter||CaF2 near-infrared|
User-replaceable components (without opening cover):
|Depth (English)||0.9 in.|
|Depth (Metric)||28 cm|
|Description||Nicolet iS5N FT-NIR spectrometer|
|Detector Type||Extended range indium gallium arsenide (InGaAs)|
|For Use With (Application)||Polymers and Plastics; Analytical Services; Quality Control QA/QC; Pharmaceuticals; Education; Forensics; Gemstone Analysis|
|Height (English)||10.2 in.|
|Height (Metric)||26 cm|
Tightly sealed and desiccated optical bench with protective Quartz windows.
|Interface||Microsoft™ Windows 7 or 8 OS, 2 GB RAM, 3 GHz processor, 160 GB HDD, USB 2.0 or 3.0, 800 x 600 CRT/LCD display, DVD drive|
|Laser||Temperature controlled solid-state near-IR diode laser|
|Signal To Noise Ratio||10 uABS RMS in less than a minute|
|Source Type||High-intensity Halogen NIR|
|Spectral Range||11,000 to 3800 cm-1 optimized, CaF2 beamsplitter|
|Spectral Resolution||Better than 4 cm-1|
|Wavelength Accuracy||0.01 cm-1 at 5300 cm-1|
|Weight (English)||22 lb.|
|Weight (Metric)||10 kg|
|Width (English)||13.5 in.|
|Width (Metric)||35 cm|
|Catalog Number||Specifications||Unit Size||Description||Price (USD)|
|IQLAADGAAGFAPEMBIE||Each||Nicolet iS5N FT-NIR spectrometer||Request A Quote|
For rapid testing results to ensure product quality, you can rely on the Nicolet iS5N FT-NIR spectrometer for the needed answers. The Nicolet iS5N system offers:
The large, open sample compartment of the Nicolet iS5N FT-NIR spectrometer is designed to accommodate a wide range of samples and sampling accessories. The iD1H Heated Transmission accessory is a perfect fit, providing temperature control of vials and cuvettes for precise quantitative analysis. Sharing a common geometry with the Nicolet iS5 FTIR spectrometer, the large sample compartment accommodates many third-party accessories, enabling analysis of a broad range of solid and liquid samples.
Software that Simplifies Analysis
Empowered by OMNIC software, quantitative methods can be built simply using Thermo Scientific™ TQ Analyst and workflows developed in Thermo Scientific™ OMNIC™ Macros\Basic™. These tools are fully integrated in the OMNIC software suite, making method development and deployment straightforward.
Applications: Chemical and Polymer QA/QC, quantitative analysis of production samples, including hydroxyl value of polyols, degree of cure of polysets, simple quantification of binary and ternary mixtures.