Contacts and Location
Enquire about this equipment | |
Organisational Unit |
Riga Technical University Faculty of Natural Sciences and Technology Institute of Applied Chemistry - Latvia, Rīga |
Building | Riga, Paula Valdena,3 |
Room | 433 |
Description
In conjunction with a high-performance CCD detector and Kaiser's proprietary HoloPlex™ grating technology, the RAMANRXN1™ spectrometer is capable of providing fast, simultaneous, full spectral collection of Raman data at high spectral resolution. The RAMANRXN SYSTEMS™ suite of analyzers is ideal for analyzing, monitoring and controlling chemical processes. Raman spectroscopy provides the chemical specificity of a mid-IR analyzer with the ease of sampling of a near-IR analyzer.
Specification
Standard configuration:
• Measurement: Raman • Laser Wavelength: 532nm, 785nm • Spectral Coverage: 100-4375cm-1 (532nm) 100-3425cm-1 (785nm) • Probe head: MR-Probe-785 • Impressions Optics: IO018S-NIR • Enclosure Type: Painted Steel, Aluminum and Plastic • Dimensions: 23″ x 17,63″ x 8″ (width x lenght x height) (58 x 45 x 20cm) • Weight: 61 lbs. (28kg)
System requirements:
• Temperature: 20°C (Min) / 25°C (Max) • Relative Humidity: 20 to 80%, non-condensing • Input Voltage: 110-240 VAC, 50-60Hz Standard • Max Power: <200 Watts Max (startup) <135 Watts Typical • Warm up time: 20min • User interface: Approved PC Operating Windows 7, 32Bit Professional
Services
Applications:
• Crystallization studies • Hydrogenations • Catalysis investigations • Polymorphic form ID • Emulsion polymerizations
System benefits:
• Specifity to Mid-IR, but with the Ease of Sampling of Near-IR • No sample preparation required • Accurate transfer of calibration models from Lab-to-Pilot-to-Plant Systems • Visualize chemical trends
Sampling Technology:
• Fiber-optic probehead for in situ, real time analysis • Optimized for low-wavenumber performance • Alloy C276 immersion optics: temperature up to 450°C, pressures to 3000 PSI • Non-contact optics for focusing beam trough site windows
RAMANRXN1™ system are the preferred analytical tool for in situ crystalline, polymorph, and aqueous-based reaction analysis and monitoring.
Funding Source
Other | - |
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Manufacturer
Kaiser Optical Systems
Model
Raman RXN1TM Analyzer
Access Level
Restricted