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Instrument Database:
Foss A/S - MicroBundle Multiplexer
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| Year of introduction |
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| Status |
available |
| Company |
Foss A/S
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| Categories |
Spectrometer ( Molec. ): NIR
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The Microbundle Multiplexer provides quick and accurate in-situ process analysis in the pharmaceutical and chemical industries. The measurements are non-destructive and require no additional sample handling or sample extraction devices.
The FOSS Microbundle Multiplexer provides quick and accurate in-situ process analysis in the pharmaceutical and chemical industries. The 80 (40 illumination/40 collection) fiber count allows for cost-effective analysis of a wide variety of sample types ranging from liquids to solids. Two analyzer configurations provide for measurement of up to either four or nine sampling points. This economical means of performing remote measurements enables the analyzer to be installed in an unrestricted area, which reduces the installation and operation costs.
The Mulitiplexer from FOSS is based upon our patented‚ field proven Process Analytics™ near-infrared scanning technology, which provides high quality measurement stability and superior analytical performance. The Multiplexer Analyzer is configured to provide economical, accurate and reliable measurements of moisture and solvents in pharmaceutical and chemical powders.
Benefits and Features
- Cost-effective NIR spectroscopic analysis of virtually all process samples (liquids, solids, slurries, etc.)
- Remote sensing reduces need for hazardous-environment enclosures or analyzer sheds
- Compatible with complete line of microbundle fiber optics (interactance reflectance, transmission, interactance immersion)
- Probes available for ambient conditions through 300°C/5000 psi
- Optical fiber design with SMA connection for ease of installation
- Lightweight and shock-resistant design (no interferometers)
- Quantitative and qualitative data for better process control.
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| Specifications |
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Wavelength Range
Configuration 850 - 2150nm
Photometric Range
3.0A, 850 - 2150nm
Operating Range
5.0A, 850 - 2150nm
RMS Noise at 0.0 Absorbance
850 - 2150nm < 50uA
Data Interval
2.0nm
Scan Speed
1.1 scans/second
Detector
Indium Gallium Arsenide/ InGaAs (850 - 1650 nm)
Wavelength Accuracy (SD)
Based on instrument-to-instrument repeatability: 0.15nmBased on currently accepted wavelength standards: 0.50nm
Instrument Wavelength Precision (SD)
0.015nm
Wavelength Linearity
1% of reading
Spectral Bandwidth
10nm ± 1nm (Reflectance)
Operating Temperature
60-90°F (15 - 32°C) nominal.
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