High-performance ABB FT-NIR Analyser specifically designed for QA/QC - MB3600

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  • The most reliable FT-NIR analyzer in the market specifically designed for QA/QC
  • Spectral range 3,700 to 15,000 cm-1
  • Resolution better than 0.7 cm-1
  • Apodized resolution adjustable 1 cm-1 to 64 cm-1, in increments of 2

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The MB3600 is the most reliable FT-NIR analyzer in the market specifically designed for QA/QC With HORIZON MB™ FTIR software from ABB Analytical, it provides an optimum combination of reliability, low cost of ownership, consistency of results over a long time and spectroscopic performance. Easy to use and maintenance free, it will provide consistent analytical results for years to come. The double-pivot interferometer’s innovative design ensures increased robustness. The optics are permanently aligned, enabling more repeatable, reproducible spectroscopy and eliminating the need for dynamic alignment. The scanning mechanism has a lifetime guarantee. No consumables. The MB3600 contains fixed components that do not wear out with use, meaning no components to replace or adjust. With the MB3600, the HeNe LASER is replaced by a solid state laser. All optics are non-hygroscopic. Purging is not required for protection of optics. Long-life source. To maximize reliability, the source is operated so as to provide a 10-year expected lifetime. Unprecedented spectral performance. Permanently aligned optics with a Jacquinot stop in the interferometer output beam ensures an accurate and stable line shape as well as wavelength and resolution stability. The 100% line spectral repeatability permits reliable determination of small spectral features down to below 10 micro absorbance and below 2 micro absorbance for the optional high sensitivity InAs or InGaAs detectors. The MB3600 is provided with a highly accurate internal wavelength calibration standard. SPECTROSCOPIC PERFORMANCE (typical, at 25 °Celsius with DTGS detector)

  • Spectral range 3,700 to 15,000 cm-1
  • Resolution better than 0.7 cm-1
  • Apodized resolution adjustable 1 cm-1 to 64 cm-1, in increments of 2
  • Signal-to-noise ratio (root-mean-square, 60s, 16 cm-1, at peak response): > 100 000: 1
  • Signal sampling: 24-bit ADC
  • Short-term stability (@ 8000 cm-1): < 0.09 %
  • Temperature stability (@ 8000 cm-1): < 1 % per ˚C
  • Frequency repeatability (@ 7300 cm-1): < 0.006 cm-1
  • Frequency accuracy (@ 7300 cm-1): < 0.06 cm-1
  • Absorbance reproducibility (toluene): < 0.002 AU

SPECTROSCOPIC PERFORMANCE (typical, at 25 °Celsius with InAs detector)

  • Spectral range 3,700 to 12,000 cm-1
  • Resolution better than 0.7 cm-1
  • Apodized resolution adjustable 1 cm-1 to 64 cm-1, in increments of 2
  • Signal-to-noise ratio (60s, 16 cm-1, at peak response): > 500 000: 1
  • Signal sampling: 24-bit ADC
  • Short-term stability (@ 8000 cm-1): < 0.09 %
  • Temperature stability (@ 8000 cm-1): < 1 % per ˚C
  • Frequency repeatability (@ 7300 cm-11): < 0.006 cm-1
  • Frequency accuracy (@ 7300 cm-1): < 0.06 cm-1
  • Absorbance reproducibility (toluene): < 0.002 AU

SPECTROSCOPIC PERFORMANCE (typical, at 25 °Celsius with InGaAs detector)

  • Spectral range 3,900 to 11,000 cm-1
  • Resolution better than 0.7 cm-1
  • Apodized resolution adjustable 1 cm-1 to 64 cm-1, in increments of 2
  • Signal-to-noise ratio (60s, 16 cm-1, at peak response): > 600 000: 1
  • Signal sampling: 24-bit ADC
  • Short-term stability (@ 8000 cm-1): < 0.09 %
  • Temperature stability (@ 8000 cm-1): < 1 % per degree Celsius
  • Frequency repeatability (@ 7300 cm-1): < 0.006 cm-1
  • Frequency accuracy (@ 7300 cm-1): < 0.06 cm-1
  • Absorbance reproducibility (toluene): < 0.002 AU

 



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