Technical data

102
186. Food Texture Analyser
Make Food Technology Corporation USA
Texture Analyser 50 kg capacity, Should have facility for changeable load cells to achieve load measurements of
0.05gms to 250Kg. Load measurement accuracy+/- 0.2% FSD of rated capacity +/- 1 LSD. Load control UP to 1 part in
32,000,Displacement resolution 5um (0.005 mm). Test Speed 1 to 500 or 2 to 1000 mm per minute. Test speed accuracy
Better than 0.1%. Data Acquisition Speed 16000 Hz(load/displacement) filtered to 2000 Hz. Easy programmability and
Texture profile analysis capability and a library of standard programs.
187. Fourier Transform Near
Infrared Spectrometer
Bruker Optics GmbH Germany make -MPA
(Seed,Feed,Dairy,Forage ,Soil,Oil Analysis)
• Resolution: 2 cm-1
•
Wavenumber Reproducibility Better than 0.04 cm-1
•
Wavenumber Accuracy Better than 0.1 cm-1
•
Photometric Accuracy 0.1% T,Spectral Range 12,800 - 3,600 cm-1
•
Measuring Speed Up to 5 scans/sec at 8 cm-1 resolution
•
Interferometer RockSolidTM, permanently aligned, high stability
•
IR Source High energy air cooled NIR source
•
Laser Class Class 1
•
Beamsplitter Quartz substrate with proprietary coating
•
Scanner Mechanical, frictionless bearing (no compressed air required),
• 4 selectable mirror velocities,
A/D Converter 24-bit
•
Validation Internal Validation Unit (IVU)
•
Spectrometer Size 40.0(W) x 58.9(D) x 26.2(H) cm (base configuration)
• The FT-NIR spectrometer must incorporate a high throughput 60 degree interferometer and gold coated cube corner
optics for maximum light throughput.
• Integrating sphere with rotating sample cup for reflection measurements of inhomogeneous samples or samples with
large particle size.
• 54.9(W) x 58.9(D) x 39.1(H) cm (complete configuration)
•
Weight 30 - 40 kg (depending on configuration)
•
Spectrometer Power 100 - 240 VAC, 50 - 60 Hz, max. 180 W
•
Computer Interface Ethernet connection
* Software package for QA/QC,software package for identification of raw materials quantification of ingredients,
Technical Features :
The system must incorporate automated internal instrument validation unit and it should be to incorporate 5 different
reference standards and be fully software controlled with standards to test for instrument wavelength (X-axis) and
photometric (Y-axis) accuracy and precision.