Digital UV-VIS Spectrophotometer 371

Features

  • Range 190 To 1000 nm
  • µP Based Wavelength Selection
  • 4 Digit LED Display For Wavelength
  • 3 ½ Digit LED Display For Data
  • Highly Stable & Accurate
  • 4 Position Sample Holder
model-371Nw

Digital UV-VIS Spectrophotometer – 371 is a single beam, accurate, reliable and versatile instrument for spectrophotometric analysis of any concentration. The output is available on a 3 ½ digit red seven segment LED display in terms of %Transmission (%T), Absorbance (Abs.), and Concentration (Conc.).

An accurate 190.0 to 1000.0 nm wavelength control, with a resolution of 0.1 nm is obtained by microprocessor controlled stepper motor. The wavelength is displayed on 4 digit red seven segment LED display separately. A monochromator using Czerny-Turner mounting technique with 1200 line/mm grating is used.

It is an extremely useful instrument for chemical, pharmaceutical, agricultural, biotechnological labs, hospitals, engineering & medical colleges, universities & research institutions.

Specifications

SPECTRAL
Wavelength Range 190 – 1000 nm
Spectral Bandwidth 2 nm
Accuracy ± 0.5 nm
Repeatability ± 0.3 nm
Wavelength Readout 4 Digit 7-Segment Red LED display for wavelength
PHOTOMETRIC
Photometric Range %T: 0 – 100%, Abs: 0 – 1.999, Conc.: 0 – 1999
Accuracy ± 0.005 Abs @ 1.0 Abs, ± 0.010 Abs @ 1.5 Abs
Repeatability ± 0.002 Abs @ 1.0 Abs
Stray Light Less than 0.1% @ 320 nm
Readability ± 1 Count
Data Readout 3 ½ Digit 7-Segment Red LED display for results
Light Sources Deuterium Lamp (D2), Tungsten Halogen Lamp (W)
Detector Wide range Silicon Photodiode
Optics Complete mirror optics with high resolution 1200 grooves/mm Grating, Czerny-Turner mount
Sample Holder 4-Position adjustable sample holder
Power 230 V ± 10% AC, 50Hz
Dimensions
(L x B x H)
550 x 405 x 130 mm (Approx.)
Weight 25 Kg (Approx.)
Accessories Quartz Cuvettes: A set of 2, Polystyrene Cuvettes 10 mm
path-length: A set of 4, Opaque Cuvette, Mains Lead, Operation Manual and Dust Cover

Note : Specifications are subject to change due to continuous improvements.