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Series Products
Atomic
Absorption Spectrophotometer, Double
Beam Atomic Absorption Spectrophotometer, Single
Beam Atomic Absorption Spectrophotometer, NIR
Spectrophotometer, Spectrofluorometer,
Bio
- Spectrophotometer, Double
Beam UV-VIS spectrophotometer, Single
Beam UV-VIS Spectrophotometer, UV-VIS
Spectrophotometer, Scanning Visible Spectrophotometer,
Visible
Spectrophotometer, Fluorometer,
Colorimeter
Spectroscopy - Scanning Visible Spectrophotometer
Features
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Scanning Visible Spectrophotometer
Covering Near UV - VISIBLE & NEAR IR SPECTRUM. |
Microprocessor based with Printer
Interface. |
Stable Single Beam Optics. |
Compact, Modular & Ergonomically
Engineered. |
Motorised 4 Position Cuvette Holder
for 10 mm Pathlength Cuvettes. |
Automatic Position of Sample Holder. |
User Friendly & Menu Driven. |
Application
In Determination of
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Nutrients like N, P, K, S, Ca, Mg,
Zn, Cu, B, Mo, etc., in Agricultural soil, Plants etc. |
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Organic compounds in Biological matter |
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Glucose, Fructrose, Carbohydrates,
Proteins etc., in Foods |
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Edible dyes, alcohols etc., in Beverages |
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Purity of constituents in Pharmaceuticals |
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Toxic elements, Cd, Pb, Hg etc., in
Effluents |
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Constituents in compositions used
in Metallurgy, Fertilizer, Pesticide, Chemical, Petrochemical,
Steel, Cement, Glass & Other Industries. |
Principle
Light from a tungsten halogen lamp is focussed on to the entrance
slit of a monochromator. The incident beam of light gets tuned to
the desired wavelength by the rotation of a diffraction grating &
reflecting optics in Czerny Turner mount and emerges as a monochromatic
light from the exit slit of the monochromator. Transmitted portion
of this monochromatic light through the medium (Blank, Standard or
Sample) is detected by a silicon photodiode. The detected output is
processed and % Transmittance / Concentration of the medium
is displayed on the readout of the instrument, as selected.
This SCANNING MINI SPEC is a NUV-VIS NIR SPECTROPHOTOMETER with Czerny
Turner monochromator and ergonomically engineered into an instrument
of convenient size and contemporary style. This instrument is incorporated
with microprocessor control of wavelength drive, data processing can
be incorporated facilitating spectral scanning.
Spectral |
Range |
340 to 1000 nm |
Bandwidth |
5 nm |
Accuracy |
± 1.0 nm |
Repeatability |
± 1.0 nm |
Readability |
1 nm |
Readout |
LCD Panel |
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Photometric |
Range |
0 to 1.999 Abs
0 to 100% |
Accuracy |
± 0.05 Abs. at 1.0 Abs |
Repeatability |
± 0.01 Abs. |
Stability |
± 0.01 Abs/hr. after 2 hr. warm-up |
Stray light |
<0.5% at 340 nm |
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Readability |
%T Abs Conc.
----- ------ --------
0.1 0.001 1
count |
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Light sources |
Tungsten Halogen Lamp |
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Monochromator |
Czerny Turner with 600 lines/mm ruled Grating. |
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Detector |
Photo Diode |
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Control |
Microprocessor |
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Data Processing |
Spectrum, Discrete ,
Concentration. |
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Data
Presentation |
Display |
16 x 2 Alphanumeric dot matrix LCD Panel of 2.95
x 4.35 mm character size with backlight. |
Hard Copy |
On Printer |
Accessory output |
Analog 1 volt per 100%T |
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Sample Attachments |
*Motorised Four position Cuvette holder for 10
mm pathlength Cuvette.
*Motorised Two position multi pathlength Cuvette holder for
10, 20, 40 mm pathlength Cuvettes.
*Fiber optic Absorption Dip Probe of 100 mm pathlength.
*Fiber optic coupled Cuvetee holder for 10 mm pathlength cells. |
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Power requirement |
230 V ± 10%, 50 Hz, 1 ø, Max. 35 VA |
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Physical dimensions |
Size ( WxDxH) in mm |
410 x 315 x 135 |
Weight in kg. |
Approx. 10 |
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Accessories supplied |
With instrument |
10 mm pathlength Cuvettes |
Specifications subject to change due to continuous
development
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