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The TU-1800PC/1800SPC is our companys popular UV-VIS spectrophotometer. Its optical system adopts a split-beam measurement optical system, detector for two highly sensitive silicon diodes; instrument operations are controlled through the PC, using UV-WIN, a WINDOWS platform software. The instrument features an 8-cell holder, accessible light-source chamber. TU-1800PC/1800PCS UV-VIS spectrophotometer performs photometric measurements, spectrum measurements, and quantitative measurements.
It is easily operated, features excellent performance, automatic 1100nm-200nm wavelength scan, abundant measurement features, and data-processing applications. The practical TU-1800 series is suitable for medical, chemical, environmental, agricultural, or biological analytical work.
Features
* Low Stray Light and Wide photometric range. The high-performance blazed holographic grating reduces stray light of the instrument and widens the photometric range.
* Enhanced baseline stability. The dual beam monitoring ratio system enhances baseline stability.
* Heightened resolution. The large-diameter light path magnifies the instrument\'s energy, reduces noise and enhances resolution.
* Automatic sequential measurement. The automatic eight-cell sample holder carries out automatic measurement of eight samples in succession. It also features a one-touch measurement of the dissolution of six drug samples and a blank
* User-friendly light source. The socket deuterium lamp and socket tungsten lamp facilitates easy light source replacement, easy maintenance, and reduces operation error |
Specifications
Optical System: X-shaped monochromator, with high-resolution, diffraction holographic grating. |
Wavelength range |
200nm ~ 1100nm |
Spectral bandwidth |
0.5nm, 1.0 nm, 2.0 nm and 5.0 (for TU-1800PCS) |
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2.0 nm (for TU-1800PC) |
Stray light |
0.3 %T (220nm NaI) |
Wavelength accuracy |
+/-0.5 nm (automatic correction) |
Wavelength reproducibility |
0.2nm |
Photometric system: dual beam ratio monitoring system |
Photometric method |
Transmittance, absorbance, energy and concentration. |
Photometric range |
-0.3~3.0Abs (0~200%T) |
Photometric accuracy |
+/-0.3%T (0~100%T), +/-0.002 Abs (0~0.5 Abs), +/-0.004 Abs (0.5~1.0 Abs) |
Photometric reproducibility |
0.15 %T (0~100 %T), 0.001 Abs (0~0.5 Abs), 0.002 Abs (0.5~1.0 Abs) |
Baseline flatness |
+/-0.004 Abs (200nm~1100nm) |
Baseline stability |
0.002 Abs/h (500nm, after preheating) |
Software: Windows platform UV-WIN |
Photometric measurement |
With repetitive measurement function for measuring the photometric values at 1~10 wavelengths and make mathematical calculations based upon input equations. Utilizes an eight-cell holder to quickly make sequential calibrations and measure seven sample\'s photometric values. |
Spectrum scanning |
Record sample\'s spectral curve and perform data processing. Can scan and obtain spectrum characteristics of within a wavelength of 200nm~1100nm. Can conduct derivative, logarithmic, arithmetical calculations on the spectral curve, or peak-picking and spectral graph zoom operations. |
Photometric accuracy |
Can conduct single wavelength, double wavelength, triple wavelength quantitative determination. Can perform spectral curve fit on 1-24 standards. Provided with measurement repetition function. Utilize the eight-cell holder to quickly make sequential calibrations and measure seven sample\'s concentration. |
Kinetic Measurements |
Time scanning of transmittance or absorbance on 1 to 10 specified wavelengths and handling data such as peak value checkout, spectral microanalysis and spectral calculation. |
Result delivery |
Save data file and parameter file. Can use compiler or data sheet share data. |
Mainframe: A compact spectrophotometer |
Light Source |
Socket deuterium lamp and socket tungsten lamp |
Detector |
?A pair of silicon photodiode |
Sample Chamber |
Eight-cell sample holder |
Dimensions |
540mm X 400mm X 250mm |
Weight |
25kg |
Other Requirements: |
Power Source |
voltage 110-230V, frequency 50-60Hz alternating current |
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Note: The TU-1800PC features all the advanced functions of the TU-1800PCS, but is simplified by removing the selectable bandwidth feature. The TU-1800PC will remain at 2.0 nm set spectral bandwidth while the TU-1800PCS can analyze using four different bandwidths.
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