Microprocessor Double Beam UV-VIS Spectrophotometer
Categories: Laboratory Research Equipment ManufacturerMicroprocessor Double Beam UV-VIS Spectrophotometer Features : Wide range of wavelength Automated designing Maximum wavelength of 9 and measuring of 7 samples scan at one time Change-ov...
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Description
Microprocessor Double Beam UV-VIS Spectrophotometer Features :
- Wide range of wavelength
- Automated designing
- Maximum wavelength of 9 and measuring of 7 samples scan at one time
- Change-over between W lamp & D 2 lamp is automatic
- Large scale integrated circuits design
- Optimized optics
- High performance
- Light source and receiver of international standards
- Data output obtained using RS-232 interface and printer port
- Wavelength scan
- Time scan
- Multi-wavelength determination
- Multi-order derivative determination
- Double-wavelength method
- Triple-wavelength method
- Biochemical research and industry
- Pharmaceutical analysis and production
- Education
- Environmental protection
- Food industry
- Clinical examination
- Sanitation
- Ant epidemic and many more
Wavelength Range | 190-1100 nm |
Spectral Bandwidth | 1 nm |
Working Mode | T,A,C,E |
Optical System | Double beam |
Scanning Speed | Fast / Medium / Slow |
Photometric Range | ± 0.3 - 3.5 A, 0 to 220 %T |
Wavelength Accuracy | ± 0.3 nm |
Wavelength Reproducibility | < 0.10 nm |
Photometric Accuracy | ± 0.3% T (0-100% T) ± 0.002 A (0-0.1 A) |
Photometric Reproducibility | < 0.15 % T |
Stray Light | < 0.1% T (Nal. 220nm, NaNO2 340 nm) |
Baseline Flatness | ± 0.002 A |
Stability | < 0.001A/h (at 500 nm, after warming up) |
Noise | ± 0.001A (at 500 nm) |
Detector | Dual Silicon Photodiode |
Display | 6 inches high light blue LCD |
Weight | 26 Kg |
Dimensions | 630 x 470 x 210 mm |
Power | AC : 220V ± 10%, 50 Hz. |
Glass Cells | 16 No. |
Quartz Cells | 4 Nos. |
quick overview :
Microprocessor Double Beam UV-VIS Spectrophotometer Features :
- Wide range of wavelength
- Automated designing
- Maximum wavelength of 9 and measuring of 7 samples scan at one time
- Change-over between W lamp & D 2 lamp is automatic
- Large scale integrated circuits design
- Optimized optics
- High performance
- Light source and receiver of international standards
- Data output obtained using RS-232 interface and printer port
- Wavelength scan
- Time scan
- Multi-wavelength determination
- Multi-order derivative determination
- Double-wavelength method
- Triple-wavelength method
- Biochemical research and industry
- Pharmaceutical analysis and production
- Education
- Environmental protection
- Food industry
- Clinical examination
- Sanitation
- Ant epidemic and many more
Wavelength Range | 190-1100 nm |
Spectral Bandwidth | 1 nm |
Working Mode | T,A,C,E |
Optical System | Double beam |
Scanning Speed | Fast / Medium / Slow |
Photometric Range | ± 0.3 - 3.5 A, 0 to 220 %T |
Wavelength Accuracy | ± 0.3 nm |
Wavelength Reproducibility | < 0.10 nm |
Photometric Accuracy | ± 0.3% T (0-100% T) ± 0.002 A (0-0.1 A) |
Photometric Reproducibility | < 0.15 % T |
Stray Light | < 0.1% T (Nal. 220nm, NaNO2 340 nm) |
Baseline Flatness | ± 0.002 A |
Stability | < 0.001A/h (at 500 nm, after warming up) |
Noise | ± 0.001A (at 500 nm) |
Detector | Dual Silicon Photodiode |
Display | 6 inches high light blue LCD |
Weight | 26 Kg |
Dimensions | 630 x 470 x 210 mm |
Power | AC : 220V ± 10%, 50 Hz. |
Glass Cells | 16 No. |
Quartz Cells | 4 Nos. |
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