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UV/VIS Spectrophotometer ONDA TOUCH UV- 31
The UV-VIS Spectrophotometer Onda Touch UV 31 Scan is designed for advanced analytical applications, offering a wavelength range of 190 – 1100 nm with a precise 2 nm passband. Featuring a 5″ color touch screen and a single beam design, it provides comprehensive functionalities including photometry, quantitative, spectral scanning, file management, performance verification. The dual light source (deuterium and tungsten) ensures high accuracy across the spectrum.The spectrophotometer supports multiple languages and USB flash memory for seamless data management. Included accessories are 4 optical glass cuvettes, 2 quartz cuvettes, an 4-position cell holder, power cord, dust cover, USB flash memory, and a calibration report.
Key Features
UV-VIS Spectrophotometer
- Wavelength Range: 190 – 1100 nm
- Display: 5″ color touch screen
- Beam Type: Single beam
- Source: Deuterium & Tungsten
- Memory: USB flash memory support
- Operating System: Multi-language
Functions:
- Photometry
- Quantitative analysis
- Spectral scanning
- File management
- Performance verification
Included Accessories:
- 4 Optical Glass Cuvettes (10mm)
- 2 Quartz Cuvettes (10mm)
- 4-Position Cell Holder (10mm)
- Power Cord
- Dust Cover
- USB Flash Memory
- Calibration Report
Specifications
| Accuracy (photometric) |
0,2 T |
| Accuracy (wavelenght) |
0.8 nm |
| Power supply |
100 – 240 V |
| Bandwidth |
2 nm |
| Connection |
USB A – USB B – RS232 |
| Dimension |
456 x 360 x 185 mm |
| Display |
Colour display 5” touch, fixed, 480 x 272 px |
| Basic photometry |
Yes |
| File Management |
Yes |
| Communication interfaces |
Touch screen |
| Selectable languages |
IT – EN – ES – DE – FR – PT |
| Diffused light |
< 0,1 % T |
| Memory |
236 kB (internal) expandable with USB stick |
| Name |
ONDA UV-31 SCAN Spectrophotometer |
| Power |
120 W |
| Photometric range |
0 … 9999,9 Conc |
| Photometric range |
0 … 200 % T |
| Photometric range |
-0,3 … 3 Abs |
| Wavelenght range |
190 – 1100 nm |
| Range (UV/Visible) |
UV / Visibile |
| Detector |
Silicon photodiodes |
| Photometric resolution |
0.001 |
| Wavelength resolution |
0.1 nm |
| Spectral scanning |
Yes |
| Optical system |
Single beam |
| Sources |
Tungsten – halogen/deuterium |
| Stability |
±0.002 Abs/hr (500 nm after 2 hours warm-up) |
| Standard cell support |
Manual 4 pos., cuv. square optical path 10mm |
| System Utilities |
Yes |
| Sample compartment |
Accessible from above and the front |
|
Performance verification
|
Yes |
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