Description :
Double Beam UV VIS Spectrophotometer TRDUV-603 is a small device that measures multiple wavelengths with a bandwidth of 1.8 nm and a wavelength range of 190 to 1100 nm. Blazed holographic gratings with a photometric accuracy of 0.3 % T (0 to 100 % T), 0.002A (0 to 0.5A), 0.004A (0.5A to 1A). Has an 8-inch touchscreen for ease of operating and parameter observing, and it has a Photometric Display Range of 0.0 to 200.0 % T, -0.301 to 4.000 A, 0.000 to 9999 C. It performs admirably in both qualitative and quantitative testing.
Specification
| Monochromatic type |
Czerny turner |
| Focal length |
160 mm |
| Wavelength Range |
190 to 1100 nm |
| Band Width |
1.8 nm |
| Wavelength Accuracy |
±0.3 nm |
| Wavelength Repeatability |
≤0.01 nm |
| Photometric Display Range |
0.0 to 200 .0% T , -0.301 to 4.000 A , 0.000 to 9999 C |
| Photometric Accuracy |
±0.3% T(0 to 100%T) / ±0.002A(0 to 0.5A) / ±0.004A(0.5A to1A) |
| Photometric Repeatability |
0.15% T(0 to 100%T) / ±0.001A(0 to 0.5A) / ±0.002A(0.5A to 1A) |
| Photometric Mode |
T,A,C,E |
| Stray Light |
≤0.03% τ (220nm NaI, 360 nm NaNO2) |
| Stability |
0.0005A/h500 nm |
| Detector |
Import Silicon Photodiode |
| Scanning speed |
Fast-medium-slow |
| Power Requirement |
AC 220 V±22 50 Hz±1 Hz,200 W |
| Baseline Flatness |
≤0.002A(200 to1090 nm) |
| Grating |
1200 lines/mm |
| Drifting |
≤0.0009 Abs/30 min |
| Noise |
100 % (T)≤0.15 % (T); 0 % (T)≤0.1 % (T) |
| Dimensions(W×D×H) |
74×63×45 Cm |
| Weight |
35 Kg |
Features
- 8-inch touchscreen display with a dual-beam optical system
- Examine the entire spectrum
- Linear regression analysis
- The innovative user interface, powerful functions, and simple operation
- Direct reading with concentration
- Persistence of time-based kinetics
- Detecting Peaks and Valleys
- It shows great performance in qualitative and quantitative analysis
- Measurement of multiple wavelengths
- Extensive frequency band scanning
- The zero and full scales are automatically adjusted
- A USB interface is included
Application
It is to determine the amount of light of a specific wavelength absorbed by an analyte in a sample. Although samples can be gases or liquids, an analyte dissolved in a solvent is discussed here.