#9IS80-3005-06 UVDAS power supply for Libra +
Specification | Data |
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Type | UV/Vis | Wavelength Range | 200 - 999nm | Wavelength Accuracy (+/-) | 2nm | Wavelength Reproducibility (+/-) | 0.5nm | Lamp Source | Deuterium/Tungsten | Beam | Single Beam | Optical System | Monochromator Holographic Grating | Bandwidth | 5nm | Detector | Single state silicon photodiode | Photometric Range | -3.000 to 3.000A, 0.01 to 99999 conc. units, 0.1 to 200%T | Stray Light | <0.05%T at 220nm and 340nm | Zero Stability | ± 0.002A/h at 0A after warm up | Baseline Flatness | | Measurement Type | Fixed Wavelength, Abs/%T, Abs ratio, Abs difference, concentration (standard curve), concentration (factor), multiwavelength, kinetics, Life Science Methods, cell density | Cell Compatibility | Cuvette, Microcell*, Variable Pathlength Cell* | Other Sample Containers | Test Tube* | Cell Holder | Single cell, Cell changer (2 position manual) * | Accessory Options | Cylindrical cell holder* | Temperature Control | Water Jacket Cell Holder* | Method Storage | Up to 9 | Regulatory Compliance | CE | Printer | Serial*, External via Export*, Chart Recorder* | Data Output | Print*, Export to PC*, PC Control* | Display | Graphical LCD | Export/ Data Storage | USB Serial cable | Data Interface | serial, parallel | Languages | English, French, Italian, German and Spanish | Power Requirement | 90-265V AC, 50/60Hz, 100VA | Weight | 6Kg (13.2lb) | Dimensions (WxDxH) | 30 x 40 x 19cm (12 x 16 x 7.5 inches) | Certification | CE | Noise | ± 0.001A near 0A and ± 0.002A near 2A at 600nm | Photometric Accuracy | +/- 0.5% or +/- 0.005A to 2.000A at 546nm | Photometric Reproducibility | 0.5% of absorbance value | Scan Speed | n/a | Spectral Scanning | Yes |
Description The instrument has absorbance, transmittance, absorbance ratio and factor concentration modes, as well as absorbance against time and scanning capabilities. The benefits of enhanced software functionality, including standard curve mode, reaction rate slope calculation, multi-wavelength equation definition and storage of user defined methods, will be useful in the QC laboratory. Graphics are displayed and can be printed out for the scan, kinetics and standard curve routines.
The instrument start-up menu may be customised by the laboratory manager in order to meet the applications requirements of the laboratory. As measurement needs change, the menu can be altered accordingly. The compact design saves precious bench space.
Connectivity All results can be downloaded directly to Excel if required using the optional spreadsheet interface. Alternatively it may be linked to a chart recorder or used with a parallel output printer. The instruments can be under full PC control when used with Acquire Lite PC-based software to expand the capability of the instrument including modules for wavelength scanning, kinetics and quantification.
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