Search
Search

| Catalog Number | Model | Detection Mode |
|---|---|---|
| 5074.0010 | VWD-3400 RS | UV-vis Detection (4 Channels) |
For sensitive, accurate, and reliable UV-vis detection, the Thermo Scientific™ Dionex™ UltiMate™ 3000 VWD Variable Wavelength Detectors offer excellent noise and drift performance to ensure high sensitivity over a wavelength range of 190–900nm. Available in two models., the VWD-3100 standard detector has a 100Hz data rate and is economically affordable for laboratories on a limited budget. The VWD-3400RS Rapid Separation (RS) detector offers a data rate of up to 200Hz to perfectly detect even the narrowest peaks. Exceptional linearity up to 2.5 AU simplifies analysis over a range of analyte concentrations.
The increased sensitivity of variable wavelength detectors make them an excellent choice for applications involving trace analytes. Their wide dynamic range also makes them especially suited for pharmaceutical applications involving multiple compounds at very different concentrations.
The four-channel UltiMate 3000 RS Variable Wavelength Detector VWD-3400RS is ideal for research and more complex methods involving analytes with different absorption maxima. For conventional LC applications, this detector allows data acquisition from up to four UV-vis channels at up to 5Hz (up to 200Hz in single-channel mode).
The UltiMate 3000 Single Channel Variable Wavelength Detector VWD-3100 is ideal for routine methods such as quality control applications employing isocratic separations.
Features
Monitor Gradients On Line
The Thermo Scientific™ Dionex™ UltiMate™ 3000 PCM-3000 pH and Conductivity Monitor is an upgrade for accurate pH and conductivity on-line monitoring with the VWD-3000 Series. This unit is typically used to monitor the gradient formation in salt- or pH-gradient-based ion-exchange chromatography (IEC) in biopharmaceutical analysis.
The PCM-3000 supports all modes of chromatography and provides verification of the elution conditions, the retention behavior of the sample, and the precision and repeatability of the instrumentation.