GENEQ > Biotechnology > HPLC
Low Priced Automated Isocratic HPLC Systems
Model DIS 20/20P
The software can acquire data from two detectors
but can only control one. The software can set wavelength on the detector dependent
upon the wavelength stipulated in the method.
Complete system automation is possible by replacing the standard valve with
an autosampler such as the Model DAS-10 Star-Chrom valve automatically
acquires the data, analyzes it and makes it available for further calculations,
and can report it out in custom fashion. All facets of the HPLC method can be
programmed including pump flow rates, peak detection, absorbance range, and
autozero in addition to the wavelength.
In comparison to other isocratic systems in the market the DIS-20 is priced
thousands of dollars less.
| SPECIFICATIONS | |
| Flowrate | 0.01 to 9.99 mL/min |
| Pressure | 3000PSI / 5000PSI |
| Unswept Volume | <30µL |
| Display(s) | AU, Wavelength, P |
| Materials wetted | PEEK or SS |
| Accuracy Pump | 2% |
| Precision Pump | 0.2%RSD |
| Wavelength Accuracy | 2nm |
| Wavelength Precision | 1nm |
| Lamp | Deuterium |
| Flowcells | |
| Analytical PEEK, SS | 7.0mm Path; 10µL Vol |
| Semi-Prep PEEK, SS* | 2.5mm Path; 44µL Vol |
| Preparative PEEK | 2.0mm Path; 4µL Vol |
| Microbore, PEEK, SS | 5.0mm Path, 1.5 mL Vol* |
| Linearity | >2% |
| Drift | <5.0 x 10(-4) |
| Noise | <0.5 x 10(-4) |
| Recorder Output | 10.0mV |
| Integrater Output | 1.0V-2.0V (2.0A) |
| Pump Output | RS-232 |
| Power | 115, 220-240VAC |
| Dimensions | 7.1Hx7.8Wx16D in. |
| Weight | 40lbs (19.1kg) |
| * Fixed Wavelength Only | |
| CAT. NO. | DESCRIPTION |
| DIS-20 | Integrated isocratic system with variable wavelength UV-VIS detector. Position sensing valve and pressure transducer. Star-Chrom dual channel, Windows 95, 98, and NT compatible management software |
| DIS-20P | The high pressure versions of the DIS-20; operates up to 5000 psi. The lowest priced computer-assisted isocratic HPLC systems in the industry! The addition of an autosampler or auto-injection valve would fully automate these systems. |