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The spectrum is evaluated for peaks at different wavelengths. Holmium Oxide Test: The test measures the Holmium spectrum from the built-in Holmium filter.Dark Current Test: The test measures the dark current from the detector optic.Filter Test: The test moves the filter into the light path and measures the relative absorbance in the filter position.
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G1315D Diode Array Detector & G1321A Fluorescence Detector Diagnostic Tests: This Agilent system is in excellent condition and will be fully tested to perform at factoryīelow is a List of Diagnostic Tests Performed On This System
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The HPLC System features extensiveĭiagnostics with compatible data analysis software for on-site and remote The unit can be operated with a hand-held controller orĬomputer running Clarity software. Reported from 1 – 16 nm with raw data for GLP traceability. Lower baseline noise as necessary on the 1200. Landscape for faster sample characterization, ensuring higher sensitivity or The programmable slit helps you explore the spectral This detector features superb illumination usingĬombined deuterium and tungsten lamps for the highest intensity and lowestĭetection limit from 190 to 950 nm, 1024 diodes and 1-nm slit for highest Temperature management system ensures optimum baseline stability-even under
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Wavelength verification for performance tracking. The VWD and diode array detectors allow for automated Quality with peak purity, multiple signals, and spectral libraries during yourĪnalytical quantification, offering an extended wavelength range with the The Agilent 1200 Diode Array Detector verifies separation Operating costs without the use of helium and optimum instrument performance. The HPLC System’s vacuum degasser ensures reduced Pre-configured degasser, which allow convenient low-pressure mixing and a large It also features a high-speed proportioning valve and a Solvent, making the Agilent 1200 both remarkably easy-to-use and
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Valve runs synchronous to the pistons to eliminate vapor formation in volatile The system’s optimized design using a quaternary pump allows variable Mixing and pulse-free solvent delivery for consistently fast and accurate The Agilent 1200 HPLC System guarantees the most efficient I had to do just that yesterday when setting up one of my GCs to do parabens, which I hadn't done by GC in years mine was waiting for cool down of the aux zone, even though I wasn't even using aux, it was just carried over from a previous Method I started with.Agilent 1200 HPLC System with Diode Array Detector and Fluorescence Detector Then go back in and just remove the check marks for those, click OK, then re-save the Method. If low (or high), make those maybe 125C, then click OK. Go to the "Temperature" window when this happens, click on the other location inlet and detector temperatures, and aux, and see what number is entered there. Yes, it would be a decent idea to load up the default method (like def_gc.M) and default sequence (def_gc.s) make minimum changes and see what happens.Īny error message on the monitor when this happens? How long do you wait until you "punt" when this happens? I've noticed on mine that if I load a Method that has low temperatures for (example) the front inlet, front detector, or aux, and I only have a column in back or only using the back location, EVEN IF THE FRONT ZONES AND AUX ZONES ARE UNCHECKED under "Temperature", the GC will not become "Ready" until those zones drop to whatever temperature they are set for (even though "unchecked").