How to fix a Waters GCT Premier power switch that won't turn on?
If the power switch fails to power on your Waters Laboratory Equipment, first, unplug the instrument from the main power supply. Then, replace both mains power fuses with the correct type and rating. If the fuses continue to fail, disconnect the instrument from the power supply and contact Waters for further assistance.
What to do if the Emission: Trap ratio is greater than 10:1 on Waters Laboratory Equipment?
If the Emission: Trap ratio is greater than 10:1 in your Waters Laboratory Equipment, remove the outer source magnets and reassemble them with opposite poles facing each other.
What does it mean when my Waters GCT Premier Laboratory Equipment tunes with repeller more than 5 V?
If your Waters Laboratory Equipment tunes with repeller more than 5 V, clean the inner source.
What causes an inactive ion repeller in EI mode in Waters GCT Premier?
If the ion repeller is inactive in EI mode on your Waters Laboratory Equipment, use tweezers to adjust the spring contacts on the outer source to improve contact.
Why does my Waters GCT Premier Laboratory Equipment have high filament current, high emission current, and low trap current?
If you are experiencing high filament current, high emission current, or low trap current with your Waters Laboratory Equipment, clean the inner source. Also, use tweezers to adjust the spring contacts on the outer source to improve contact. Check the source magnet are attracting.
What causes no Filament current, Trap current maximum, or Emission current zero in Waters GCT Premier?
If you observe no Filament current, Trap current maximum, or Emission current zero on your Waters Laboratory Equipment, remove the inner source and exit plate. Check the cleanliness of the trap and trap ceramic. Blow out any particles using dry nitrogen.
Why is there no Trap, Emission, or Filament current readback on my Waters GCT Premier?
If you observe no Trap, Emission, or Filament current readback on your Waters Laboratory Equipment, remove the inner source and test the continuity of the filament with a digital multimeter (the resistance should be approximately 0.2 ohm). Replace the filament if it is damaged. If the filament is intact, use tweezers to adjust the spring contacts on the outer source to improve contact. Also, in the MassLynx Tune window, Source tab, click Reset Filament. If the solvent trip level has been exceeded, adjust the solvent trip level or correct the vacuum housing.
How do I troubleshoot a non-working source heater in Waters GCT Premier?
If your Waters Laboratory Equipment source heater is not working, inspect the Tune window EI tab Source Temp (°C) readback. A readback of 503 indicates that the source heater is disconnected. Check the integrity of the heater connections.
Why are the peaks unsteady or low intensity (ion beam) in my Waters GCT Premier?
If you are experiencing unsteady or low-intensity peaks (ion beam) with your Waters Laboratory Equipment, consider these potential solutions: * Troubleshoot the autosampler and check for pressure variations during injection. * Clean the source components. * Ensure that the source voltage read-backs vary with the Tune window setting; if any voltages are absent, disassemble and correctly reassemble the source assembly. * Ensure all Tune window settings are correct, the readbacks are sensible, and that all lens parameters affect the beam. * Ensure the MCP voltage is set correctly.
Provides instructions for removing and installing the EI/CI inner source assembly.
Details the procedure for removing and fitting the EI/CI outer source assembly.
Outlines steps to prepare the instrument for operation and tuning.
Describes the process of obtaining an ion beam for instrument tuning.
Guides through automatic instrument setup using the Instrument Setup Wizard.
Explains how to tune the instrument for Electron Ionization (EI) mode.
Details procedures to achieve the best resolution in EI mode.
Explains how to tune the instrument for positive Chemical Ionization (CI).
Guides on tuning the instrument for negative Chemical Ionization (CI).
Outlines the process of calibrating the instrument's mass scale.
Guides through the instrument calibration process using a wizard.
Explains how to calibrate the instrument in Chemical Ionization (CI) mode.
Provides instructions for manual instrument calibration procedures.
Provides step-by-step instructions for installing the GC interface.
Details tasks for loading, inserting, and removing the DI probe.
Explains how to control the DI probe temperature manually and automatically.
Guides on installing the probe insertion lock for the DCI probe.
Details tasks for loading, inserting, and removing the DCI probe.
Explains how to manually control the DCI probe current.
Guides on setting up the instrument for FI/FD operation.
Explains how to tune the instrument in Field Ionization (FI) mode.
Guides on setting up and calibrating the instrument for FI operation.
Explains how to tune the instrument in Field Desorption (FD) mode.
Lists periodic maintenance schedules and safety precautions.
Discusses rotary pump oil quality, color, gas ballast, and maintenance.
Covers cleaning and maintenance of EI/CI inner source components.
Details maintenance procedures for FI/FD inner source, including emitter care.
Covers cleaning and maintenance of EI/CI outer source components.
Details maintenance procedures for FI/FD outer source components.
Guides on checking for leaks after performing source maintenance.
Covers maintenance procedures for the detector, including conditioning.
Provides tables of common hardware problems and corrective actions.
Gives information on how to contact Waters for technical support.
General| Software | MassLynx |
|---|---|
| Resolution | 10, 000 FWHM |
| Ionization Modes | EI, CI |
| Mass Accuracy | <5 ppm |
| Dynamic Range | >4 orders of magnitude |
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