v-kit Pro HPLC

  

• HPLC Flow Rate – pump A
  Uses a traceable liquid flowmeter to qualify an HPLC pump for flow rate accuracy and precision at 1, 2 or 3 flow rates
• HPLC Flow Rate – pump B
  Uses a traceable liquid flowmeter to qualify a second HPLC pump or pump head for flow rate accuracy and precision at 1, 2 or 3 flow rates
• HPLC Column Temperature
  Uses a traceable digital thermometer to qualify an HPLC column oven/cooler for temperature accuracy and precision at 1, 2 ,3 or 4 combination of temperature and position
• HPLC Autosampler Temperature
  Uses a traceable digital thermometer to qualify a heated/cooled HPLC autosampler for temperature accuracy and precision at 1, 2 ,3 or 4 combination of temperature and position
• HPLC Injection Precision
  This test uses a traceable precision standard and blank plus a qualified pump and UV/Vis, FL or, ELS or RI detector to qualify an HPLC autosampler for injection precision and carry over
• HPLC UV Wavelength Accuracy
  Uses a traceable wavelength accuracy standard solution to qualify an HPLC UV/Vis detector for wavelength accuracy in manual, injection or scanned mode for 1, 2 or 3 wavelengths in the range 241 - 640nm
• HPLC UV Extended Wavelength Accuracy
  Uses a traceable wavelength accuracy standard solution to qualify an HPLC UV/Vis detector for extended wavelength accuracy in manual, injection or scanned mode for 1 or 2 wavelengths, 205 and 273nm
• HPLC FL Excitation Wavelength Accuracy
  Uses a traceable wavelength accuracy standard solution to qualify an HPLC fluorescence detector for excitation wavelength accuracy in manual or scanned mode at ex 350nm
• HPLC FL Emission Wavelength Accuracy
  Uses a traceable wavelength accuracy standard solution to qualify an HPLC fluorescence detector for emission wavelength accuracy in manual or scanned mode at em 397nm
• HPLC FL Extended Emission Wavelength Accuracy
  Uses a traceable wavelength accuracy standard solution to qualify an HPLC fluorescence detector for emission wavelength accuracy in manual or scanned mode at em 450nm
• HPLC UV Signal–to–Noise or Noise and Drift
  Uses a traceable linearity standard to qualify an HPLC UV/Vis detector for signal noise, drift and signal-to-noise ratio or only signal noise and signal drift
• HPLC FL Signal–to–Noise
  Qualifies an HPLC fluorescence detector for signal-to-noise ratio
• HPLC RI Signal–to–Noise or Noise and Drift
  Uses a traceable linearity standard to qualify an HPLC refractive index detector for signal noise, drift and signal-to-noise ratio or only signal noise and signal drift
• HPLC ELS Signal–to–Noise or Noise and Drift
  Uses a traceable linearity standard to qualify an HPLC evaporative light scattering detector for signal noise, drift and signal-to-noise ratio or only signal noise and signal
  drift
• HPLC UV Linearity
  Uses five traceable linearity standards plus a qualified pump and autosampler to qualify an HPLC UV/Vis detector for response linearity
• HPLC FL Linearity
  Uses five traceable linearity standards plus a qualified pump and autosampler to qualify an HPLC fluorescence detector for response linearity
• HPLC RI Linearity
  Uses five traceable linearity standards plus a qualified pump and autosampler to qualify an HPLC refractive index detector for response linearity
• HPLC Injection Linearity
  Uses a traceable precision standard plus a qualified pump and UV/Vis, FL or RI detector to qualify an HPLC autosampler for injection linearity
• HPLC Gradient Accuracy – A/B
  Uses a traceable gradient standard and a qualified UV/Vis or FL detector to qualify an HPLC pump for gradient accuracy and at 5, 6 or 11 composition steps
• HPLC Gradient Accuracy – C/D
  Uses a traceable gradient standard and a qualified UV/Vis or FL detector to qualify an HPLC pump for gradient accuracy and at 5, 6 or 11 composition steps