AA990 ATOMIC ABSORPTION
The 990 Atomic Absorption Spectrophotometer is a versatile entry level instrument computer controlled an Air/Acetylene flame ONLY for general laboratory needs.
The 990 Atomic Absorption Spectrophotometer is a versatile entry level instrument computer controlled an Air/Acetylene flame ONLY for general laboratory needs.
The PG990 Atomic Absorption Spectrophotometer is a versatile low cost, entry level instrument with a computer controlled Air/Acetylene flame for general laboratory requirements. Due to its high sensitivity and excellent performance the instrument can be used for a wide range of applications including:
Features
Safety
AAWin Software
AAWin Software is a powerful and intuitive software product designed to allow control and data acquisition from the PG Instruments PG990 Atomic Absorption Spectrometer.
The AAWin software allows the Analyst to control all aspects of their analytical method whilst providing an extensive range of tools for data collection, storage and interpretation.
The software interface consists of three key work-areas, whilst having toolbars to access many others. These work areas allow the user to view real-time signal acquisition, up-to-date display of calibration curves and a flexible, sample table.
Lamp turret setup, operating and warm-up currents, along with the desired analytical wavelength are easily selected in the configuration.
Ensure optimal peak position at the chosen analytical line by scanning the emissions spectra
Each stage of analysis setup is made quick and simple by means of the Sample Wizard
Obtain reliable and accurate results by using the Energy control feature to manually optimise atomiser position and setup.
Use the Auto-balance feature to ensure energy level.
Use the sample table to perform quick measurements of both Standards and Samples.
Easily append the sample table to add new samples or even revise calibration curves either by manual introduction or using an Autosampler.
View up-to-date calibration curves in 1st, 2nd, or 3rd order using a standard calibration or standard addition.
Perform retrospective curve fits to ensure optimum correlation.
View real-time signal acquisition for flame and hydride generation analysis.
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