This Information Applies To: Agilent Flame Atomic Absorption (AA) Spectrometers (50/55/240/280 AA) Issue: How to optimize the Agilent Flame AA for better instrument performance and response stability Steps to follow: Use Figure 1 as reference for the procedure on the Flame AA optimization...

This Information Applies To: Agilent Spectroscopy Systems, SPS 4 Autosampler Issue The sample probe may be displaced from its correct position due to the probe hitting a sample vial or the sides of the wash reservoir. User calibration allows for minor adjustments to center a misaligned probe using...

This Information Applies To: Agilent SpectrAA Software Issue There are three different ways to generate reports in SpectrAA Software. Generating a Report from Stored Data Automatic Report Generation During a Worksheet Run Automatic Report Generation After a Worksheet Run Requirements...

This Information Applies To: Agilent Flame AA Systems: 55B, 240FS, 280FS Issue: After cleaning and re-installing the flame atomic absorption system components, it is important to optimize the burner position, nebulizer uptake rate, flame conditions, glass impact bead , and mixing paddles . Proper...

This Information Applies To: All Agilent Atomic Absorption Spectrometry Systems (AA50, AA55, AA240, AA280) Issue: This article describes when and how to clean an AA burner. Background For optimum and safe performance, burners (see Figure 1 ) should be cleaned after each day of use. Particularly...