Agilent ICP Expert II - Software Status Bulletin

Importance of the Topic

Inductively coupled plasma optical emission spectroscopy (ICP-OES) is a cornerstone of elemental analysis across environmental monitoring, materials characterization, and quality control. Reliable operation of ICP Expert II software is critical to maintaining throughput, data integrity, and compliance in high-demand laboratory environments. This status bulletin for version 2.0.5 (build 283) compiles the known issues and practical workarounds to support smooth operation.

Objectives and Study Overview

The bulletin aims to inform users of all documented software anomalies in ICP Expert II v2.0.5 and provide clear guidance on how to avoid or mitigate each issue. Grouped by functional area, the report enhances user awareness and promotes consistent, error-free workflows.

Methodology and Used Instrumentation

This summary is based on Agilent’s internal testing data and customer support records. The following instrumentation and configuration were referenced:

• ICP Expert II software version 2.0.5.283 (CD installer, June 2018)
• Windows 10 Professional 64-bit platform
• Agilent 710/715 ICP-OES systems with optional mass flow controller
• Agilent SPS 3 and AIM3600 autosamplers
• Polychromator boost feature and FACT matrix correction modules

Main Results and Discussion

Over 30 known problems are categorized as follows:

• Installation & Instrument Setup: Installer windows may overlap, default preferences may not reset, and setup dialogs can disappear. Workarounds include manual window repositioning and clicking toolbar icons to restore dialogs.
• Methods & Worksheets: Sequence duration predictions can be inflated when using the SPS 3 autosampler; standard additions are limited to 48 standards when including a blank; default nebulizer flow can revert until all method parameters are re-downloaded; certain dialog panes may gray out unexpectedly.
• Sequence Management: QC sample labels can fail to refresh, auto-plasma-off may not trigger on QC failure, and sequence editor changes during a run can cause errors. Recommended practices include manual QC type toggling and avoiding in-run sequence edits.
• Autosampler Operations: Online/offline detection may misreport status, manual control pages may not update, calibration blocks can deselect, and inline QC sampling positions are not locked. Best results come from dedicating racks to standards and fully initializing the autosampler before starting software.
• Inter-element Corrections (IEC): Deleting all elements can block method closure, calibration insertion may be unavailable, and IEC tables may not refresh until switching views. Users should maintain at least one interferent entry, insert calibration steps manually, and toggle graphics views to update tables.
• Time-Resolved Scans: Export to CSV during an ongoing scan may omit earlier data. The workaround is to export only after scan completion or use a different format.
• Flags & Errors: Obsolete or missing flag categories can appear in reports, and some flags cannot be disabled. Users should ignore outdated flags and validate any uncalibrated-result indicators externally.
• Reports & Exports: Batch printing at end of run may fail; full worksheet path may not export unless paired with the worksheet name; extra blank pages can print; header logos can disable print preview; and Excel exports may report incorrect units or flag order. Solutions include individual worksheet printing, selecting paired export options, and consistent unit assignments.

Benefits and Practical Application

By following the documented workarounds, laboratories can minimize downtime, reduce data errors, and maintain compliance with analytical protocols. Clear categorization of issues empowers users to troubleshoot rapidly and resume high-throughput analysis without extended vendor support.

Future Trends and Applications

Upcoming software enhancements are expected to include automated patch deployment, improved user interface resilience, and AI-driven diagnostic assistance. Cloud-based data management and tighter integration with laboratory information management systems (LIMS) will further streamline analytical workflows and remote monitoring.

Conclusion

Maintaining awareness of known software issues and applying the prescribed workarounds is essential for reliable ICP-OES operation. This bulletin supports user autonomy in troubleshooting and lays the groundwork for continuous improvements in Agilent’s software platform.

References

• Agilent Technologies. ICP Expert II Software Status Bulletin, Part Number G9552-90006, Edition 06/18, June 2018.