Clarity – List of Currently Controlled Instruments (version 10.1)

Significance of the Topic

Modern chromatographic software requires compatibility with diverse instrumentation to streamline data acquisition, reduce setup time and ensure reproducible results across multi-vendor laboratories.

Objectives and Overview of the Document

This document lists all chromatographic and related instruments supported by Clarity version 10.1, detailing interface types and development status, with the goal of guiding users in configuring seamless integration.

Methodology and Instrumentation

Integration relies on dedicated software modules and hardware converters to communicate via standard digital interfaces.

• Interface protocols: RS232, RS485, USB, LAN, GPIB.
• Hardware modules: Colibrick A/D converter, Zebrick signal converters, OPT-USB and UNI Ruby modules.
• Software libraries: ICF for Agilent, LC UNI for pumps, FC GP for fraction collectors.

Used Instrumentation

The compatibility list covers a broad spectrum of analytical devices:

• Gas Chromatographs: Agilent 4890/5890/6890 series, Shimadzu 8890, Young In Chromass ChroZen GC, and others.
• HPLC Systems: Agilent 1100/1200/1260 Infinity, Shimadzu Nexera series, PerkinElmer Flexar, and more.
• Pumps: Binary, isocratic and quaternary pumps by Agilent, Knauer, Ecom, etc.
• Detectors: MWD, DAD/PDA, ELSD, RID, FLD, MS (quadrupole and TOF), PDA, LC-MS and GC-MS modules.
• Accessories: Autosamplers, column ovens, fraction collectors, valves, amino acid analyzers, capillary electrophoresis modules, balancing instruments.

Main Findings and Discussion

The compilation demonstrates extensive vendor support and modular design:

• Over 200 gas chromatography configurations controlled through serial and network interfaces.
• Comprehensive HPLC and UHPLC coverage including modules for pumps, detectors and autosamplers.
• Seamless operation of hybrid techniques (LC-MS, GC-MS) using USB and LAN connections.

Benefits and Practical Applications

Unified instrument control within a single software platform enhances workflow efficiency, simplifies method development and reduces operator training. It enables centralized QA/QC, remote monitoring and standardized data management.

Future Trends and Potential Applications

Anticipated developments include cloud-based instrument management, IoT integration for predictive maintenance and expanded support for emerging technologies such as microfluidic devices and high-resolution mass spectrometers.

• Advanced remote diagnostics and AI-driven method optimization.
• Integration with laboratory information management systems (LIMS).

Conclusion

Clarity 10.1 offers a robust and versatile suite of drivers enabling broad instrument compatibility. Its modular architecture and standardized interfaces support diverse analytical workflows across research and industry environments.